WO2023005703A9

WO2023005703A9 - Vibration control method and apparatus, device, and storage medium

Info

Publication number: WO2023005703A9
Application number: PCT/CN2022/106179
Authority: WO
Inventors: 张其田; 洪楷; 徐士立; 刘专; 王昊; 张亚军; 吴海洋; 刘思亮; 杨奕青; 尤翰昊
Original assignee: 腾讯科技（深圳）有限公司
Priority date: 2021-07-27
Filing date: 2022-07-18
Publication date: 2023-03-02
Also published as: WO2023005703A1; CN115671712A; CN115671712B

Abstract

A vibration control method, comprising: when a target service scenario of a target application comprises a target vibration object to be vibrated, notifying a terminal to drive, in the target service scenario and according to a target vibration waveform file of the target vibration object, a vibration assembly to vibrate (S201); when a vibration pause event derived from the target application and concerning the vibration assembly exists, recording the target vibration waveform file and the current vibration time (S202); when the vibration of the vibration assembly needs to be restored and if the service scenario of the target application is the target service scenario, generating a vibration restoration time on the basis of the current vibration time (S203); generating a vibration restoration notification on the basis of the vibration restoration time and the recorded target vibration waveform file (S204), and issuing the vibration restoration notification to the terminal such that, according to the vibration restoration notification, the terminal drives the vibration assembly to continue to vibrate.

Description

Vibration control method, device, equipment and storage medium

This application claims the priority of the Chinese patent application with the application number 202110854628.8 and the application name "vibration control method, device, equipment and storage medium" submitted to the China Patent Office on July 27, 2021, the entire contents of which are incorporated by reference in In this application.

technical field

The present application relates to the field of Internet technology, specifically to the field of computer technology, and in particular to a vibration control method, device, equipment and storage medium.

Background technique

At present, when there is a vibrating object that needs to vibrate in the business scene presented by the application (such as shooting game scene, driving game scene, music playing scene, etc.), the terminal (such as smart phone, tablet computer, etc.) can drive the built-in vibration The component vibrates, thereby giving the user the experience of vibrating effects. The existing terminal drives the vibrating component to vibrate as follows: setting a target duration for the vibrating component, and controlling the vibrating component to stop vibrating when the vibrating component reaches the target duration. Such a vibration control method is relatively simple, which makes it impossible to achieve a perfect fit between the vibration effect of the vibration component and the application, which affects the user experience, and also brings loss to the vibration component when the vibration duration is fixed and long.

Contents of the invention

An embodiment of the present application provides a vibration control method executed by a computer device, the method comprising:

When the target service scene of the target application includes a target vibration object that needs to be vibrated, notify the terminal to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target service scene ;

When there is a vibration suspension event about the vibration component originating from the target application, record the target vibration waveform file and the current vibration time; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration time refers to : when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

When the vibration of the vibrating component needs to be restored, if the business scenario of the target application is the target business scenario, generating a recovery vibration time based on the current vibration time;

Generate a vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal drives the vibration component to continue vibrating according to the vibration recovery notification .

The embodiment of the present application also provides a vibration control method executed by a terminal, the method comprising:

When the target service scene of the target application includes a target vibration object to be vibrated, in the target service scene, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object;

When there is a vibration suspension event about the vibration component originating from the target application, control the vibration component to suspend vibration; the target vibration waveform file includes a plurality of vibration attribute values, and when there is the vibration suspension event, the The vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, and the current vibration time and the target vibration waveform file are recorded by the target application;

receiving the vibration recovery notification sent by the target application, the vibration recovery notification is generated according to the vibration recovery time and the recorded target vibration waveform file; the vibration recovery time is determined by the target application to restore the vibration of the vibration component When, and the business scenario of the target application is the target business scenario, it is generated based on the current vibration time;

The vibration recovery time and the target vibration waveform file are determined according to the vibration recovery notification, and the vibration component is driven to continue vibrating according to the determined vibration recovery time and the target vibration waveform file.

According to the resumed vibration time and the recorded target vibration waveform file, the vibration component is driven to continue to vibrate.

The embodiment of the present application also provides a vibration control device, which includes:

The control unit is configured to notify the terminal to drive the mobile device in the terminal according to the target vibration waveform file associated with the target vibration object in the target service scenario when the target application includes a target vibration object that needs to vibrate. The vibrating components vibrate;

A recording unit, configured to record the target vibration waveform file and the current vibration time when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes a plurality of vibration attribute values, the The current vibration time refers to: when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

A processing unit, configured to generate a restoration vibration time based on the current vibration time if the business scenario of the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The control unit is further configured to generate a vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal can recover The notification drives the vibrating component to continue vibrating.

The driving unit is configured to drive the vibration component in the terminal to perform vibration in the target service scenario according to the target vibration waveform file associated with the target vibration object when the target application’s target service scenario includes a target vibration object that needs to vibrate. vibration;

The drive unit is configured to control the vibration component to suspend vibration when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes a plurality of vibration attribute values. When a vibration pause event occurs, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, and the current vibration time and the target vibration waveform file are recorded by the target application;

The receiving unit is configured to receive the vibration recovery notification sent by the target application, the vibration recovery notification is generated according to the recovery vibration time and the recorded target vibration waveform file; the recovery vibration time is determined by the target application to restore the When the vibration component is vibrating, and the business scenario of the target application is the target business scenario, it is generated based on the current vibration time;

The determination unit is further configured to determine a recovery vibration time and a target vibration waveform file according to the vibration recovery notification, and drive the vibration component to continue vibrating according to the determined recovery vibration time and target vibration waveform file.

The driving unit is configured to drive the vibration component in the terminal according to the target vibration waveform file associated with the target vibration object in the target business scenario when the target service scene presented by the target application includes a target vibration object that needs to vibrate to vibrate;

A processing unit, configured to generate a restoration vibration time based on the current vibration time if the business scenario presented by the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The driving unit is further configured to drive the vibrating component to continue vibrating according to the resuming vibration time and the recorded target vibration waveform file.

The embodiment of the present application also provides a computer device, the computer device includes an input interface and an output interface, and the computer device also includes:

a processor adapted to implement one or more computer readable instructions; and,

A non-volatile computer-readable storage medium, the computer-readable storage medium stores one or more computer-readable instructions, and the one or more computer-readable instructions are adapted to be loaded by the processor and execute the above-mentioned The steps of any vibration control method.

The embodiment of the present application also provides a non-volatile computer-readable storage medium, the computer-readable storage medium stores one or more computer-readable instructions, and the one or more computer-readable instructions are suitable for The above-mentioned vibration control method is loaded and executed by the processor.

Description of drawings

In order to illustrate the technical solutions of the embodiments of the present application more clearly, the drawings that need to be used in the description of the embodiments will be briefly introduced below. Obviously, the drawings in the following description are some embodiments of the present application. Ordinary technicians can also obtain other drawings based on these drawings on the premise of not paying creative work.

Fig. 1a is a schematic diagram of a target application presenting a business scenario provided by an embodiment of the present application;

Fig. 1b is a schematic diagram of another target application presenting business scenario provided by the embodiment of the present application;

Fig. 2 is a schematic flow chart of a vibration control method provided in an embodiment of the present application;

Fig. 3a is a schematic diagram of recording the current vibration time provided by the embodiment of the present application;

Fig. 3b is a schematic diagram of restoring the vibration of the vibration component based on the current vibration time provided by the embodiment of the present application;

Fig. 4 is a schematic flow chart of a vibration control method provided by another embodiment of the present application;

Fig. 5a is a schematic diagram of processing logic of a system vibration interface provided by an embodiment of the present application;

Fig. 5b is a schematic diagram of a target application recording the target vibration waveform file and the current vibration time through the vibration controller provided by the embodiment of the present application;

Fig. 5c is a schematic diagram of a target application delivering a target vibration waveform file and current vibration time through a vibration controller provided by an embodiment of the present application;

Fig. 5d is a schematic flow diagram of a target application interacting with the underlying hardware through the system vibration interface to realize vibration control of the vibration component provided by the embodiment of the present application;

Fig. 6 is a schematic flowchart of a vibration control method provided by another embodiment of the present application;

Fig. 7 is a schematic structural diagram of a vibration control device provided by an embodiment of the present application;

Fig. 8 is a schematic structural diagram of a vibration control device provided by another embodiment of the present application;

Fig. 9 is a schematic structural diagram of a vibration control device provided in another embodiment of the present application;

FIG. 10 is a schematic structural diagram of a computer device provided by an embodiment of the present application.

Detailed ways

The technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application.

In the embodiment of the present application, the target application mentioned later may be any application program running on a computer device, and the so-called application program can be understood as a computer program for completing one or more specific tasks.

Specifically, from the perspective of the running mode of the application program, the target application mentioned later may be any of the following: cloud application, APP (application, client), light application, web application, and so on. The so-called cloud application refers to the application program installed and running on the cloud server; the so-called APP refers to the application program installed and running on the terminal; Functional Quick App (quick application), which usually runs as a subroutine in other clients; the so-called web application refers to an application that supports opening and running in the web page displayed by the browser APP.

From the perspective of the application business of the application program, the target application mentioned later may be any of the following: game application, instant messaging application, content sharing application, audio and video playing application, and so on. The so-called game application refers to: an application program that provides game services for users to support users to play games; the so-called instant messaging application refers to: an application program that provides users with instant messaging services to support instant information interaction between users; the so-called The content sharing application refers to an application that provides users with content sharing services to support users to share content with the outside world, as well as viewing and commenting on other people’s shared content; audio and video playback applications refers to: provides users with audio and video playback services to support users An application that plays associated audio or video.

