WO2017181902A1

WO2017181902A1 - Method for executing user operation on touch terminal and equipment

Info

Publication number: WO2017181902A1
Application number: PCT/CN2017/080390
Authority: WO
Inventors: 毛信良; 周田伟; 陈二喜
Original assignee: 上海逗屋网络科技有限公司
Priority date: 2016-04-01
Filing date: 2017-04-13
Publication date: 2017-10-26
Also published as: CN105930054A

Abstract

The present invention aims to provide a method and device for executing a user operation on a touch terminal. Based on a first adjusting touch operation of a user on a current application, a scenario of the application is adjusted and presented, where the scenario comprises an operation action area that is partitioned and displayed; an execution touch operation of the user on the application is acquired; and an operation corresponding to the execution touch operation is applied to a target operation object, where the target operation object overlaps the operation action area. Compared with the prior art, the present application, by means of executing a complex combination of multiple independent touch operations, allows touch operations of the user to be diversified, thus enhancing the interactivity between the user and the current application.

Description

Method and device for performing user operation on touch terminal

Technical field

The present application relates to the field of computers, and in particular, to a technique for performing user operations on a touch terminal.

Background technique

With the development of computer and Internet technologies, people are more and more accustomed to interacting with smart devices through touch manipulation on different touch terminals, such as realizing the acquisition and distribution of data information, and interacting with game entertainment activities. In the prior art, the operation of the operation object on the touch terminal is relatively simple, and the individual touch operations are sequentially performed by simple finger actions, and the combination operation for multiple independent touch operations is lacking. With the implementation, the user's touch operation is single.

Summary of the invention

It is an object of the present application to provide a method and apparatus for performing user operations on a touch terminal.

According to an aspect of the present application, a method for performing a user operation on a touch terminal is provided, including:

And adjusting, according to a first adjustment touch operation of the current application, a scene of the application, where the scene includes an operation action area that is displayed separately;

Obtaining a touch operation performed by the user in the application;

The operation corresponding to the performing the touch operation is applied to the target operation object, wherein the target operation object is overlapped with the operation action area.

According to another aspect of the present application, there is also provided an apparatus for performing a user operation on a touch terminal, comprising:

a first device, configured to adjust and present a scenario of the application based on a first adjustment touch operation of the current application by the user, where the scenario includes an operation action region that is differentiated and displayed;

a second device, configured to acquire a touch operation performed by the user in the application;

a third device, configured to apply an operation corresponding to the performing touch operation to the target operation object, The target operation object is overlapped with the operation action area.

Compared with the prior art, the present application adjusts and presents the scenario of the application in the first adjustment touch operation of the current application, and then acquires the touch operation of the user, and correspondingly performs the touch operation. The operation acts on the target operation object. In the present application, the device may perform the acquired first touch operation of the user with the performing touch operation, particularly when the first touch operation or the When the touch operation is performed corresponding to a plurality of specific operations, the execution manner of the complex combination of the plurality of independent touch operations can diversify the touch operation of the user, and the interaction between the user and the current application is enhanced. Meanwhile, the scene corresponding to the current application includes an operation action area that is differentiated and displayed.

Further, in the present application, at least two operations of the position adjustment touch operation, the view adjustment touch operation, and the performing touch operation respectively act on the left side area of the screen and the right side area of the screen of the application. . Herein, in the execution of the plurality of independent touch operations, the setting performed in the sub-area enables the user to simultaneously touch each area of the touch terminal, so that the complexity of the multi-touch operation is further improved, thereby increasing the user. The variety of touch operations enriches the user experience.

Further, in a preferred embodiment, the content covered by the operation action area in the scene may be enlarged and displayed by the user's enhanced display touch operation. Restricted by the hardware condition of the touch terminal, if the screen size of the display of the touch terminal is limited, the details of the scene are not well displayed under the general rendering effect. Based on this, in this embodiment, The touch operation can be displayed by the enhanced display, so that the user can lock the local fine content in the scene more accurately and quickly, so as to improve the execution hit rate of the touch operation corresponding to the user. In addition, in a specific application, by enhancing the scene presented by the display touch operation, the user is given a stronger sense of substitution similar to the display scene.

DRAWINGS

Other features, objects, and advantages of the present application will become more apparent from the detailed description of the accompanying drawings.

1 shows a schematic diagram of an apparatus for performing a user operation on a touch terminal according to an aspect of the present application;

2 illustrates performing user operations on a touch terminal in accordance with a preferred embodiment of the present application. Schematic diagram of the equipment of the device;

3 illustrates a flow chart of a method of performing a user operation on a touch terminal in accordance with another aspect of the present application;

4 illustrates a flow chart of a method of performing a user operation on a touch terminal in accordance with a preferred embodiment of the present application;

FIG. 5 is a diagram showing an example of performing an operation on a touch terminal according to another preferred embodiment of the present application; FIG.

FIG. 6 illustrates an example schematic diagram of performing operations on a touch terminal in accordance with yet another preferred embodiment of the present application.

The same or similar reference numerals in the drawings denote the same or similar components.

detailed description

The present application is further described in detail below with reference to the accompanying drawings.

In a typical configuration of the present application, the terminal, the device of the service network, and the trusted party each include one or more processors (CPUs), input/output interfaces, network interfaces, and memory.

The memory may include non-persistent memory, random access memory (RAM), and/or non-volatile memory in a computer readable medium, such as read only memory (ROM) or flash memory. Memory is an example of a computer readable medium.

Computer readable media includes both permanent and non-persistent, removable and non-removable media. Information storage can be implemented by any method or technology. The information can be computer readable instructions, data structures, modules of programs, or other data. Examples of computer storage media include, but are not limited to, phase change memory (PRAM), static random access memory (SRAM), dynamic random access memory (DRAM), other types of random access memory (RAM), read only memory. (ROM), electrically erasable programmable read only memory (EEPROM), flash memory or other memory technology, compact disk read only memory (CD-ROM), digital versatile disk (DVD) or other optical storage, A magnetic tape cartridge, magnetic tape storage or other magnetic storage device or any other non-transportable medium that can be used to store information that can be accessed by a computing device. As defined herein, computer readable media does not include non-transitory computer readable media, such as modulated data signals and carrier waves.

FIG. 1 illustrates a device schematic of a device 1 that performs user operations on a touch terminal in accordance with an aspect of the present application. The device 1 comprises a first device 11, a second device 12 and a third device 13.

The first device 11 adjusts and presents the scenario of the application based on the first adjustment touch operation of the current application by the user, where the scenario includes an operation action area that is differentiated and displayed; and the second device 12 acquires the location. The user performs a touch operation on the application; the third device 13 applies the operation corresponding to the touch operation to the target operation object, wherein the target operation object overlaps the operation action area.

Specifically, in the present application, the touch terminal includes, but is not limited to, a smart terminal device including a touch screen, for example, a personal computer with a touch screen, a smart phone, a tablet computer, a game device, etc., and the touch control further includes an external device. Other smart terminal devices that touch screen devices. Here, the device 1 may be the touch terminal itself, and may also be a combination of hardware, software or hardware and software installed on the touch terminal and capable of performing the performing operation.

Here, the first device 11 adjusts and presents the scene of the application based on the first adjustment touch operation of the current application by the user, wherein the scene includes an operation action area that is differentiated and displayed. Here, preferably, the current application includes, but is not limited to, an application loaded on the touch terminal, such as a game application, and further, the current application is displayed on a screen corresponding to the touch terminal. Here, the scene corresponds to the specific content that the current application displays on the screen of the touch terminal, and different applications correspond to different scenarios. Taking a game application as an example, the scene may present a plurality of game related content such as characters, buildings, and props. For example, the application that implements the detection function may display the detection environment information corresponding to the detected object. Here, the scene includes an operation action area that is distinguished from being displayed. Here, the operation action area may be fixedly displayed on a corresponding area of the current application, for example, fixedly displayed in the center area. In addition, the touch operation can be moved based on the area of the user, and the area where the operation action area is located is flexibly adjusted in the current application, for example, the operation action area is correspondingly moved based on the sliding operation of the user in the current application. For example, in the current application of the touch terminal, the operating area is represented by a distinguishable display range, and the distinguishing display may be embodied by a frame definition or a color distinction. Here, preferably, the operation action area is fixedly displayed in a central area of the current application. Specifically, as in a game application, The operation action area corresponds to a game skill action area, such as an aiming frame for assisting an executor to attack. Further, the device 1 can perform a corresponding operation on an object presented in the operation action area. Here, the setting of the operation action area can be flexibly set based on the needs of different application scenarios. For example, in a scenario in which the operation action area is fixed to the central area of the current application, the scenario information of the current application can be simulated to simulate the perspective of the corresponding account of the user, and further, the user is operated. When the terminal is touched, the user can quickly integrate into the scene environment corresponding to the application, and the immersive feeling is greatly improved, and the user's touch experience is greatly improved. Here, the user adjusts the touch operation in the first application, that is, the user performs a corresponding gesture operation on the corresponding area of the touch terminal screen, and the device 1 will perform the different based on the acquired Adjusting the touch operation to achieve a corresponding response effect, that is, correspondingly adjusting and presenting the scene of the application. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. Further, with the corresponding action area, one or more specific first adjustment touch operations can be determined. Here, the active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen.

Preferably, the first adjustment touch operation may include a position adjustment touch operation for adjusting a position of the corresponding account in the application, and may further include adjusting the user to correspond to the application. The viewing angle of the account view adjusts the touch operation; and may further include a display adjustment touch operation for adjusting the operation action area in the application. Further, the first adjustment touch operation may also be a combination of two or three operations listed above. Here, the user has a matching corresponding account in the application, for example, corresponding to user information, member information, and the like of the application. Taking the game application as an example, the corresponding account may be represented as a game player corresponding to the user. For example, an application that implements the detection function may be represented as user information corresponding to a user who performs the detection function. Further, the corresponding account may have a certain virtual form in the current application. For example, in the game application, the corresponding account, that is, the game player, may correspond to an executor of a specific game operation, and the performer may Presented in a specific location in the screen of the touch terminal, further preferably, in the present application, the scene presented in the screen of the touch terminal itself is the user, that is, the performer The perspective is presented. On this basis, for example, setting the user to the A area of the screen, and performing a finger Sliding, that is, a touch operation corresponding to the position of the position of the performer, and the application scene in the screen is moved forward, backward, left, and right by the sliding of the user's finger up and down and left and right; for example, setting the user to In the B area of the screen, the finger sliding is performed, that is, the touch operation is adjusted corresponding to the angle of view of the executor's perspective. Here, based on the finger sliding, the perspective of the performer can be adjusted in all directions, for example, By sliding the left, right, up, and down of the user's finger, or by arcing or circle-drawing, the application scene in the screen rotates at any angle with the perspective of the performer, if not limited to turning to the right ninety Degree, one hundred and eighty degrees, and so on. The effect of the display adjustment touch operation for adjusting the operation action area in the application includes changing the position of the operation action area in the application scenario by a touch operation of the user. information. Here, the position adjustment touch operation, the view adjustment touch operation, and the display adjustment touch operation may be separately performed by the user, or the user may perform two types simultaneously in the current application, or For example, when the user performs the position adjustment touch operation and the view adjustment touch operation at the same time, one effect is that the executor of the game application corresponding to the user moves, At the same time, while changing its own perspective; on the basis of this, if the display is adjusted to further adjust the touch operation, the effect of the presentation is that the performer simultaneously changes his position and the angle of view while the operation in the scene The area of action is also changing.

In addition, the active area of the first touch control operation may be a fixed position in the screen; or a defined area, and in the area, the specific operation position changes as the user gestures move. Preferably, when the user performs a plurality of first touch operations at the same time, the active areas of the respective first touch operations do not intersect, or if the first touch operation corresponds to the specific When the operation mode is different, if one is a click operation and one is a sliding operation, the corresponding action area may also have an intersection. Here, the specific operation mode of each first touch control operation is also different based on the characteristics of different touch terminals. For example, if the screen of the touch terminal includes a pressure sensing function, it may be different first. Adjust the touch operation to match the corresponding re-press, or tap and other specific operation modes. Thereby, the interaction operation between the user and the device 1 can be made more diverse, and the user experience is more abundant. In addition, the indication information of the first adjustment touch operation may be displayed on a screen of the current application as needed. For example, for the position adjustment touch operation, the top, bottom, left, and right can be displayed on the screen. The direction arrow is marked to guide the user to implement a corresponding touch operation, and the indication information may be fixed in a corresponding area of the screen, or may be correspondingly moved on the screen as the user's finger moves. Further, if the indication information is located in the active area of the first touch control operation, the first touch control operation may be directly applied to the indication information, or the first adjustment touch may be set. The control operation needs to act in the active area and in other of the active areas other than the indication information.

Herein, those skilled in the art should understand that the above-mentioned position adjustment touch operation and the angle adjustment touch operation are only examples, and other first adjustment touch operations that may or may occur in the future, as applicable to the present application, should also include It is intended to be within the scope of this application and is hereby incorporated by reference.

Next, the second device 12 acquires a touch operation performed by the user in the application. Here, the performing the touch operation includes the user performing a corresponding gesture operation on a corresponding area of the touch terminal screen. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. The active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen. Based on the performing touch operation, the operation corresponding to the performing touch operation is applied to the operation action area. Here, preferably, based on the specific application requirements, if the user does not select the corresponding target operation object, the performing touch operation will still be completed accordingly. Taking the game application as an example, the effect corresponding to the execution of the touch operation is to shoot the operation action area, and if the operation action area does not have a corresponding target operation object, the shooting action is still performed. Appears as corresponding animation effects, such as image information, audio information, and so on.