Based on the above description, it can be seen that from the perspective of the operating mode of the integrated application program and the perspective of application services, the target application may be various applications. For example, if from the perspective of the running mode of the application, the target application is an APP, and from the perspective of the application business of the application, the target application is a game application; then, the target application can be any ordinary game application, the so-called The common game application of ’ refers to a game application installed and running on a terminal. For another example, if the target application is a cloud application from the perspective of the running mode of the application, and the target application is a game application from the perspective of the application business of the application; then, the target application can be understood as, the target application It can be understood as any cloud game application. The so-called cloud game refers to the game running on the cloud game server. In other words, cloud games do not run on user devices, but on game servers; game servers can compress and encode game screens and game audio in cloud games into media streams, and then transmit the media streams to user devices through the network Perform image display and audio playback. When the user triggers various operations in the game interface, the user device can report the operation data generated by these operations to the game server, and the game server will refresh the game screen of the cloud game according to the operation data in the corresponding cloud game, and then refresh the The final game screen is returned to the user device for display, so as to realize the playing of cloud games. It can be seen that cloud games are based on cloud computing technology, which provides powerful graphics processing capabilities and data computing capabilities for cloud games; the so-called cloud computing is a computing model that distributes computing tasks on a resource pool composed of a large number of computers , so that various application systems can obtain computing power, storage space and information services as needed.

During the running process of the target application, the target application can present one or more business scenarios to the user. For example, when the target application is an instant messaging application, the service scenario presented by the target application may include but not limited to: a session scenario of instant messaging. For another example, when the target application is an audio and video playback application, the business scenarios presented by the target application may include but not limited to: an audio and video search scenario for searching a certain audio or video, and an audio and video playback scenario for playing a certain audio or video. For another example, when the target application is a game application, the business scenarios presented by the target application may include, but are not limited to: scenes in which avatars in games drive vehicles (such as cars, boats, etc.), scenes in which avatars in games hold guns A scene of shooting, a scene of virtual characters dancing in the game, a scene of at least two virtual characters in the game competing in a car, and so on.

Further, for any business scene presented by the target application, if the any business scene includes a vibrating object that needs to vibrate, then the any business scene may be called a vibration scene of the target application. For example, for the scene of a virtual character driving a vehicle presented in a game application, since the scene includes a vibration object that needs to vibrate a vehicle, the scene of a virtual character driving a vehicle presented in a game application can be called is the vibration scene of the target application. As another example, for a scene in which at least two virtual character objects presented in a game application compete in a car race, since at least two virtual characters in the scene collide during the racing process, the vehicle driven by the two virtual characters The racing car needs to vibrate, that is, the scene includes the vibrating object of the racing car that needs to vibrate. Therefore, the scene in which at least two virtual character objects presented in the game application compete in a racing car can also be called the vibrating scene of the target application.

It should be noted that, with the different operating modes of the target application, the way the target application presents the business scenario is also different. Taking the target application as a game application and the business scenario as an example where at least two virtual characters in the game are racing a car, if the target application is run in a terminal, the target application can be directly run on the terminal where it is located. The game screen of two virtual characters racing a car as shown in Figure 1a is displayed on the terminal screen, thereby presenting the business scenario to the user; if the target application is run in the cloud game server, the target application can use The game screen of the two virtual characters racing is sent to the connected terminal, so that the connected terminal displays the received game screen in sequence on the terminal screen, thereby presenting the business scene for the user, as shown in Figure 1b. The terminal mentioned here refers to: any device that supports the user to hold or touch, and has one or more built-in vibration components; such as smartphones, tablet computers, laptops, smart watches, etc.; among them, the vibration A component is any component that has the ability to vibrate, such as a motor, shrapnel, motor, and so on.

In order to flexibly control the vibration component in the terminal to vibrate when the target application presents a vibration scene, so that the vibration effect of the vibration component can match the target application, an embodiment of the present application proposes a vibration control scheme. Specifically, the general principle of the vibration control scheme is as follows: when presenting any vibration scene of the target application, the terminal can drive the built-in at least A vibration component vibrates. During the vibration process of the vibration component, if there is a vibration suspension event about the vibration component originating from the target application, the target application can record the currently used vibration waveform file and vibration time, so that the vibration of the vibration component needs to be resumed in the target application , the target application can notify the terminal to drive the vibration component to continue to vibrate according to the recorded vibration waveform file and the recorded vibration time, so as to resume the vibration of the vibration component based on the position where the vibration is suspended. Optionally, when the target application needs to restore the vibration of the vibration component, the target application can also only pass the recorded vibration waveform file without the recorded vibration time; in this case, the target application can notify the terminal according to the recorded vibration Waveform files and other vibration times (such as the initial vibration time in the recorded vibration waveform files, etc.), drive the vibration components to continue to vibrate. Alternatively, the target application may not pass the recorded vibration waveform file and recorded vibration time; in this case, the target application may drive the vibration component to continue vibrating by notifying the terminal according to one or more new vibration waveform files.

It can be seen that the vibration control scheme can achieve the following beneficial effects: ① The state of the vibration component can be changed in real time based on the playback or pause of the target application, and the state of the vibration component can be seamlessly switched from the vibration state to the pause state , and seamlessly switch from the pause state to the vibration state, to achieve the purpose of flexibly controlling the vibration pause and vibration recovery of the vibration component, improve the fit between the vibration effect and the target application, and avoid setting the vibration time for the vibration component. The mechanical and solidified vibration mode of stopping the vibration when the vibration time reaches a long time after vibration has brought about the problem of large loss of vibration components in the terminal. ②By recording the vibration waveform files and vibration time involved in the existence of vibration pause events, it can be realized that when the vibration of the vibration component needs to be restored, the vibration component can be supported to resume vibration based on the position of the vibration pause, and the continuity of vibration pause and continuous playback can be improved , so as to guarantee the continuity and integrity of user experience to a certain extent, and realize a more real and complete vibration experience.

Based on the above description, an embodiment of the present application proposes a vibration control method, which can be implemented by a target application running on a computer device, and the computer device can be a server or a terminal; for example, when the target application is an APP, that is When the target application is running in the terminal, the vibration control method can be implemented by the terminal through the APP; when the target application is a cloud application, that is, when the target application is not running in the terminal, the vibration control method can be implemented by the cloud server through the cloud application accomplish.

Based on the above description, an embodiment of the present application proposes a vibration control method. In the following embodiments, the vibration control method is described from the perspective of target application. Please refer to FIG. 2, the vibration control method may include the following steps S201-S205:

S201. When the target service scene of the target application includes a target vibration object to be vibrated, notify the terminal to drive a vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target service scene.

Wherein, the target business scenario may also be called the current business scenario, which specifically refers to the business scenario presented by the target application recently, that is, the business scenario whose presentation time is closest to the system time. For example, it is assumed that the target application can provide a total of four business scenarios, which are: business scenario A, business scenario B, business scenario C, and business scenario D. If the terminal is presenting the business scenario A of the target application, the target business scenario is the business scenario A; Scenario B; if the terminal has presented the four business scenarios of business scenarios A-D and is re-presenting business scenario A at this time, then the target business scenario is the business scenario A, and so on.

It can be seen from the foregoing that the terminal presents the target business scenario to the user by displaying a series of pictures describing the target business scenario on the terminal screen; that is, when the terminal presents any business scenario, the terminal screen will display Each frame picture involved in any business scene is displayed in sequence. Based on this, the meaning of "the target business scene includes the target vibration object that needs to vibrate" mentioned in the embodiment of the present application can be understood as: the screen displayed on the terminal screen includes the target vibration object that needs to vibrate. Wherein, the target vibration object may refer to any object to be vibrated. For example, assuming that the target application is a game application, and the target business scenario is a scene in which two virtual characters are racing a car presented by the game application, since in a real racing scene, when two vehicles collide or the vehicle is driving on an uneven road When driving, the vehicle usually produces vibration; therefore, in order to create an atmosphere of racing in a real racing scene for the user and improve the user's gaming experience, it is also possible for the vehicle driven by the virtual character to collide or drive on an uneven road during the racing process. When on, control the vehicle driven by the avatar to vibrate. In this case, the target vibration object may be any vehicle to be vibrated.

In the specific implementation process of step S201, if the target service scene of the target application presented by the terminal includes a target vibration object that needs to vibrate, the target application running on the computer device can first obtain the target vibration waveform file associated with the target vibration object. Specifically, the target application running on the computer device can first obtain the target vibration description file associated with the target business scene, which may include: the vibration waveform files associated with each vibration object in the target business scene; then, the computer device The target application running on the above can obtain the vibration waveform file associated with the target vibration object as the target vibration waveform file from the target vibration description file. After the target application running on the computer device obtains the target vibration waveform file, it can send the target vibration waveform file to the terminal to notify the terminal to drive The vibration component inside the terminal vibrates. Wherein, the target vibration waveform file may include vibration attribute values corresponding to multiple vibration times; correspondingly, the specific method for the terminal to drive the vibration component to vibrate according to the target vibration waveform file may be: according to the order of vibration time from early to late, sequentially The vibration attribute value of each vibration time is used to drive the vibration component to vibrate. The vibration attribute value mentioned here may include at least one of the following: a vibration intensity value under the vibration intensity dimension, a vibration frequency value under the vibration frequency dimension, and so on. It should be noted that the vibration attribute values corresponding to any two vibration times in the target waveform file may be the same or different, which is not limited; and the vibration time mentioned in the embodiment of the present application refers to the vibration time based on the vibration waveform The relative time determined by the starting point is not the system time. For example, based on the starting point of the vibration waveform, the target vibration waveform file may include the vibration attribute value of the 0th second, the vibration attribute value of the 1st second, etc.; it can be seen that the vibration time involved in the target waveform file is different from the device where the target application is located. The system time has nothing to do with it.

Further, when the target application running by the computer device implements step S201, it can also synchronously send a heartbeat signal to the terminal; the heartbeat signal refers to a signal used to instruct the terminal to maintain the vibrating component to vibrate. It should be noted that the embodiment of the present application does not limit the specific form of the heartbeat signal; for example, the heartbeat signal can be a specified value (such as "0", "1" and other values); as another example, the heartbeat signal can also be A preset text message (such as "please keep vibrating", "continue vibrating" and other text messages), and so on. The target application running on the computer device can also generate a heartbeat signal according to the target frequency when the terminal drives the vibration component to vibrate according to the target vibration waveform file after sending the heartbeat signal for the first time; the target frequency can be based on experience values or business Requirement setting, for example, the target frequency can be: the frequency of generating a heartbeat signal every 1 second, or the frequency of generating a heartbeat signal every 2 seconds, and so on. The target application running on the computer device can send the generated heartbeat signal to the terminal after each generation of the heartbeat signal, so that the terminal maintains the vibration of the vibration component based on the heartbeat signal. The meaning of "the terminal maintains the vibration of the vibration component based on the heartbeat signal" mentioned here means: as long as the terminal regularly receives the heartbeat signal every interval corresponding to the target frequency, it can drive the vibration component according to the target vibration waveform file Always vibrate; otherwise, suspend the vibration of the vibrating component. For example, if the target frequency is the frequency at which heartbeat signals are generated every 1 second, as long as the terminal regularly receives heartbeat signals every 1 second, it can drive the vibration component to vibrate according to the standard vibration waveform file; otherwise, the vibration of the vibration component will be suspended.

S202. When there is a vibration suspension event about the vibration component originating from the target application, record the target vibration waveform file and the current vibration time.

In a specific implementation, since the vibration of the vibrating component is triggered by the presence of a target vibration object that needs to vibrate in the target business scene, in actual practice, there may be situations where the vibration operation for the target vibration object is suspended. Therefore, in the embodiment of the present application, when the vibration of the target vibration object is suspended, the vibration component in the control terminal also suspends vibration, so that the vibration effect of the vibration component is consistent with the vibration effect of the target vibration object, and then the vibration of the vibration component is consistent with the target vibration effect. The perfect fit between applications provides users with a real and complete vibration experience. Based on this, the target application running on the computer device can actively send a vibration suspension notification to the terminal in response to the vibration suspension operation on the target object, so as to notify the terminal to control the vibration component to suspend vibration. Then, in this implementation, the vibration pause event may include: the target application running on the computer device sends a vibration pause notification to the terminal in response to the vibration pause operation on the target object.

Wherein, the vibration pause operation mentioned above may be any operation that triggers the target vibration object to pause vibration. For example, if the user performs a trigger operation (such as a click operation, a press operation, etc.) on the screen pause display component in the terminal screen, it will trigger the pause display of the screen involved in the target business scene on the terminal screen, thereby triggering the screen The target vibration object in pauses the vibration; then, in this case, the trigger operation for the screen pause component can be regarded as a vibration pause operation for the target vibration object. For another example, the target application is a game application, and the target vibration object is a vehicle driven by the virtual character used by the user. Triggering the avatar used by the user to stop driving the vehicle will trigger the vehicle (that is, the target vibration object) to suspend vibration; then, in this case, the game operation that triggers the avatar's life value to be reduced to 0 can be regarded as targeting the target The vibration pause action for the vibration object. For another example, if the user closes the picture involved in the target business scene displayed on the terminal screen, the target vibration object will be triggered to suspend vibration; then, in this case, the operation of closing the picture involved in the target business scene, depending on Pauses the action for vibrations on the target vibration object. The specific method for the user to close the screen involved in the target business scenario is not limited here. For example, the user can close the screen involved in the target business scenario by switching the screen involved in the target business scenario to the system main interface of the terminal, or close the screen involved in the target business scenario. The terminal performs a screen-off operation to close the screens and the like involved in the target business scenario.

In another specific implementation, since the target application running on the computer device can periodically send a heartbeat signal to the terminal according to the target frequency, so that the terminal maintains the vibration of the vibration component based on the heartbeat signal; in practice, there may be a target When the application is closed abnormally, the target application will not be able to regularly generate and send the heartbeat signal to the terminal according to the target frequency, resulting in the loss of the heartbeat signal. Therefore, in the embodiment of the present application, when the heartbeat signal is lost due to the abnormal shutdown of the target application, the vibration component in the control terminal also suspends the vibration, so that the vibration effect of the vibration component is consistent with the suspension of the target application, and further realizes the vibration component. The perfect fit between vibration and target applications provides users with a real and complete vibration experience. Then, in this implementation, the vibration pause event may include: a heartbeat signal loss event.

Based on the above description, it can be known that the vibration pause event may include at least one of the following: ① an event in which the target application running on the computer device sends a vibration pause notification to the terminal in response to the vibration pause operation on the target object; and, ② the heartbeat signal is lost event. Among them, the first kind of vibration pause event is actively caused by the target application running on the computer device, and the second kind of vibration pause event is passively caused by the target application. When the vibration pause event exists, the target application running on the computer device can record the target vibration waveform file and the current vibration time. As can be seen from the foregoing, the target vibration waveform file includes multiple vibration attribute values corresponding to the vibration time; correspondingly, the current vibration time refers to: when the vibration pause event exists, the target vibration waveform file corresponds to the vibration attribute value adopted. vibration time. For example, the terminal initially uses the vibration attribute value of the 0th second in the target vibration waveform file to control the vibration component to vibrate, and then uses the vibration attribute value of the 1st second to control the vibration component to vibrate, and then uses the vibration of the second second Attribute value, control the vibration component to vibrate, and so on; if the terminal is using the vibration attribute value of the 30th second to control the vibration component to vibrate when there is a vibration pause event, the current vibration time can be recorded as the 30th second, as shown in the figure 3a shown.

S203. When the vibration of the vibration component needs to be restored, if the business scenario of the target application is the target business scenario, generate a vibration restoration time based on the current vibration time.

In a specific implementation, if the suspended vibration of the vibrating component is triggered due to the loss of the heartbeat signal due to the abnormal shutdown of the target application, the target application may be restarted in practice. Therefore, after the target application is restarted, it can be determined again that the vibration of the vibration component needs to be restored. In another specific implementation, if the suspension of vibration of the vibration component is triggered by the suspension of vibration of a target vibration object in the target business scene, in actual practice, there may be cases of a vibration recovery operation for the target vibration object. Therefore, the target application can determine that the vibration of the vibration component needs to be restored when detecting the vibration restoration operation on the target vibration object. That is. The situation that the vibration of the vibration component needs to be restored may include at least one of the following: the target application is restarted successfully after being closed abnormally; or, a vibration recovery operation for the target vibration object is detected.

Wherein, the vibration recovery operation mentioned here may be any operation that triggers the target vibration object to resume vibration. For example, if the user triggers an operation (such as click operation, press operation, etc.) on the screen playback component on the terminal screen, it will trigger the continuous display of the screen involved in the target business scene on the terminal screen, thereby triggering the target in the screen. The vibration object continues to vibrate; then, in this case, the trigger operation for the screen playing component can be regarded as a vibration recovery operation for the target vibration object. For another example, the target application is a game application, and the target vibration object is a vehicle driven by the virtual character used by the user. If the user performs a life value increase operation, the life value of the virtual character used by the user increases to a valid value (such as 20, 30, etc.), then at this time, the virtual character used by the user will be triggered to continue driving the vehicle, thereby triggering the vehicle (that is, the target vibration object) to resume vibration; then, in this case, the life value of the triggered virtual character can be changed from The game operation that increases from 0 to a valid value is regarded as a vibration recovery operation for the target vibration object. For another example, if the user opens the picture involved in the target business scene displayed in the terminal screen again, the target vibration object will be triggered to resume vibration at this time; then, in this case, the operation of opening the picture involved in the target business scene, Treated as a vibration pause action on the target vibration object.

When the target application running on the computer device needs to restore the vibration of the vibration component, if the business scenario of the target application (that is, the business scenario when the vibration of the vibration component needs to be restored) is the target business scenario, then the target application running on the computer device can be based on For the current vibration time, generate a recovery vibration time, and continue to execute the subsequent steps S204-S205. Among them, the recovery vibration time refers to: the vibration time for the control vibration component to start to recover vibration; based on the current vibration time, the specific method of generating the recovery vibration time can be any of the following:

① Determine the current vibration time as the recovery vibration time. For example, if the current vibration time is the 30th second, the 30th second may be determined as the resuming vibration time.

② Determine a vibration time earlier than the current vibration time as the recovery vibration time. For example, the initial vibration time may be determined as the recovery vibration time. As another example, the vibration time that is earlier than the current vibration time and differs from the current vibration time by the first specified duration can be determined as the recovery vibration time, etc.; the first specified duration here can be set according to business needs or experience values, such as the first The specified duration is 2 seconds, and the current vibration time is the 30th second, then the 28th second can be determined as the recovery vibration time.

③ Determine a vibration time later than the current vibration time as the recovery vibration time. For example, the vibration time that is later than the current vibration time and differs from the current vibration time by a second specified duration can be determined as the recovery vibration time; the second specified duration here can be set according to business needs or experience values, such as according to business needs. The second specified duration is set to 2 seconds, and the current vibration time is the 30th second, then the 32nd second can be determined as the recovery vibration time. As another example, considering that the target business scenario presented by the target application may be a real-time scenario; in this real-time scenario, the involved images change in real time as time goes by, and when the user pauses the displayed image and replays the image , it needs to jump to the latest real-time screen for display. Therefore, in order to ensure the consistency of the subsequent vibration effect and the screen, the vibration time that is later than the current vibration time and has a dynamic duration difference from the current vibration time can be determined as the recovery vibration time; the dynamic duration here is based on the existence of a vibration pause event The time difference between the time and the time when the vibration of the vibrating component needs to be restored is determined. For example, the time when there is a vibration suspension event is the system time 10:58:10, and the time when the vibration of the vibrating component is determined to be restored is the system time The time is 10:58:15, and the time difference between these two moments is 5, then the dynamic duration can be determined to be 5 seconds. If the current vibration time is the 30th second, the 35th second can be determined as the recovery vibration time .