Next, the third device 13 applies an operation corresponding to the performing touch operation to the target operation object, wherein the target operation object is overlapped with the operation action area. Here, the target operation object includes a target object that is presented in the current application of the touch terminal and is selected by the user as a subsequent execution operation. For example, in a game application, the target operation object may be an object that the user player wishes to lock in a currently applied scene, or an object that wants to attack, for example, various static or moving characters, buildings, logos, and the like. . As another example, in an application that implements a detection function, the target operation object may be an object that needs to be detected. Here, the device 1 adjusts the application based on the first adjustment touch operation of the user. During the process of the scene, when the target operation object overlaps with the operation action area, at this time, based on the user performing a touch operation, the operation corresponding to the touch operation will be applied to the target operation object. . For example, when the operation action area is fixedly displayed on the corresponding area of the current application, the target operation object in the scene may be pulled into the space by adjusting the touch operation or visually adjusting the touch operation. In the operation area, the two are overlapped; for example, if the operation area can be moved in the current application, the touch operation can be directly adjusted based on the user's display to drag the operation area to be superimposed on the target. The operation object; for example, while the operation action area is moving in the current application, the position adjustment touch operation or the touch adjustment operation may be adjusted together, so that the final action effect is the target operation object and The operational action areas overlap. Here, the user may have different needs according to different application scenarios, such as preferring to quickly locate the target operation object, or prefer different presentation perspectives, or prefer to control the overall scene of the continuous scene, etc., in conjunction with the specific first adjustment touch. An operation is performed to achieve a presentation effect of the target operation object overlapping the operation action area. Here, the stack may be set such that the target operation object is completely covered by the operation action area; or the superimposed part of the target operation object and the operation action area reaches a preset superimposition range, such as a superposition range. The maximum value of the intersectable area is reached.

Preferably, the third device 13 determines, according to the location information of the operation object in the scene, the target operation object corresponding to the performing touch operation, wherein the target operation object overlaps with the operation action area And the operation corresponding to the performing the touch operation is applied to the target operation object.

Specifically, when the device 1 obtains the touch operation performed by the user, the operation corresponding to the touch operation is preferably completed in the operation action area. Further, the device 1 determines position information of each operation object in the scene, for example, each operation object that is present in the current application, within the effective range of the operation action area, or within a predetermined range. The location information is determined. If the operation object satisfies the condition overlapping the operation action area, the operation object is the target operation object. Further, the operation corresponding to the performing touch operation will be applied to the target operation object.

Here, the present application adjusts and presents the first touch operation by the user in the current application. Applying a scenario, the user performs a touch operation, and applies an operation corresponding to the touch operation to the target operation object. In the present application, the device 1 can perform the first adjustment touch operation of the acquired user with the performing touch operation, particularly when the first touch operation or the touch operation is performed. When the touch operation is performed in response to a plurality of specific operations, the complicated combination of the plurality of independent touch operations can make the touch operation of the user diversified, and the interaction between the user and the current application is enhanced. Meanwhile, the scene corresponding to the current application includes an operation action area that is differentiated and displayed.

Preferably, at least two operations of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on the left side of the screen of the application and The right area of the screen.

Specifically, the position adjustment touch operation, the view adjustment touch operation, and the display adjustment touch operation all correspond to adjustment of a scene of the application, and the performing touch operation is in the On the basis of the adjustment, a corresponding operation is performed in the operation action area or on the target operation object. Each of the above touch operations can be performed separately or in combination with each other, or even more touch operations. In the present application, in theory, the action areas of the respective touch operations can act on any area of the screen without contradicting each other. Further, in a specific application, the interaction area corresponding to the touch adjustment operation, the view adjustment touch operation, and the execution touch operation are not performed based on the characteristics of the touch terminal and the user interaction. At the same time, the user's touch operation experience will have corresponding differences, so the action area of each touch operation can be optimized accordingly. For example, the touch terminal is a tablet computer or a smart phone. For example, at least two operations of the respective touch operations may be respectively applied to the left side area of the screen and the right side area of the screen. Compared with the active area of each touch operation, it is concentrated in a certain area of the screen. This setting can take into account the objective conditions of the user's actual gesture operation and the user's usage habits, so that the user can maximize the multi-touch and hands. The advantages of operation. Thereby, the user's touch operation has more possible combinations, and the diversity of human-computer interaction is further improved.

In this embodiment, at least two operations of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on the left screen of the application. Side area and right side of the screen. Here, in the execution of a plurality of independent touch operations, The setting of the sub-area is performed so that the user can simultaneously touch various areas of the touch terminal, so that the complexity of the multi-touch operation is further improved, thereby increasing the diversity of the user's touch operation and enriching the user experience.

Preferably, the at least two operations overlap at least partially in the time domain. Specifically, the time domain includes an operation time point corresponding to the touch operation or a time period. In the above preferred embodiment, at least two operations of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on the screen of the application. The premise of the left area and the right side of the screen. The further optimized scenario is that at least two operations in the respective touch operations are simultaneously applied to a certain time or a certain time period. Therefore, at the time or the time period, preferably, the user can perform the complex combination of multiple independent touch operations simultaneously by multi-finger or two-handed cooperation, the user's touch The control operation is diversified, and the user can experience an enhanced interaction with the device 1.

2 shows a schematic diagram of an apparatus 1 for performing a user operation on a touch terminal in accordance with a preferred embodiment of the present application. Here, the apparatus 1 includes a first device 11', a fourth device 14', a fifth device 15', a second device 12', and a third device 13'.

The first device 11 ′ adjusts and presents the scene of the application based on the first adjustment touch operation of the current application by the user, where the scene includes an operation action area that is differentiated and displayed; and the fourth device 14 ′ The enhanced display touch operation of the user in the application; the fifth device 15' magnifies the content covered by the operation action area in the scene according to the enhanced display touch operation; the second device 12' acquires The user performs a touch operation in the scene after the enlarged display; the third device 13 ′ applies the operation corresponding to the touch operation to the target operation object, wherein the target operation object and the operation The active areas overlap. Here, the first device 11 ′ and the third device 13 ′ are identical or substantially identical to the first device 11 and the third device 13 illustrated in FIG. 1 , and are not described herein again. The way is included here.