It should be noted that the above are just examples of several ways to determine the recovery vibration time, and are not exhaustive; for example, in other embodiments, a vibration time can also be preset according to business requirements or experience values, so that the target When the application needs to restore the vibration of the vibration component and the business scenario of the target application is the target business scenario, the preset vibration time can be directly determined as the vibration recovery time.

S204. Generate a vibration recovery notification based on the vibration recovery time and the recorded target vibration waveform file.

In a specific implementation, it is considered that the target application running on the computer device has already sent the target vibration waveform file to the terminal when implementing step S201; therefore, when the target application running on the computer device implements step S204, the Recover the vibration time and the file identification (such as file number, file name, etc.) of the recorded target vibration waveform file, and generate a vibration recovery notification. That is, in this specific implementation, the vibration recovery notification may include: the file identifier of the target vibration waveform file. Since the data volume of the file identification is usually much smaller than the data volume of the file itself, using this implementation method to generate the vibration recovery notification can effectively reduce the data volume of the vibration recovery notification, thereby saving the resources required for transmitting the vibration recovery notification and shortening the vibration time. Restore the transmission duration of notifications, thereby improving the timeliness of notifications.

Then in this specific implementation, the specific implementation method of step S204 can be: first, the current vibration time is used as a reference, and the relative time offset between the recovery vibration time and the current vibration time is calculated; for example, the current vibration time is set to be the 30th Seconds: If the recovery time is the 35th second, the relative time offset is 5; if the recovery time is the 28th second, the relative time offset is -2; if the recovery time is the 30th second, the relative The time offset is 0. Additionally, the target application can determine the file identification of the recorded target vibration waveform file. The target application can then generate a vibration resume notification based on the relative time offset and file identification. That is to say, the vibration recovery notification in this implementation manner may also include a relative time offset in addition to the file identifier. Alternatively, the specific implementation manner of step S204 may be: determine the file identifier of the recorded target vibration waveform file, and directly use the recovery time of vibration and the file identifier to generate a vibration recovery notification. That is to say, the vibration recovery notification in this implementation manner may also include the vibration recovery time in addition to the file identifier.

In another specific implementation, it is considered that although the target application running on the computer device has sent the target vibration waveform file to the terminal when implementing step S201, the terminal may have deleted the target vibration after the vibration control component stops vibrating. wave file. Therefore, when the target application executes step S204, the vibration recovery notification can be generated directly according to the vibration recovery time and the recorded target vibration waveform file. That is, in this implementation manner, the vibration recovery notification may include: a target vibration waveform file. Using this implementation method to generate a vibration recovery notification can directly send the target vibration waveform file to the terminal again, so that even if the terminal has deleted the target vibration waveform file before, there is no need to waste resources and time to request the computer device running the target application to send it Target vibration waveform files, thereby improving the timeliness of vibration recovery.

Then in this specific implementation, the specific implementation method of step S204 can be: first, using the current vibration time as a reference, calculate the relative time offset between the recovery vibration time and the current vibration time; then, the target application can calculate the relative time offset according to the relative time offset Shift and target vibration waveform files to generate vibration recovery notifications. Alternatively, the specific implementation manner of step S204 may be: directly adopt the recovery vibration time and the target vibration waveform file to generate the vibration recovery notification.

S205. Send the vibration recovery notification to the terminal, so that the terminal drives the vibration component to continue vibrating according to the vibration recovery notification.

Specifically, after the target application running on the computer device generates the vibration recovery notification through step S204, it can send the vibration recovery notification to the terminal, so that the terminal first notifies the vibration recovery time and the target vibration waveform file according to the vibration recovery notification, and then Continue to use the vibration attribute values of each vibration time after the recovery vibration time in the target vibration waveform file, and drive the vibration component to continue to vibrate. Among them, if the recovery vibration time is determined by the aforementioned method ①, that is, the recovery vibration time is equal to the current vibration time, then the seamless connection between the vibration suspension and the recovery vibration of the vibration component can be realized through the embodiment of the application, and the vibration can be improved. The continuity and integrity of the effect; for example, the vibration component is suspended at the 30th second (that is, the current vibration time is the 30th second), and the resumed vibration time is the 30th second, then it can be used after the 30th second The vibration attribute value of each vibration time (such as the 31st second, the 32nd second, etc.) controls the vibration component to continue to vibrate, so that the vibration component starts to resume vibration from the 30th second, as shown in Figure 3b. If the recovery vibration time is determined by the aforementioned method ②, that is, the recovery vibration time is earlier than the current vibration time, the playback of the vibration effect of the vibration component can be realized through the embodiment of the present application; for example, the vibration component is at the 30th second If the vibration is suspended, the time to resume the vibration is the 28th second, then the vibration attribute value of each vibration time after the 28th second can be used to control the vibration component to continue to vibrate, so that the vibration component can resume vibration from the 28th second, so as to achieve playback Vibration effect between 28-30 seconds. If the target vibration time is determined by the aforementioned third method, that is, the recovery vibration time is later than the current vibration time, then the application can realize the advancement of the vibration effect of the vibration component; for example, the vibration component pauses the vibration at the 30th second If the recovery vibration time is the 35th second, then the vibration attribute value of each vibration time after the 35th second can be used to control the vibration component to continue to vibrate, so that the vibration component can resume vibration from the 35th second, thereby skipping the 35th second. The vibration effect between 30-35 seconds, to achieve the advancement of the vibration effect.

Optionally, when the vibration of the vibration component needs to be restored, if the business scenario of the target application is a new business scenario, and the new business scenario includes one or more vibration objects that need to vibrate, the target application running on the computer device A new vibration description file associated with the new business scene can be obtained, and the new vibration description file includes: vibration waveform files associated with each vibration object in the new business scene. Then, the new vibration description file is sent to the terminal, so that the terminal drives the vibration component to vibrate according to each vibration waveform file in the new vibration description file. That is to say, in this case, the target application may not execute steps S203-S205.

In the embodiment of the present application, when the target business scene presented by the target application includes a target vibration object that needs to vibrate, the terminal can drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scene. When there is a vibration suspension event about the vibration component originating from the target application, the terminal can be triggered to control the vibration component to suspend the vibration; and when the target application needs to resume the vibration of the vibration component, the terminal will continue to drive the vibration component to vibrate, so as to achieve target-based Play or pause the application, change the state of the vibration component in real time, seamlessly switch, achieve the purpose of flexibly controlling the suspension and recovery of the vibration component, improve the fit between the vibration effect and the target application, and avoid setting the vibration component The vibration time is long, and the vibration is stopped when the vibration time is long after the vibration is started. This mechanical and solidified vibration mode brings about a large loss of vibration components in the terminal. Further, when there is a vibration suspension event, the target application can also record the target vibration waveform file and the current vibration time, so that when the vibration of the vibration component needs to be resumed, if the target application still presents the target business scene, the target application can be based on the record The current vibration time generates the recovery vibration time; and notifies the terminal to drive the vibration component to continue to vibrate according to the recovery vibration time and the recorded target vibration waveform file. By recording the current vibration time and generating the recovery vibration time based on the current vibration time, the continuity of vibration pause and continuous playback can be realized to a certain extent, and user experience can be further improved.

Please refer to FIG. 4 , which is a schematic flowchart of another vibration control method provided by an embodiment of the present application, and the method may be executed by the terminal mentioned above. Please refer to FIG. 4, the vibration control method may include the following steps S401-S404:

S401. When the target business scene of the target application includes a target vibration object to be vibrated, in the target business scene, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object.

In the specific implementation process, the terminal can receive the target vibration waveform file associated with the target vibration object from the target application, and the target vibration waveform file can include vibration attribute values corresponding to multiple vibration times; In the later sequence, the vibration attribute value of each vibration time is used to drive the vibration component to vibrate. Optionally, the terminal can also receive a heartbeat signal from the target application, which is generated by the target application according to the target frequency; after each heartbeat signal is received, the vibration component can be maintained based on each received heartbeat signal. vibration.

S402. When there is a vibration suspension event about the vibration component originating from the target application, control the vibration component to suspend vibration.

In the specific implementation process, if the terminal detects that the heartbeat signal is lost, it can determine that there is a vibration suspension event related to the vibration component from the target application; or, if the terminal receives the vibration suspension notification sent by the target application, it can determine that there is A vibration pause event on the vibration component from the target application. Among them, the specific method for the terminal to detect whether the heartbeat signal is lost can be: the terminal can obtain the latest system time in real time, and calculate the interval between the latest system time and the last time when the heartbeat signal was received; If it is greater than or equal to the interval duration corresponding to the target frequency, it can be determined that the heartbeat signal is lost; if the calculated interval duration is less than the interval duration corresponding to the target frequency, it can be determined that the heartbeat signal is not lost.

For example, if the target frequency is set to generate a heartbeat signal every 2 seconds, then the interval corresponding to the target frequency is 2 seconds. Further, set the latest system time as 11:02:36: If the last time the heartbeat signal was received was 11:02:35, then the difference between the latest system time and the last time the heartbeat signal was received can be calculated The interval between the two is 1 second, which is shorter than the interval corresponding to the target frequency. In this case, it can be determined that the heartbeat signal is not lost. If the last time the heartbeat signal was received was 11:02:33, the interval between the latest system time and the last time the heartbeat signal was received can be calculated as 3 seconds, which is greater than the interval corresponding to the target frequency In this case, it can be determined that the heartbeat signal is lost.

S403. Receive a vibration recovery notification sent by the target application.