Specifically, the fourth device 14' acquires an enhanced display touch operation of the user in the application. When the user submits the first touch-adjusting operation in the current application, it is sometimes limited by the limitation of the screen size of the touch terminal, and the presented scene, in particular, the specific details in the scene. It cannot be clearly shown. For example, in a game application, the target operation object of the executor attack is originally small in the scene and cannot be accurately distinguished; for example, in the In other applications that detect the discovery of the target operation object, the proportion of the target operation object in the original scene is too small, and it is inconvenient to accurately locate. In response to this problem, in the present application, the device 1 can acquire an enhanced display touch operation for the application submitted by the user based on the enhanced display requirement. The action area corresponding to the enhanced touch operation may be the content covered by the operation action area in the scene, and the display effect corresponding to the enhanced display touch operation may be an enlarged display operation. The content covered by the action area either increases the presentation resolution of the content covered by the operation area, or blurs other areas than the operation area to achieve enhanced contrast recognition. In the present embodiment, preferably, the fifth device 15' achieves an effect of enhancing display by enlarging the content covered in the scene for the operation action area. Then, the performing touch operation in the scene after the user is enlarged and displayed by the second device 12 ′ is performed, and the performing touch operation is the same or substantially the same as the content of the corresponding touch operation performed in the original scene. Therefore, it is included here by reference.

Herein, those skilled in the art should be able to understand that the effect of the enlarged display corresponding to the enhanced display touch operation is only an example, and the corresponding effects of other enhanced display touch operations that may occur in the future or in the future are applicable to the present application. It is intended to be included within the scope of this application and is hereby incorporated by reference.

In this embodiment, the content covered by the operation action area in the scene may be enlarged and displayed by the user's enhanced display touch operation. Restricted by the hardware condition of the touch terminal, if the screen size of the touch terminal is limited, the details in the scene are not well displayed under the general rendering effect. Further, in this embodiment, The enhanced touch display operation enables the user to lock the local fine content in the scene more accurately and quickly, so as to improve the execution hit rate of the touch operation corresponding to the user. In addition, in a specific application, by enhancing the scene presented by the display touch operation, the user is given a stronger sense of substitution similar to the display scene. Taking the game application as an example, if the corresponding touch operation performed by the user in the application is based on a simulated weapon attack target operation object, the switching of the enhanced display touch operation may bring the user to switch to different weapons. The user experience is better in the simulation scenario.

Preferably, the apparatus 1 further comprises a sixth device (not shown) and a seventh device (not shown), wherein the sixth device acquires a second adjustment of the user in the scene displayed in an enlarged manner Touch The seventh device adjusts and presents the scene by adjusting at least one of the following according to the second adjustment touch operation: proportion information of the scene; location of the corresponding account of the user in the application The user is in the application corresponding to the angle of the account; wherein the second device 12' obtains the touch operation performed by the user in the adjusted scene.

Specifically, when entering the scene of the enlarged display, the scene presented in the application mainly includes content corresponding to the operation action area in the original scene. The second touch control operation is similar to the first touch control operation, and the user performs a corresponding gesture operation in the enlarged display corresponding to the touch terminal screen. The device 1 implements a corresponding response effect based on the acquired different second touch operations, that is, correspondingly adjusts and presents the scene of the application. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. Further, with the corresponding action area, one or more specific second adjustment touch operations can be determined. Here, the active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen. Here, preferably, the second adjustment touch operation may include adjusting a touch operation in a zoomed-display scene for adjusting a position of the user in the application, and may further include zooming in In the displayed scenario, the touch control operation is used to adjust the angle of view of the corresponding account of the user in the application; and the touch operation may be included in the zoomed-in view and the perspective of the corresponding account. The touch operation is adjusted based on the ratio, and the scale information of the scene in the enlarged display scene may be further adjusted, for example, further enlarged by one or more times. Further, the first adjustment touch operation may also be a combination of two or more of the various touch operations listed above, or a plurality of combinations. Further, the seventh device adjusts and presents the scene by adjusting a position and/or a view angle of the corresponding account in the application according to the second adjustment touch operation. Here, the position adjustment touch operation in the enlarged display scene, the view adjustment touch operation is similar to the position adjustment touch operation in the original scene, and the view adjustment touch operation, wherein the original scene is Similar content is hereby incorporated by reference.

Preferably, the enhanced display touch operation and the performing touch operation are based on the same touch button in the scene.

Specifically, the performing touch operation of the original scene is applied to a touch button in the screen, and when the user performs a specific operation mode D on the touch button, the device 1 responds The device performs a touch operation, and when the user performs a specific operation mode E on the same touch button, the device 1 responds to the enhanced display touch operation, where The same touch button and even the same active area respectively respond to different touch operations, which can integrate the active areas of the individual touch operations in the current application, taking into account the user's operating habits, and reducing the user's operation across different areas may bring The delay of the response makes the user's operation more convenient and efficient, and optimizes the user's operating experience.

Preferably, the device 1 further includes an eighth device (not shown) and a ninth device (not shown), the eighth device acquiring the cancel enhanced display touch of the user in the scene displayed in an enlarged manner The ninth device resumes displaying the scene according to the canceled enhanced display touch operation according to an original scale.

Specifically, after the original scene is converted to the enlarged displayed scene based on the enhanced display touch operation of the user, the device 1 may further enhance the image based on the cancellation operation of the user. , so that the scene information of the current screen is restored until the scale before the display is enlarged. For example, the canceling the enhanced display touch operation may be that the user operates the indication icon of the cancel enhanced display presented in the enlarged display interface, for example, closing the enhanced display button by a gesture operation such as clicking, sliding, or the like; or by clicking The gesture operation such as swiping opens the cancel enhanced display button. For example, after the user performs the corresponding touch operation in the enlarged display scene, the user cancels the enhanced display touch operation automatically, so that the ninth device is configured according to The cancel enhancement display touch operation automatically resumes displaying the scene according to the original scale. Here, those skilled in the art should understand that the above-mentioned cancellation-enhanced display touch operation is merely an example, and other cancel-enhanced display touch operations that may occur in the future or in the future, as applied to the present application, should also be included in This application is intended to be incorporated by reference.

In a preferred embodiment (refer to Figure 1), the first device 11 comprises a first unit (not shown) and a second unit (not shown). The first unit adjusts and presents the scenario of the application based on the first adjustment touch operation of the current application by the user, where the scenario includes an operation action area that is differentiated and displayed; and the second unit is adjusted. In the process of the scene, if The distance between the operation object and the operation action area is less than or equal to the distance threshold, the operation object is the target operation object, and the operation action area is superimposed on the target operation object; wherein the third device 13 The operation corresponding to the execution of the touch operation acts on the target operation object.

Specifically, the first unit adjusts the scenario of the application based on the first adjustment touch operation of the user, and preferably, the relative position of the operation object and the operation action region in the scene during the adjustment process. Corresponding changes may also occur. Preferably, if the distance between the relative position of the operation object and the operation action area is less than or equal to the distance threshold during the adjustment process, the operation object is targeted Manipulating the object and automatically superimposing the operation action area on the target operation object. Here, the distance may be flexibly set as the distance between the operation object and the center point of the operation action area based on the need; or, if the operation action area has a certain area range, it may be based on The boundary of the area range determines the shortest distance, or the farthest distance, or the like of the operation object from the operation action area as the distance. Here, when the distance is greater than the distance threshold, the operation action area is not automatically superimposed on the operation object, and the operation object is adjusted when the first touch operation is adjusted based on the user. When the relative position of the operation action area reaches or is less than the distance threshold, even if the operation action area does not overlap or does not intersect with the operation object, the device 1 treats the operation object as The target operates the object and automatically superimposes the operation action area on the target operation object. Then, the second device 12 of the device 1 acquires the touch operation of the user in the application; and further, the third device 13 of the device 1 applies the operation corresponding to the touch operation to the target operation object.

In the embodiment, when the distance between the operation object and the operation action area is less than or equal to the distance threshold, the operation object is determined as the target operation object, and the operation action area is determined. Superimposed on the target operation object. Here, when a certain threshold condition is met, the device 1 can automatically superimpose the operation action area on a corresponding operation object, that is, a target operation object, thereby locking the target operation object. Therefore, the device 1 can intelligently determine, assist, and calibrate the first adjustment touch operation of the user, improve the action efficiency and effect success rate of the operation corresponding to the touch operation, and optimize the user experience.

Preferably, the apparatus further comprises a tenth device (not shown), the tenth device being The movement information of the target operation object adjusts the operation action area to keep the operation action area superimposed on the target operation object.

Specifically, each of the operation objects in the current application may be stationary or continuously moving. For the target operation object that automatically overlaps the operation action area when the distance threshold is satisfied, when it moves, adjust the operation action area based on the current application, specifically the movement information on the touch screen, to It is ensured that the superimposed state of the operation action area and the target operation object is relatively unchanged, that is, the target operation object is kept continuously locked by the operation action area.

Preferably, in the process of adjusting the scene, if the second unit is in the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the At least one of the plurality of operation objects serves as a target operation object and superimposes the operation action area on the target operation object.

Specifically, in a preferred scenario, at the same time, in the current application, the operation object that satisfies the condition that the distance from the operation action area is less than or equal to the distance threshold may be one or more, For example, based on the specific application scenario, for example, based on the feature of the operation corresponding to the performing the touch operation, the operation action area is superimposed on one or simultaneously superimposed on the plurality of operation objects. The operation object is the determined target operation object. Further, the operation corresponding to the performing the touch operation may be correspondingly applied to one or more of the target operation objects. For example, in the case of a game application, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, and the operation corresponding to the touch operation may be performed to multiple objects in the aiming frame at the same time. If a plurality of shots are issued, if a plurality of operation objects satisfy the condition that the distance is less than or equal to the distance threshold, it may be determined that one or more operation objects are target operation objects, and the operation action area is simultaneously Automatically superimposed on the plurality of target operation objects described above.

Preferably, the second unit, in the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the plurality of operation objects are The operation action area is the closest operation object as the target operation object and superimposes the operation action area on the target operation object.

Specifically, at the same time, in the current application, satisfying the operation action area The operation object whose distance is less than or equal to the distance threshold may be one or more, and the operation action area may be superimposed on the operation object and the distance from the operation action area is closest to the operation target area. The operation object, which is the determined target operation object. Here, the distance may be flexibly set as a distance between the target operation object and a center point of the operation action area, or a shortest distance between the operation object and the operation action area, or It is the farthest distance and so on. For example, in the game application scenario, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, preferably, the distance between the attacked operation object and the center point of the aiming frame is For the measurement standard of the distance, the operation object closest to the center point of the aiming frame is selected as the superimposed target operation object.

Preferably, the second unit, in the process of adjusting the scene, if the distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the object level of the plurality of operation objects is the highest The operation object serves as a target operation object and superimposes the operation action area on the target operation object.

Specifically, at the same time, in the current application, the operation object that satisfies the condition that the distance from the operation action area is less than or equal to the distance threshold may be one or more, and may be based on The attribute features of the respective operational objects determine the target operational objects that are ultimately superimposed. Preferably, it may be determined that the operation object with the highest object level among the plurality of operation objects is the target operation object. In different application scenarios, the specific meaning of the object level is different. For example, in a game application, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, and the operation corresponding to the touch operation may be to shoot the scene object in the aiming frame, the operation. Objects include the characters, buildings, or other items that are fired. Specifically, the operation object with the highest object level at this time may be set based on the difficulty level of the object. In addition, in other applications, the target operation object that is finally superimposed may also be determined based on attributes such as size, volume, color, shape, and the like of the target operation object.

In this embodiment, the device 1 determines the target operation object that is actually superimposed with the operation action area based on different preset conditions, and includes determining, according to a condition that is closest to the operation action area. The target operation object, and the target operation object are determined based on the highest level of the object. Here, various determination methods can be applied separately or in combination. Preferably, for example, the target operation object is determined based on a condition that is closest to the operation action area, and if there are two or more operation objects having the same distance condition, the determination may be further based on the highest level of the object level. The target operation object superimposed by the operation action area.

Preferably, the first device 11 further includes a third unit (not shown), in the process of adjusting the scene, if the state of the target operation object is invisible, according to the application The distance between the operation object and the operation action area in the current scene re-determines the target operation object.

Specifically, when the distance between the operation object and the operation action area is less than or equal to the distance threshold, the second unit may use the operation object as a target operation object and superimpose the operation action area on the target operation object. Then, the target operation object is locked by the operation action area, taking the game application as an example, that is, the attacked object is locked by the aiming frame. At this time, further, when the state of the target operation object superimposed with the operation action area is invisible, preferably, the device 1 will automatically act according to the operation object and the operation in the current scene of the application. The distance of the region re-determines the target operational object. Here, the invisible state of the original target operation object is included in the current application, the target operation object cannot be seen or recognized by the user, for example, the target operation object is being moved during the movement. The props in the scene are occluded or occluded by other operating objects; or based on some trigger settings, the target operating objects disappear from the current application, and the like. Then, the device 1 will abandon the determined target operation object superimposed with the operation action area, and re-select a new target operation object based on the determination condition of the distance threshold, and automatically perform the operation. The active area is superimposed with the re-determined target operational object. If there is no operation object that meets the judgment condition of the distance threshold, then preferably, the current scene is maintained and the subsequent operations of the user are awaited.

Preferably, the device 1 further includes an eleventh device (not shown), when the operation of the operation corresponding to the touch operation is completed, the operation object is in accordance with the current scene of the application. The distance of the operation action area re-determines the target operation object.