As can be seen from the foregoing, the target vibration waveform file includes multiple vibration attribute values. When there is a vibration pause event, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, and the current vibration time is the same as the target vibration time. The vibration waveform file can be recorded by the target application, so that when the target application needs to restore the vibration of the vibration component, and the business scenario of the target application is the target business scenario, the recovery vibration time can be generated according to the recorded current vibration time, and based on the recovery vibration time and recorded target vibration waveform files to generate vibration recovery notifications. It can be seen that the vibration restoration notification received by the terminal is generated according to the restoration vibration time and the recorded target vibration waveform file; the restoration vibration time is when the target application determines that the vibration of the vibration component needs to be restored, and the business scenario of the target application is In business scenarios, it is generated based on the current vibration time. Specifically, the vibration recovery notification may include: a relative time offset between the vibration recovery time and the current vibration time; or, the vibration recovery notification may include the vibration recovery time.

S404. Determine the vibration recovery time and the target vibration waveform file according to the vibration recovery notification, and drive the vibration component to continue vibrating according to the determined vibration recovery time and the target vibration waveform file.

In the specific implementation process, if the vibration recovery notification includes: the relative time offset between the vibration recovery time and the current vibration time, the specific implementation method of determining the vibration recovery time according to the vibration recovery notification can be: first, from the vibration recovery notification The relative time offset is analyzed in the method; and then based on the relative time offset and the current vibration time, the vibration recovery time is calculated. The current vibration time may be recorded by the terminal itself when it is determined that there is a vibration suspension event. If the vibration recovery notification includes: the vibration recovery time, then the specific implementation manner of determining the vibration recovery time according to the vibration recovery notification may be: parsing the vibration recovery time from the vibration recovery notification. After the recovery vibration time and the target vibration waveform file are determined by any one of the above implementation manners, the terminal can drive the vibration component to continue to vibrate according to the vibration attribute values of each vibration time after the recovery vibration time in the target vibration waveform file.

It should be noted that steps S403-S404 are performed when it is determined that the vibration of the vibration component needs to be restored, and the business scenario of the target application is the target business scenario; if the business scenario of the target application is not the target business scenario, but a new In the business scenario, the terminal will not receive the vibration recovery notification through step S403, and thus will not execute step S404. In this case, the terminal can receive a new vibration description file from the target application, the new vibration description file is when the target application determines that the vibration of the vibration component needs to be restored, the service scenario of the target application is a new service scenario, and the new service Acquired when the scene includes one or more vibration objects that need to vibrate; the new vibration description file includes: vibration waveform files of each vibration object in the new business scene. Then, the terminal can drive the vibration component to vibrate according to each vibration waveform file in the new vibration description file.

In the embodiment of the present application, when the target business scene presented by the target application includes a target vibration object that needs to vibrate, the terminal can drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scene. When there is a vibration suspension event about the vibration component originating from the target application, the terminal can be triggered to control the vibration component to suspend the vibration; and when the target application needs to resume the vibration of the vibration component, the terminal will continue to drive the vibration component to vibrate, so as to achieve target-based Play or pause the application, change the state of the vibration component in real time, seamlessly switch, achieve the purpose of flexibly controlling the suspension and recovery of the vibration component, and improve the fit between the vibration effect and the target application. Further, when there is a vibration suspension event, the target application can also record the target vibration waveform file and the current vibration time, so that when the vibration of the vibration component needs to be resumed, if the target application still presents the target business scene, the target application can be based on the record The current vibration time generates the recovery vibration time; and notifies the terminal to drive the vibration component to continue to vibrate according to the recovery vibration time and the recorded target vibration waveform file. By recording the current vibration time and generating the recovery vibration time based on the current vibration time, the continuity of vibration pause and continuous playback can be realized to a certain extent, and user experience can be further improved.

With regard to the embodiment of the vibration control method shown in Figure 2 and Figure 4 above, the following points need to be explained:

1) In the above method embodiments shown in Figure 2 and Figure 4, if the computer device where the target application is located is not the same device as the terminal, that is, the target application is not running on the terminal, but is running on other computer devices such as cloud servers , the cloud server can deliver relevant data (such as target vibration waveform files, vibration recovery notifications, etc.) to the terminal via the Internet through the target application. If the computer device where the target application is located is the same device as the terminal, that is, the target application runs on the terminal, then the interaction between the target application and the terminal can essentially be understood as the interaction between the target application and the underlying hardware in the terminal ; That is to say, the target application sends data to the terminal, which can essentially be understood as the target application sends data to the underlying hardware of the terminal. In addition, the target application may deliver relevant data (such as target vibration waveform files, vibration recovery notifications, etc.) to the underlying hardware of the terminal through the system vibration interface in the terminal. Specifically, the system vibration interface may be an interface that integrates the file delivery function, the heartbeat delivery function, and the notification delivery function. Alternatively, the system vibration interface can also include the following three sub-interfaces:

Sub-interface 1: Vibration playback interface; this interface can simultaneously support the settings of cycle, vibration intensity, vibration frequency, vibration mode, and vibration time indication information. Specifically, the vibration playback interface can be represented by the following code:

public void start(int loop,int interval,int amplitude,int freq,int patten,int level,int relativeTime){}

The following is a brief comment on each parameter contained in the above fields.

/**

*@param loop is used to set the number of loops; when the value = 1, it means that the vibrating object is not cyclically vibrated; when the value is greater than 1, the value indicates the number of times the vibrating object is cyclically vibrated; when set When the value is -1, it means that the vibration object is vibrated in an infinite loop.

*@param interval is used to set the cycle interval, and its value range can be 0-1000; the cycle interval refers to the interval between vibrating the vibration object twice according to the target vibration waveform file, and the unit can be ms (milliseconds) or other orders of magnitude unit.

*@param amplitude is used to set the vibration intensity value, and its value range can be 1-255; among them, 1 is the smallest and 255 is the largest; this parameter is used to modify the HE file (vibration waveform file) for overall intensity signal adjustment/reduction .

*@paramfreq is used to set the vibration frequency value, and its value range can be 1-100; among them, 1 is the smallest and 100 is the largest; this parameter is used as a percentage to modify the HE file and adjust the overall frequency signal.

*@parampatten is used to set the vibration mode, the value equal to 0 means the preemption mode, and the value equal to 1 means the overlay mode; this parameter is used to inform the underlying hardware how to superimpose the vibration effect; the so-called overlay mode means that different vibration objects can Fusion vibration, which can simulate the vibration effect caused by the resonance of multiple vibration objects in the real physical environment; the so-called preemption mode means that different vibration objects cannot be fused and superimposed, and a vibration object can only be selected according to the vibration priority of each vibration object Vibrate; for example, select the vibration object with the highest vibration priority from multiple vibration objects to vibrate.

*@param level is used to set the vibration priority, and its value range is 1-10; among them, level 10 is the highest, followed by decreasing; this parameter is used in the preemptive mode, the higher the level is, the priority is played.

*@relative Time is used to set the vibration time information, which can be the recovery vibration time, or the relative time offset between the recovery vibration time and the current vibration time; when the vibration time information is a relative time offset, Its value can be negative, positive or 0; when the value is negative, it means the playback of the vibration effect; when the value is positive, it means jump to the specified time after the current vibration time and continue to vibrate. When the value is 0, it means continue to vibrate based on the recorded current vibration time.

/**

Sub-interface 2: heartbeat delivery interface; this interface can support the delivery of heartbeat signals. Specifically, the heartbeat delivery interface can be represented by the following code:

public void heardbeat(int beat){}

Among them, beat is used to set the interval duration corresponding to the target frequency.

Sub-interface 3: Vibration recovery interface; this interface can support the delivery of vibration recovery notifications. Specifically, the vibration recovery interface can be represented by the following code:

public void recover(int relativeTime){}

Among them, relativeTime is used to set the vibration time indication information.

It should be noted that, the above is only an exemplary description of the representation form of the system vibration interface, and this is not limited. Further, a heartbeat mechanism can be added to the system vibration interface, so as to detect whether there is a heartbeat loss based on the heartbeat mechanism. If there is no heartbeat loss, the vibration component can be maintained to continue vibrating according to the target vibration waveform file from the target application; if there is a heartbeat loss, the vibration component is controlled to suspend vibration, as shown in Figure 5a.

2) In the above method embodiments shown in FIG. 2 and FIG. 4, in order to facilitate the target application to flexibly control the vibration suspension and vibration recovery of the vibration component in the terminal, an independent vibration controller can be further set in the target application to The target application can realize vibration control through the vibration controller. Specifically, the vibration controller is essentially a software development kit (Software Development Kit, SDK); it is mainly used to automatically record the currently used vibration waveform file and the current vibration time when the heartbeat signal is lost or the target application actively suspends vibration , as shown in Figure 5b. That is to say, when there is a vibration suspension event about the vibration component originating from the target application, the target application can record the target vibration waveform file and the current vibration time through the vibration controller. Further, the target application can also restore the vibration component through the interface of the vibration controller; that is, when the target application actively restores the vibration of the vibration component, it can notify the vibration controller to send the recorded vibration waveform through the interface of the vibration controller The file and the current vibration time are sent to the underlying hardware of the terminal, so that the underlying hardware drives the vibration component to vibrate according to the recorded vibration waveform file and the current vibration time, so as to realize the continued playback of the recorded vibration, as shown in Figure 5c. Optionally, the target application can also directly send a new vibration description file to the terminal through the vibration controller, or send a recorded vibration waveform file and other vibration times to the terminal. For details, please refer to the relevant description of the aforementioned step S203.

In the following, combined with Figure 5d, the target application interacts with the underlying hardware through the system vibration interface to realize the specific process of vibration control of the vibration components in the terminal:

First, the target application can detect whether the target service scene includes the target vibration object that needs to vibrate; if it does, determine that the target service scene is a vibration scene; if not, determine that the target service scene is not a vibration scene. Secondly, after detecting that the target business scene is a vibration scene, the target application can send the target vibration waveform file associated with the target vibration object to the underlying hardware of the terminal through the system vibration interface; and generate a heartbeat signal and send the generated The heartbeat signal is sent to the underlying hardware. Correspondingly, after receiving the heartbeat signal and the target vibration waveform file, the underlying hardware of the terminal can drive the vibration component to vibrate according to the target vibration waveform file in the target business scenario.