Specifically, the operation of the operation corresponding to the touch operation is performed after the operation of the target operation object and the operation action area are overlapped, and the device 1 acts on the operation corresponding to the touch operation. The target operation object. Take the game application as an example, that is, the aiming frame The attacked object was shot. In other applications, it is accordingly understood that the task operation that needs to be performed on the target operation object has ended. Then, the device 1 discards the determined target operation object superimposed with the operation action area, and the eleventh device re-selects a new target operation object based on the determination condition of the distance threshold. And automatically superimposing the operational action area with the re-determined target operational object. In addition, if the operation corresponding to the target operation object is performed preemptively by a user other than the user, the device 1 also sets the distance between the operation object and the operation action area in the current scene of the application as The user re-determines the target operational object. If there is no operation object that meets the judgment condition of the distance threshold, then preferably, the current scene is maintained and the subsequent operations of the user are awaited.

FIG. 3 illustrates a flow chart of a method of performing a user operation on a touch terminal in accordance with another aspect of the present application. Wherein, the method comprises step S31, step S32 and step S33.

In the step S31, the device 1 adjusts and presents the scenario of the application based on the first adjustment touch operation of the current application by the user, where the scenario includes the operation action region that is differentiated and displayed; The device 1 acquires a touch operation of the user in the application; in step S33, the device 1 applies an operation corresponding to the touch operation to a target operation object, where the target The operation object is overlapped with the operation action area.

Here, in step S31, the device 1 adjusts and presents the scene of the application based on the first adjustment touch operation of the current application by the user, wherein the scene includes an operation action area that is differentiated and displayed. Here, preferably, the current application includes, but is not limited to, an application loaded on the touch terminal, such as a game application, and further, the current application is displayed on a screen corresponding to the touch terminal. Here, the scene corresponds to the specific content that the current application displays on the screen of the touch terminal, and different applications correspond to different scenarios. Taking a game application as an example, the scene may present a plurality of game related content such as characters, buildings, and props. For example, the application that implements the detection function may display the detection environment information corresponding to the detected object. Here, the scene includes an operation action area that is displayed separately. Here, the operation action area may be fixedly displayed on a corresponding area of the current application, for example, fixedly displayed in the center area. In addition, the touch operation can be moved based on the area of the user, and the area where the operation action area is located is flexibly adjusted in the current application, for example, the operation action area is correspondingly moved based on the sliding operation of the user in the current application. For example, in the current application of the touch terminal, the operating area is represented by a distinguishable display range, and the distinguishing display may be embodied by a frame definition or a color distinction. Here, preferably, the operation action area is fixedly displayed in a central area of the current application. Specifically, as in a game application, the operation action area corresponds to a game skill action area, such as an aiming frame for assisting an executor to attack. Further, the device 1 can perform a corresponding operation on an object presented in the operation action area. Here, the setting of the operation action area can be flexibly set based on the needs of different application scenarios. For example, in a scenario in which the operation action area is fixed to the central area of the current application, the scenario information of the current application can be simulated to simulate the perspective of the corresponding account of the user, and further, the user is operated. When the terminal is touched, the user can quickly integrate into the scene environment corresponding to the application, and the immersive feeling is greatly improved, and the user's touch experience is greatly improved. Here, the user adjusts the touch operation in the first application, that is, the user performs a corresponding gesture operation on the corresponding area of the touch terminal screen, and the device 1 will perform the different based on the acquired Adjusting the touch operation to achieve a corresponding response effect, that is, correspondingly adjusting and presenting the scene of the application. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. Further, with the corresponding action area, one or more specific first adjustment touch operations can be determined. Here, the active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen.

Preferably, the first adjustment touch operation may include a position adjustment touch operation for adjusting a position of the corresponding account in the application, and may further include adjusting the user to correspond to the application. The viewing angle of the account view adjusts the touch operation; and may further include a display adjustment touch operation for adjusting the operation action area in the application. Further, the first tone The entire touch operation may also be a combination of the two or three operations listed above. Here, the user has a matching corresponding account in the application, for example, corresponding to user information, member information, and the like of the application. Taking the game application as an example, the corresponding account may be represented as a game player corresponding to the user. Further, the corresponding account may have a certain virtual form in the current application. For example, in the game application, the corresponding account, that is, the game player, may correspond to an executor of a specific game operation, and the performer may Presented in a specific location in the screen of the touch terminal, further preferably, in the present application, the scene presented in the screen of the touch terminal itself is the user, that is, the performer The perspective of the presentation. On the basis of this, for example, the user is arranged to perform a finger sliding in the A area of the screen, that is, a touch operation corresponding to the position of the position of the performer, and the sliding of the user's finger up and down, left and right, in the screen The application scene is moved forward and backward according to the scene; for example, the user is set to perform the finger sliding in the B area of the screen, that is, the touch operation is adjusted corresponding to the angle of view of the perspective of the performer. Here, based on the sliding of the finger, the angle of view of the performer can be adjusted in all directions, for example, sliding by the left, right, up, and down of the user's finger, or by arcing or circle drawing, the screen The application scenario is rotated at any angle with the perspective of the performer, such as not limited to turning 90 degrees to 180 degrees to the right. The effect of the display adjustment touch operation for adjusting the operation action area in the application includes changing the position of the operation action area in the application scenario by a touch operation of the user. information. Here, the position adjustment touch operation, the view adjustment touch operation, and the display adjustment touch operation may be separately performed by the user, or the user may perform two types simultaneously in the current application, or For the three touch operations, for example, when the user performs the position adjustment touch operation and the view adjustment touch operation at the same time, one effect is that the executor of the game application corresponding to the user moves, At the same time, while changing its own perspective; on the basis of this, if the display is adjusted to further adjust the touch operation, the effect of the presentation is that the performer simultaneously changes his position and the angle of view while the operation in the scene The area of action is also changing.

In addition, the active area of the first touch control operation may be a fixed position in the screen; or a defined area, and in the area, the specific operation position changes as the user gestures move. Preferably, when the user performs a plurality of first touch operations at the same time, the action areas of the respective first touch operations do not intersect, or if each of the first touches When the specific operation modes corresponding to the entire touch operation are different, such as one click operation and one sliding operation, the corresponding action areas may also have an intersection. Here, the specific operation mode of each first touch control operation is also different based on the characteristics of different touch terminals. For example, if the screen of the touch terminal includes a pressure sensing function, it may be different first. Adjust the touch operation to match the corresponding re-press, or tap and other specific operation modes. Thereby, the interaction operation between the user and the device 1 can be made more diverse, and the user experience is more abundant. In addition, the indication information of the first adjustment touch operation may be displayed on a screen of the current application as needed. For example, for the position adjustment touch operation, the up, down, left, and right direction arrow marks may be displayed on the screen to guide the user to implement a corresponding touch operation, and the indication information may be fixed in a corresponding area of the screen, or may be followed by a user's finger. The movement moves correspondingly on the screen. Further, if the indication information is located in the active area of the first touch control operation, the first touch control operation may be directly applied to the indication information, or the first adjustment touch may be set. The control operation needs to act in the active area and in other of the active areas other than the indication information.