In the process of driving the vibration component to vibrate according to the target vibration waveform file, if there is a vibration suspension event for the vibration component, the underlying hardware can control the vibration component to suspend the vibration, and the target application can record the currently used target vibration through the vibration controller Wave file and current vibration time. When the target application determines that the vibration of the vibrating component needs to be restored, the target application can notify the vibration controller to determine the time for restoring the vibration. The time for restoring the vibration can be equal to, earlier than, or later than the current time of vibration. Then, the vibration controller can generate a vibration recovery notification based on the recovery vibration time and the recorded target vibration waveform file, and send the vibration recovery notification to the underlying hardware of the terminal, so that the underlying hardware drives according to the recorded target vibration waveform file and recovery vibration time The vibrating component vibrates to achieve vibration recovery of the vibrating component.

To sum up, the embodiment of this application adopts a standardized interface method, so that the interface layer can support the application layer and the system hardware layer in a unified manner. The innovative design of the application layer does not need to worry about the impact of experience differences caused by mismatching with the underlying hardware layer. It can enrich the development functions of the application layer. In addition, the application layer can flexibly control the vibration suspension and recovery of the vibration component; and, when the target application is abnormally exited, the system vibration can also automatically exit, which can effectively improve the fit between the vibration effect of the vibration component and the target application, and improve user experience.

It should also be noted that in the above embodiments, the target application and the terminal realize vibration control through interaction as an example; however, in practical applications, the terminal itself can also perform various steps to realize the vibration of the vibration component. Control, that is, operations such as recording the target waveform vibration file and the current vibration time performed by the target application, can be performed by the terminal. Based on this, the embodiment of the present application also proposes a schematic flowchart of the vibration control method shown in FIG. 6; referring to FIG. 6, the vibration control method can be executed by the terminal, and can specifically include the following steps S601-S604:

S601. When the target service scene of the target application includes a target vibration object to be vibrated, in the target service scene, drive a vibration component in the terminal to vibrate according to a target vibration waveform file associated with the target vibration object.

S602. When there is a vibration suspension event about the vibration component originating from the target application, record the target vibration waveform file and the current vibration time.

Wherein, the target vibration waveform file includes a plurality of vibration attribute values corresponding to the vibration time, and the current vibration time refers to the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file when there is a vibration pause event. The vibration pause event mentioned in step S602 may be: an event of detection of a vibration pause operation on the target vibration object, or detection of an event of abnormal exit of the target application, and so on.

S603. When the vibration of the vibration component needs to be restored, if the business scenario of the target application is the target business scenario, generate a vibration restoration time based on the current vibration time.

S604. Drive the vibration component to continue to vibrate according to the recovery vibration time and the target vibration waveform file.

Optionally, when the vibration of the vibration component needs to be restored, if the business scenario of the target application is a new business scenario, and the new business scenario includes one or more vibration objects that need to vibrate, the terminal can obtain the new business scenario The associated new vibration description file drives the vibration component to vibrate according to each vibration waveform file in the new vibration description file.

In the embodiment of the present application, when the target service scene of the target application includes a target vibration object that needs to vibrate, the terminal can drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target service scene. When there is a vibration suspension event about the vibration component originating from the target application, the terminal can be triggered to control the vibration component to suspend the vibration; and when the target application needs to resume the vibration of the vibration component, the terminal will continue to drive the vibration component to vibrate, so as to achieve target-based Play or pause the application, change the state of the vibration component in real time, seamlessly switch, achieve the purpose of flexibly controlling the suspension and recovery of the vibration component, and improve the fit between the vibration effect and the target application. Further, when there is a vibration suspension event, the target vibration waveform file and the current vibration time can also be recorded, so that when the vibration of the vibration component needs to be resumed, if the target application still presents the target business scene, it can be based on the recorded current vibration time Generate the recovery vibration time; thus, according to the recovery vibration time and the target vibration waveform file, the driving vibration component continues to vibrate. By recording the current vibration time and generating the recovery vibration time based on the current vibration time, the continuity of vibration pause and continuous playback can be realized to a certain extent, and user experience can be further improved.

Based on the description of the embodiment of the vibration control method shown in Figure 2 above, the embodiment of the present application also discloses a vibration control device, the vibration control device may be a computer program running on a computer device to realize the function of the target application (including program code). The vibration control device can execute the method shown in Figure 2, please refer to Figure 7, the vibration control device can run the following units:

The control unit 701 is configured to notify the terminal to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target service scenario when the target application includes a target vibration object that needs to vibrate ;

The recording unit 702 is used to record the target vibration waveform file and the current vibration time when there is a vibration suspension event about the vibration component from the target application; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration time refers to: When there is a vibration pause event, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

The processing unit 703 is configured to generate a restoration vibration time based on the current vibration time if the business scenario of the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The control unit 701 is further configured to generate a vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal drives the vibration component to continue vibrating according to the vibration recovery notification.

In one embodiment, when the processing unit 703 is used to generate the vibration recovery notification according to the recovery vibration time and the recorded target vibration waveform file, it can be specifically used for:

Using the current vibration time as a reference, calculate the relative time offset between the recovery vibration time and the current vibration time;

Determine the file identifier of the recorded target vibration waveform file, and generate a vibration recovery notification according to the relative time offset and the file identifier.

In another implementation manner, when the processing unit 703 is used to generate the vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, it can be specifically used for:

Determine the file identification of the recorded target vibration waveform file;

Generate a vibration recovery notification using the recovery vibration time and file ID.

In another implementation manner, when the processing unit 703 is used to generate the recovery vibration time based on the current vibration time, it may be specifically used for:

Determining the current vibration time as the recovery vibration time for vibration recovery;

Alternatively, a vibration time earlier than the current vibration time is determined as the recovery vibration time;

Alternatively, a vibration time later than the current vibration time is determined as the recovery vibration time.

In another implementation manner, the processing unit 703 may also be used to:

When the terminal drives the vibration component to vibrate according to the target vibration waveform file, a heartbeat signal is generated according to the target frequency;

After the heartbeat signal is generated each time, the generated heartbeat signal is sent to the terminal, so that the terminal maintains the vibration of the vibrating component based on the heartbeat signal.

In another embodiment, the vibration pause event includes at least one of the following:

The target application sends an event of vibration suspension notification to the terminal in response to the vibration suspension operation for the target object; and an event of heartbeat signal loss.

In another implementation manner, the control unit 701 can also be used for:

When the vibration of the vibration component needs to be restored, if the business scenario of the target application is a new business scenario, and the new business scenario includes one or more vibration objects that need to vibrate, obtain the new vibration description file associated with the new business scenario , the new vibration description file includes: the vibration waveform files associated with each vibration object in the new business scenario;

The new vibration description file is sent to the terminal, so that the terminal drives the vibration component to vibrate according to each vibration waveform file in the new vibration description file.

According to another embodiment of the present application, the various units in the vibration control device shown in Fig. 7 can be respectively or all combined into one or several other units to form, or some (some) units can be disassembled again. Divided into a plurality of functionally smaller units, this can achieve the same operation without affecting the realization of the technical effects of the embodiments of the present application. The above-mentioned units are divided based on logical functions. In practical applications, the functions of one unit may also be realized by multiple units, or the functions of multiple units may be realized by one unit. In other embodiments of the present application, the vibration-based control device may also include other units. In practical applications, these functions may also be implemented with the assistance of other units, and may be implemented cooperatively by multiple units.

According to another embodiment of the present application, by running a computer device including a processing element such as a central processing unit (CPU), a random access storage medium (RAM), a read-only storage medium (ROM) and a storage element, it is possible to execute such The computer program (comprising program code) of each step involved in the corresponding method shown in Figure 2 is used to construct the vibration control device equipment as shown in Figure 7, and to realize the vibration control device shown in Figure 2 in the embodiment of the present application. Vibration Control Methods. The computer program can be recorded in, for example, a computer-readable recording medium, loaded into the above-mentioned computer device via the computer-readable recording medium, and executed therein.

In the embodiment of the present application, when the target business scene presented by the target application includes a target vibration object that needs to vibrate, the terminal can drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scene. When there is a vibration suspension event about the vibration component originating from the target application, the terminal can be triggered to control the vibration component to suspend the vibration; and when the target application needs to resume the vibration of the vibration component, the terminal will continue to drive the vibration component to vibrate, so as to achieve target-based Play or pause the application, change the state of the vibration component in real time, seamlessly switch, achieve the purpose of flexibly controlling the suspension and recovery of the vibration component, and improve the fit between the vibration effect and the target application. Further, when there is a vibration suspension event, the target vibration waveform file and the current vibration time can also be recorded, so that when the vibration of the vibration component needs to be resumed, if the target application still presents the target business scene, it can be based on the recorded current vibration time Generate the recovery vibration time; thus, according to the recovery vibration time and the target vibration waveform file, the driving vibration component continues to vibrate. By recording the current vibration time and generating the recovery vibration time based on the current vibration time, the continuity of vibration pause and continuous playback can be realized to a certain extent, and user experience can be further improved.

Based on the description of the embodiment of the vibration control method shown in FIG. 4 above, the embodiment of the present application also discloses a vibration control device. The vibration control device may be a computer program (including program code) running in a terminal. The vibration control device can execute the method shown in Figure 8, please refer to Figure 8, the vibration control device can run the following units:

The driving unit 801 is configured to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scenario when the target business scene presented by the target application includes a target vibration object to be vibrated;

The drive unit 801 is used to control the vibration component to suspend vibration when there is a vibration suspension event about the vibration component from the target application; the target vibration waveform file includes a plurality of vibration attribute values. When there is a vibration suspension event, the target vibration waveform file The vibration time corresponding to the vibration attribute value adopted in is the current vibration time, and the current vibration time and the target vibration waveform file are recorded by the target application;

The receiving unit 802 is configured to receive the vibration recovery notification sent by the target application. The vibration recovery notification is generated according to the vibration recovery time and the recorded target vibration waveform file; the vibration recovery time is when the target application determines that the vibration of the vibration component needs to be recovered, and the target When the business scenario of the application is the target business scenario, it is generated based on the current vibration time;

The driving unit 801 is further configured to determine the resuming vibration time and the target vibration waveform file according to the vibration resuming notification, and drive the vibrating component to continue vibrating according to the determined resuming vibration time and the target vibration waveform file.

In one embodiment, the vibration recovery notification includes: the relative time offset between the vibration recovery time and the current vibration time; when the drive unit 801 is used to determine the vibration recovery time according to the vibration recovery notification, it can be specifically used for:

Parse the relative time offset from the vibration recovery notification;

Based on the relative time offset and the current vibration time, the recovery vibration time is calculated.

In another implementation manner, the receiving unit 802 is also configured to: receive a heartbeat signal issued by the target application, the heartbeat signal is generated by the target application according to the target frequency;

The driving unit 801 can also be used for: maintaining the vibration of the vibrating component based on each received heartbeat signal after each heartbeat signal is received.

In another implementation manner, the drive unit 801 can also be used for:

If it is detected that the heartbeat signal is lost, it is determined that there is a vibration suspension event about the vibration component originating from the target application;

Alternatively, if a vibration suspension notification sent by the target application is received, it is determined that there is a vibration suspension event related to the vibration component originating from the target application.

In another implementation manner, the drive unit 801 can also be used for:

Receive the new vibration description file issued by the target application. The new vibration description file is when the target application determines that the vibration of the vibration component needs to be restored. The business scenario presented by the target application is a new business scenario, and the new business scenario includes one or more Obtained when the vibration object needs to vibrate; the new vibration description file includes: the vibration waveform file of each vibration object in the new business scene;

Drive vibration components to vibrate according to individual vibration waveform files in the new vibration profile.

According to another embodiment of the present application, the various units in the vibration control device shown in Fig. 8 can be respectively or all combined into one or several other units to form, or some (some) units can be disassembled again. Divided into a plurality of functionally smaller units, this can achieve the same operation without affecting the realization of the technical effects of the embodiments of the present application. The above-mentioned units are divided based on logical functions. In practical applications, the functions of one unit may also be realized by multiple units, or the functions of multiple units may be realized by one unit. In other embodiments of the present application, the vibration-based control device may also include other units. In practical applications, these functions may also be implemented with the assistance of other units, and may be implemented cooperatively by multiple units.

According to another embodiment of the present application, by running a computer device including a processing element such as a central processing unit (CPU), a random access storage medium (RAM), a read-only storage medium (ROM) and a storage element, it is possible to execute such The computer program (including the program code) of each step involved in the corresponding method shown in Figure 4 is used to construct the vibration control device equipment as shown in Figure 8, and to realize the vibration control device shown in Figure 4 in the embodiment of the present application. Vibration Control Methods. The computer program can be recorded in, for example, a computer-readable recording medium, loaded into the above-mentioned computer device via the computer-readable recording medium, and executed therein.

In the embodiment of the present application, when the target business scene presented by the target application includes a target vibration object that needs to vibrate, the terminal can drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scene. When there is a vibration suspension event about the vibration component from the target application, the terminal can be triggered to control the vibration component to suspend the vibration; and when the target application needs to resume the vibration of the vibration component, the terminal will continue to drive the vibration component to vibrate, so as to realize the vibration based on Play or pause the target application, change the state of the vibration component in real time, seamlessly switch, achieve the purpose of flexibly controlling the suspension and recovery of the vibration component, and improve the fit between the vibration effect and the target application. Further, when there is a vibration suspension event, the target vibration waveform file and the current vibration time can also be recorded, so that when the vibration of the vibration component needs to be resumed, if the target application still presents the target business scene, it can be based on the recorded current vibration time Generate the recovery vibration time; thus, according to the recovery vibration time and the target vibration waveform file, the driving vibration component continues to vibrate. By recording the current vibration time and generating the recovery vibration time based on the current vibration time, the continuity of vibration pause and continuous playback can be realized to a certain extent, and user experience can be further improved.

Based on the description of the embodiment of the vibration control method shown in FIG. 6 above, the embodiment of the present application also discloses a vibration control device. The vibration control device may be a computer program (including program code) running in a terminal. The vibration control device can execute the method shown in Figure 9, please refer to Figure 9, the vibration control device can run the following units:

The driving unit 901 is configured to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scenario when the target business scene presented by the target application includes a target vibration object to be vibrated;

The recording unit 902 is used to record the target vibration waveform file and the current vibration time when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes multiple vibration attribute values, and the current vibration time refers to: When there is a vibration pause event, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

The processing unit 903 is configured to generate a recovery vibration time based on the current vibration time if the business scenario presented by the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The driving unit 901 is further configured to drive the vibration component to continue to vibrate according to the recovery time of vibration and the recorded target vibration waveform file.

According to another embodiment of the present application, the various units in the vibration control device shown in Fig. 9 can be respectively or all combined into one or several other units to form, or some (some) units can be disassembled again. Divided into a plurality of functionally smaller units, this can achieve the same operation without affecting the realization of the technical effects of the embodiments of the present application. The above-mentioned units are divided based on logical functions. In practical applications, the functions of one unit may also be realized by multiple units, or the functions of multiple units may be realized by one unit. In other embodiments of the present application, the vibration-based control device may also include other units. In practical applications, these functions may also be implemented with the assistance of other units, and may be implemented cooperatively by multiple units.

According to another embodiment of the present application, by running a computer device including a processing element such as a central processing unit (CPU), a random access storage medium (RAM), a read-only storage medium (ROM) and a storage element, it is possible to execute such The computer-readable instructions (including program codes) of the steps involved in the corresponding method shown in FIG. 6 are used to construct the vibration control device as shown in FIG. The vibration control method shown. The computer-readable instructions may be recorded, for example, on a computer-readable storage medium, loaded into the above-mentioned computer device through the computer-readable storage medium, and run there.

Based on the descriptions of the above-mentioned method embodiments and device embodiments, this embodiment of the present application also provides a computer device. The computer device mentioned here may be the aforementioned terminal; optionally, when the aforementioned When the target application is a cloud application, the computer device may also be a cloud server running the target application. Referring to FIG. 10 , the computer device at least includes a processor 1001, an input interface 1002, an output interface 1003, and a non-volatile computer-readable storage medium 1004; and the processor 1001, the input interface 1002, and the output interface in the computer device 1003 and the non-volatile computer-readable storage medium 1004 can be connected through a bus or other means. The non-volatile computer-readable storage medium 1004 can be stored in the memory of the computer device, and the non-volatile computer-readable storage medium 1004 is used for storing computer-readable instructions, and the processor 1001 (or called CPU (Central Processing Unit, central processing unit)) is the computing core and control core of computer equipment, which is suitable for implementing one or more computer-readable instructions, and is specifically suitable for loading and executing one or more computer-readable instructions to realize the corresponding method flow or the corresponding function.

In one embodiment, if the computer device is a cloud server running the target application, the processor 1001 described in the embodiment of the present application can be used to perform a series of vibration control processes, specifically including: in the target business scene presented by the target application When the target vibration object to be vibrated is included, the terminal is notified to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target business scenario; when there is a vibration from the target application When about the vibration suspension event of the vibration component, record the target vibration waveform file and the current vibration time; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration time refers to: when there is the vibration suspension event, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file; when the vibration of the vibration component needs to be restored, if the business scene presented by the target application is the target business scene, then Based on the current vibration time, generate a recovery vibration time; generate a vibration recovery notification according to the recovery vibration time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal according to The vibration resume notification drives the vibration component to continue vibrating, and so on.

In another embodiment, if the computer device is a terminal, the processor 1001 described in the embodiment of the present application can be used to perform a series of vibration control processing, specifically including: including the target that needs to be vibrated in the target business scene presented by the target application When vibrating the object, in the target business scenario, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object; when there is a vibration suspension event about the vibration component originating from the target application When the vibration component is controlled to suspend vibration; the target vibration waveform file includes a plurality of vibration attribute values, and when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, the current vibration time and the target vibration waveform file are recorded by the target application; receive the vibration recovery notification sent by the target application, and the vibration recovery notification is based on the recovery vibration time and the recorded target vibration The waveform file is generated; the restoration vibration time is generated based on the current vibration time when the target application determines that the vibration of the vibration component needs to be restored, and the business scene presented by the target application is the target business scene determining the recovery vibration time and the target vibration waveform file according to the vibration recovery notification, and driving the vibration component to continue vibrating according to the determined vibration time indication information and the target vibration waveform file, and so on.

In another embodiment, if the computer device is a terminal, the processor 1001 described in the embodiment of the present application can be used to perform a series of vibration control processing, specifically including: including the target that needs to be vibrated in the target business scene presented by the target application When vibrating the object, in the target business scenario, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object; when there is a vibration suspension about the vibration component originating from the target application During an event, record the target vibration waveform file and the current vibration time; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration time refers to: when there is the vibration pause event, the target vibration waveform The vibration time corresponding to the vibration attribute value adopted in the file; when the vibration of the vibration component needs to be restored, if the business scenario presented by the target application is the target business scenario, based on the current vibration time, generate Restoring the vibration time; according to the restoring vibration time and the target vibration waveform file, driving the vibrating component to continue vibrating, and so on.

The embodiment of the present application also provides a non-volatile computer-readable storage medium (Memory). The storage medium is a memory device in a computer device and is used to store programs and data. It can be understood that the storage medium here may include built-in storage media in the computer equipment, and of course may also include extended storage media supported by the computer equipment. The storage medium provides storage space, which stores the operating system of the computer device. Moreover, one or more computer-readable instructions adapted to be loaded and executed by the processor 1001 are also stored in the storage space, and these instructions may be one or more computer-readable instructions (including program codes). It should be noted that the storage medium here can be a high-speed RAM memory, or a non-volatile memory (non-volatile memory), such as at least one disk memory; computer readable storage media.