Next, in step S32, the device 1 acquires a touch operation performed by the user in the application. Here, the performing the touch operation includes the user performing a corresponding gesture operation on a corresponding area of the touch terminal screen. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. The active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen. Based on the performing touch operation, the operation corresponding to the performing touch operation is applied to the operation action area. Here, preferably, based on the specific application requirements, if the user does not select the corresponding target operation object, the performing touch operation will still be completed accordingly. Taking the game application as an example, the effect corresponding to the execution of the touch operation is to shoot the operation action area, and if the operation action area does not have a corresponding target operation object, the shooting action is still performed. Appears as corresponding animation effects, such as image information, audio information, and so on.

Next, in step S33, the device 1 applies the operation corresponding to the performing touch operation to the target operation object, wherein the target operation object is overlapped with the operation action area. Here, the target operation object includes a target object that is presented in the current application of the touch terminal and is selected by the user as a subsequent execution operation. For example, in a game application, the target operation object may be an object that the user player wishes to lock in a currently applied scene, or an object that wants to attack, for example, various static or moving characters, buildings, logos, and the like. . As another example, in an application that implements a detection function, the target operation object may be an object that needs to be detected. Here, the device 1 adjusts the scene of the application based on the first adjustment touch operation of the user, when the target operation object overlaps with the operation action area, at this time, based on The user performs a touch operation, and the operation corresponding to the touch operation is performed on the target operation object. For example, when the operation action area is fixedly displayed on the corresponding area of the current application, the target operation object in the scene may be pulled into the space by adjusting the touch operation or visually adjusting the touch operation. In the operation area, the two are overlapped; for example, if the operation area can be moved in the current application, the touch operation can be directly adjusted based on the user's display to drag the operation area to be superimposed on the target. The operation object; for example, while the operation action area is moving in the current application, the position adjustment touch operation or the touch adjustment operation may be adjusted together, so that the final action effect is the target operation object and The operational action areas overlap. Here, the user may have different needs according to different application scenarios, such as preferring to quickly locate the target operation object, or prefer different presentation perspectives, or prefer to control the overall scene of the continuous scene, etc., in conjunction with the specific first adjustment touch. An operation is performed to achieve a presentation effect of the target operation object overlapping the operation action area. Here, the stack may be set such that the target operation object is completely covered by the operation action area; or the superimposed part of the target operation object and the operation action area reaches a preset superimposition range, such as a superposition range. The maximum value of the intersectable area is reached.

Preferably, in step S33, the device 1 determines, according to the location information of the operation object in the scene, the target operation object corresponding to the execution of the touch operation, wherein the target operation object and the operation function The regions overlap; the operation corresponding to the performing the touch operation is applied to the target operation object.

Specifically, when the device acquires a touch operation performed by the user, Preferably, the operation corresponding to the performing touch operation is completed in the operation action area. At this time, the device 1 further determines location information of each operation object in the scene, for example, Determining position information of each operation object presented in the current application, within the effective range of the operation action area, or within a predetermined range, and if the operation object satisfies the condition overlapping with the operation action area, The operation object is the target operation object. Further, the operation corresponding to the performing touch operation will be applied to the target operation object.

The application adjusts and presents the scene of the application in the first adjustment touch operation of the current application, and then acquires the touch operation of the user, and applies the operation corresponding to the touch operation to the target. Operation object. In the present application, the device may perform the acquired first touch operation of the user with the performing touch operation, particularly when the first touch operation or the When the touch operation is performed corresponding to a plurality of specific operations, the execution manner of the complex combination of the plurality of independent touch operations can diversify the touch operation of the user, and the interaction between the user and the current application is enhanced. Meanwhile, the scene corresponding to the current application includes an operation action area that is differentiated and displayed.

Specifically, the position adjustment touch operation, the view adjustment touch operation, and the display adjustment touch operation all correspond to adjustment of a scene of the application, and the performing touch operation is in the On the basis of the adjustment, a corresponding operation is performed in the operation action area or on the target operation object. Each of the above touch operations can be performed separately or in combination with each other, or even more touch operations. In the present application, in theory, the action areas of the respective touch operations can act on any area of the screen without contradicting each other. Further, in a specific application, the interaction area corresponding to the touch adjustment operation, the view adjustment touch operation, and the execution touch operation are not performed based on the characteristics of the touch terminal and the user interaction. At the same time, the user's touch operation experience will have corresponding differences, so the action area of each touch operation can be optimized accordingly. For example, the touch terminal is a tablet computer or a smart phone. Preferably, the touch operations may be set. At least two operations are respectively applied to the left side area of the screen and the right side area of the screen of the application. Compared with the active area of each touch operation, it is concentrated in a certain area of the screen. This setting can take into account the objective conditions of the user's actual gesture operation and the user's usage habits, so that the user can maximize the multi-touch and hands. The advantages of operation. Thereby, the user's touch operation has more possible combinations, and the diversity of human-computer interaction is further improved.

In this embodiment, at least two operations of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on the left screen of the application. Side area and right side of the screen. Herein, in the execution of the plurality of independent touch operations, the setting performed in the sub-area enables the user to simultaneously touch each area of the touch terminal, so that the complexity of the multi-touch operation is further improved, thereby increasing the user. The variety of touch operations enriches the user experience.

4 illustrates a flow chart of a method of performing user operations on a touch terminal in accordance with a preferred embodiment of the present application. The method includes step S41, step S44, step S45, step S42, and step S43.

In the step S41, the device 1 adjusts and presents the scenario of the application based on the first adjustment touch operation of the current application by the user, where the scenario includes the operation action region that is differentiated and displayed; The device 1 acquires an enhanced display touch operation of the user in the application; in step S45, the device 1 enlarges and displays the operation action area in the scene according to the enhanced display touch operation. The content of the coverage; in step S42, the device 1 acquires a touch operation performed by the user in the scene after the enlarged display; In step S43, the device 1 applies the operation corresponding to the performing touch operation to the target operation object, wherein the target operation object is overlapped with the operation action area. Here, the steps S41 and S43 are the same as or substantially the same as the steps S31 and S33 shown in FIG. 1, and are not described herein again, and are included herein by reference.

Specifically, in step S44, the device 1 acquires an enhanced display touch operation of the user in the application. When the user submits the first touch-adjusting operation in the current application, it is sometimes limited by the limitation of the screen size of the touch terminal, and the presented scene, in particular, the specific details in the scene. It cannot be clearly demonstrated. For example, in a game application, the target operation object of the executor attack is originally small in the scene and cannot be accurately distinguished; for example, in the purpose of detecting the target operation object. In other applications, the proportion of the target operation object in the original scene is too small, and it is inconvenient to accurately locate. In response to this problem, in the present application, the device 1 can acquire an enhanced display touch operation for the application submitted by the user based on the enhanced display requirement. The action area corresponding to the enhanced touch operation may be the content covered by the operation action area in the scene, and the display effect corresponding to the enhanced display touch operation may be an enlarged display operation. The content covered by the action area either increases the presentation resolution of the content covered by the operation area, or blurs other areas than the operation area to achieve enhanced contrast recognition. In this embodiment, preferably, in step S45, the device 1 achieves an effect of enhancing display by enlarging the content covered by the operation action area in the scene. Then, in step S42, the device 1 acquires a touch operation performed by the user in the scene after the enlarged display, and the performing touch operation is the same as the content of the corresponding touch operation performed in the original scene. Or substantially the same, so it is included here by reference.