In one embodiment, one or more computer-readable instructions stored in the computer-readable storage medium can be loaded and executed by the processor 1001, so as to realize corresponding steps of the method in the above vibration control method embodiment.

It should be noted that, according to one aspect of the present application, a computer program product or computer program is also provided, the computer program product or computer program includes computer-readable instructions, and the computer-readable instructions are stored in a computer-readable storage medium . The processor of the computer device reads the computer-readable instructions from the computer-readable storage medium, and the processor executes the computer-readable instructions, so that the computer device executes the embodiments provided in the various optional modes of the above-mentioned vibration control method.

And, it should be understood that what is disclosed above is only a preferred embodiment of the application, and certainly cannot limit the scope of rights of the application. Therefore, the equivalent changes made according to the claims of the application are still covered by the application. range.

Claims

A vibration control method performed by a computer device, the method comprising:

When the target service scene of the target application includes a target vibration object that needs to be vibrated, notify the terminal to drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object in the target service scene ;

When there is a vibration suspension event about the vibration component originating from the target application, record the target vibration waveform file and the current vibration time; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration Time refers to: when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

When the vibration of the vibrating component needs to be restored, if the business scenario of the target application is the target business scenario, generating a recovery vibration time based on the current vibration time;

Generate a vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal drives the vibration component to continue vibrating according to the vibration recovery notification .
The method according to claim 1, wherein said generating a vibration recovery notice according to said recovery time of vibration and the recorded target vibration waveform file comprises:

Using the current vibration time as a reference, calculate the relative time offset between the recovery vibration time and the current vibration time;

Determine the file identifier of the recorded target vibration waveform file, and generate a vibration recovery notification according to the relative time offset and the file identifier.
The method according to claim 1, wherein said generating a vibration recovery notice according to said recovery time of vibration and the recorded target vibration waveform file comprises:

Determine the file identification of the recorded target vibration waveform file;

Generate a vibration recovery notification according to the vibration recovery time and the file identifier.
The method according to any one of claims 1-3, wherein the generating the recovery vibration time based on the current vibration time includes:

determining the current vibration time as the recovery vibration time;

Or, determining a vibration time earlier than the current vibration time as the recovery vibration time;

Alternatively, a vibration time later than the current vibration time is determined as the recovery vibration time.
The method according to any one of claims 1-3, wherein the method further comprises:

During the process in which the terminal drives the vibration component to vibrate according to the target vibration waveform file, a heartbeat signal is generated according to the target frequency;

After a heartbeat signal is generated each time, the generated heartbeat signal is sent to the terminal, so that the terminal maintains the vibration of the vibration component based on the heartbeat signal.
The method according to claim 5, wherein the vibration pause event includes at least one of the following:

The target application sends an event of vibration suspension notification to the terminal in response to the vibration suspension operation of the target object; and an event of the loss of the heartbeat signal.
The method according to any one of claims 1-3, wherein the method further comprises:

When the vibration of the vibration component needs to be restored, if the business scenario of the target application is a new business scenario, and the new business scenario includes one or more vibration objects that need to vibrate, acquire the new business A new vibration description file associated with the scene, the new vibration description file includes: a vibration waveform file associated with each vibration object in the new business scene;

Sending the new vibration description file to the terminal, so that the terminal drives the vibration component to vibrate according to each vibration waveform file in the new vibration description file.
A vibration control method, executed by a terminal, the method comprising:

When the target service scene of the target application includes a target vibration object to be vibrated, in the target service scene, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object;

When there is a vibration suspension event about the vibration component originating from the target application, control the vibration component to suspend vibration; the target vibration waveform file includes a plurality of vibration attribute values, and when there is the vibration suspension event, The vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, and the current vibration time and the target vibration waveform file are recorded by the target application;

receiving a vibration recovery notification from the target application, the vibration recovery notification is generated according to the recovery vibration time and the recorded target vibration waveform file; the recovery vibration time is the time when the target application determines that the vibration component needs to be restored When vibrating, and the business scenario of the target application is the target business scenario, it is generated based on the current vibration time;

The vibration recovery time and the target vibration waveform file are determined according to the vibration recovery notification, and the vibration component is driven to continue vibrating according to the determined vibration recovery time and the target vibration waveform file.
The method according to claim 8, wherein the vibration recovery notification includes: a relative time offset between the recovery vibration time and the current vibration time;

The determining the time to restore vibration according to the vibration restoration notification includes:

parsing the relative time offset from the vibration recovery notification;

Based on the relative time offset and the current vibration time, the recovery vibration time is calculated.
The method of claim 8, further comprising:

receiving a heartbeat signal from the target application, the heartbeat signal being generated by the target application according to a target frequency;

After each heartbeat signal is received, the vibration of the vibrating component is maintained based on each heartbeat signal received.
The method of claim 10, further comprising:

If it is detected that the heartbeat signal is lost, it is determined that there is a vibration suspension event about the vibration component originating from the target application;

Alternatively, if a vibration suspension notification from the target application is received, it is determined that there is a vibration suspension event related to the vibration component from the target application.
The method of claim 8, further comprising:

receiving a new vibration description file from the target application, where the new vibration description file is a new business scenario of the target application when the target application determines that the vibration of the vibration component needs to be restored, and the When the new business scene includes one or more vibration objects that need to vibrate, it is obtained; the new vibration description file includes: the vibration waveform file of each vibration object in the new business scene;

Drive the vibration component to vibrate according to each vibration waveform file in the new vibration description file.
A vibration control method, executed by a terminal, the method comprising:

When the target service scene of the target application includes a target vibration object to be vibrated, in the target service scene, drive the vibration component in the terminal to vibrate according to the target vibration waveform file associated with the target vibration object;

When there is a vibration suspension event about the vibration component originating from the target application, record the target vibration waveform file and the current vibration time; the target vibration waveform file includes a plurality of vibration attribute values, and the current vibration time Refers to: when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

When the vibration of the vibrating component needs to be restored, if the business scenario of the target application is the target business scenario, generating a recovery vibration time based on the current vibration time;

According to the resumed vibration time and the recorded target vibration waveform file, the vibration component is driven to continue to vibrate.
The method according to claim 13, further comprising:

When the vibration of the vibration component needs to be restored, if the business scenario of the target application is a new business scenario, and the new business scenario includes one or more vibration objects that need to vibrate, acquire the new business A new vibration description file associated with the scene, the new vibration description file includes: a vibration waveform file associated with each vibration object in the new business scene;

Drive the vibration component to vibrate according to each vibration waveform file in the new vibration description file.
The method according to claim 13, further comprising:

During the process of driving the vibrating component to vibrate according to the target vibration waveform file, generate a heartbeat signal according to the target frequency through the target application;

Vibration of the vibration assembly is maintained based on the heartbeat signal.
A vibration control device, said device comprising:

A control unit, configured to notify the terminal to drive the terminal according to the target vibration waveform file associated with the target vibration object in the target service scenario when the target service scene presented by the target application includes a target vibration object that needs to vibrate The vibrating components inside vibrate;

A recording unit, configured to record the target vibration waveform file and the current vibration time when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes a plurality of vibration attribute values, the The current vibration time refers to: when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

A processing unit, configured to generate a restoration vibration time based on the current vibration time if the business scenario presented by the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The control unit is further configured to generate a vibration recovery notification according to the vibration recovery time and the recorded target vibration waveform file, and send the vibration recovery notification to the terminal, so that the terminal can recover The notification drives the vibrating component to continue vibrating.
A vibration control device, said device comprising:

The driving unit is configured to drive the vibration component in the terminal according to the target vibration waveform file associated with the target vibration object in the target business scenario when the target service scene presented by the target application includes a target vibration object that needs to vibrate to vibrate;

The drive unit is configured to control the vibration component to suspend vibration when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes a plurality of vibration attribute values. During the vibration pause event, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file is the current vibration time, and the current vibration time and the target vibration waveform file are recorded by the target application;

The receiving unit is configured to receive the vibration recovery notification sent by the target application, the vibration recovery notification is generated according to the recovery vibration time and the recorded target vibration waveform file; the recovery vibration time is determined by the target application to restore the When the vibration component is vibrating, and the business scenario presented by the target application is the target business scenario, based on the current vibration time;

The driving unit is further configured to determine a recovery vibration time and a target vibration waveform file according to the vibration recovery notification, and drive the vibration component to continue vibrating according to the determined recovery vibration time and target vibration waveform file.
A vibration control device, said device comprising:

The driving unit is configured to drive the vibration component in the terminal according to the target vibration waveform file associated with the target vibration object in the target business scenario when the target service scene presented by the target application includes a target vibration object that needs to vibrate to vibrate;

A recording unit, configured to record the target vibration waveform file and the current vibration time when there is a vibration suspension event about the vibration component originating from the target application; the target vibration waveform file includes a plurality of vibration attribute values, The current vibration time refers to: when the vibration pause event exists, the vibration time corresponding to the vibration attribute value adopted in the target vibration waveform file;

A processing unit, configured to generate a restoration vibration time based on the current vibration time if the business scenario presented by the target application is the target business scenario when the vibration of the vibration component needs to be restored;

The driving unit is further configured to drive the vibrating component to continue vibrating according to the resuming vibration time and the recorded target vibration waveform file.
A computer device, including an input interface and an output interface, also includes:

a processor adapted to implement one or more readable instructions; and,

A non-volatile computer-readable storage medium, the computer-readable storage medium stores one or more computer-readable instructions, and the one or more computer-readable instructions are adapted to be loaded by the processor and executed as The vibration control method according to any one of claims 1 to 15.
A non-volatile computer-readable storage medium, characterized in that the computer-readable storage medium stores one or more computer-readable instructions, and the one or more computer-readable instructions are adapted to be executed by a processor Loading and executing the vibration control method according to any one of claims 1 to 15.