In this embodiment, the content covered by the operation action area in the scene may be enlarged and displayed by the user's enhanced display touch operation. Limited by the hardware condition of the touch terminal, if the screen size of the display of the touch terminal is limited, under the general rendering effect, The detailed content in the scene is not well displayed. In this embodiment, the enhanced touch operation can be performed, so that the user can more accurately and quickly lock the local fine content in the scene. In order to improve the execution hit rate of the touch operation corresponding to the user. In addition, in a specific application, by enhancing the scene presented by the display touch operation, the user is given a stronger sense of substitution similar to the display scene. Taking the game application as an example, if the corresponding touch operation performed by the user in the application is based on a simulated weapon attack target operation object, the switching of the enhanced display touch operation may bring the user to switch to different weapons. The user experience is better in the simulation scenario.

Preferably, the method further comprises a step S46 (not shown) and a step S47 (not shown), wherein in step S46, the device 1 acquires a second of the scenes displayed by the user in an enlarged view Adjusting the touch operation; in step S47, the device 1 adjusts and presents the scene by adjusting at least one of the following according to the second adjustment touch operation: scale information of the scene; The location of the corresponding account in the application; the angle of the user corresponding to the account in the application; wherein, in step S42, the device 1 acquires a touch operation performed by the user in the adjusted scenario.

Specifically, when entering the scene of the enlarged display, the scene presented in the application mainly includes content corresponding to the operation action area in the original scene. The second touch control operation is similar to the first touch control operation, and the user performs a corresponding gesture operation in the enlarged display corresponding to the touch terminal screen. The device 1 implements a corresponding response effect based on the acquired different second touch operations, that is, correspondingly adjusts and presents the scene of the application. Here, the user's gesture operations include, but are not limited to, a specific operation mode such as clicking, multiple clicking, long pressing, tapping, re-pressing or sliding the corresponding area on the touch screen. Further, with the corresponding action area, one or more specific second adjustment touch operations can be determined. Here, the active area may include all or part of the screen, such as the right half of the screen, or a touch button that is specifically displayed on the screen. Here, preferably, the second adjustment touch operation may include adjusting a touch operation in a zoomed-display scene for adjusting a position of the user in the application, and may further include zooming in In the displayed scene, the viewing angle is adjusted to adjust the viewing angle of the corresponding account of the user in the application; and may also be included in the enlarged display scene, The ratio of the angle of view of the corresponding account is adjusted to the touch operation, and the touch operation is adjusted based on the ratio, and the scale information of the scene in the enlarged display scene may be further adjusted, for example, further doubled or multiplied. Further, the first adjustment touch operation may also be a combination of two or more of the various touch operations listed above, or a plurality of combinations. Further, the seventh device adjusts and presents the scene by adjusting a position and/or a view angle of the corresponding account in the application according to the second adjustment touch operation. Here, the position adjustment touch operation in the enlarged display scene, the view adjustment touch operation is similar to the position adjustment touch operation in the original scene, and the view adjustment touch operation, wherein the original scene is Similar content is hereby incorporated by reference.

Preferably, the method further comprises a step S48 (not shown) and a step S49 (not shown), wherein in step S48, the device 1 acquires cancellation enhancement of the user in the scene displayed in an enlarged manner The touch operation is displayed; in step S49, the device 1 resumes displaying the scene according to the canceled enhanced display touch operation.

Specifically, after the original scene is converted to the enlarged displayed scene based on the enhanced display touch operation of the user, the device 1 may further enhance the image based on the cancellation operation of the user. , so that the scene information of the current screen is restored until the scale before the display is enlarged. For example, the canceling the enhanced display touch operation may be that the user operates the indication icon of the cancel enhanced display presented in the enlarged display interface, for example, closing the enhanced display button by a gesture operation such as clicking, sliding, or the like; or by clicking , swipe and other gestures open to cancel the enhanced display press button. For example, after the user performs the corresponding touch operation in the enlarged display scene, the user cancels the enhanced display touch operation automatically, so that the ninth device is configured according to The cancel enhancement display touch operation automatically resumes displaying the scene according to the original scale. Here, those skilled in the art should understand that the above-mentioned cancellation-enhanced display touch operation is merely an example, and other cancel-enhanced display touch operations that may occur in the future or in the future, as applied to the present application, should also be included in This application is intended to be incorporated by reference.

In a preferred embodiment (refer to FIG. 3), said step S31 comprises a step S311 (not shown), step S312 (not shown). In the step S311, the device 1 adjusts and presents the scenario of the application based on the first adjustment touch operation of the current application by the user, where the scenario includes the operation action region that is differentiated and displayed; In the process of adjusting the scene, if the distance between the operation object and the operation action area is less than or equal to the distance threshold, the operation object is the target operation object and the operation action area is superimposed on The target operation object; wherein, in step S33, the device 1 applies the operation corresponding to the performing touch operation to the target operation object.

Specifically, in step S311, the device 1 adjusts the scenario of the application based on the first adjustment touch operation of the user, preferably, in the adjustment process, the operation object and operation role in the scenario The relative position of the area may also be changed accordingly. Preferably, if the distance between the relative position of the operation object and the operation action area is less than or equal to the distance threshold during the adjustment process, The operation object is the target operation object, and the operation action area is automatically superimposed on the target operation object. Here, the distance may be flexibly set as the distance between the operation object and the center point of the operation action area based on the need; or, if the operation action area has a certain area range, it may be based on The boundary of the area range determines the shortest distance, or the farthest distance, or the like of the operation object from the operation action area as the distance. Here, when the distance is greater than the distance threshold, the operation action area is not automatically superimposed on the operation object, and the operation object is adjusted when the first touch operation is adjusted based on the user. When the relative position of the operation action area reaches or is less than the distance threshold, even if the operation action area does not overlap or does not intersect with the operation object, the device 1 treats the operation object as Target operation An object, and automatically superimposing the operation action area on the target operation object. Then, the device 1 acquires a touch operation performed by the user in the application; and further, the device 1 applies the operation corresponding to the touch operation to the target operation object.

Preferably, the method further includes a step S30 (not shown), in step S30, the device 1 adjusts the operation action area according to the movement information of the target operation object to keep the operation action area superimposed on The target operation object.

Preferably, in step S312, the device 1 adjusts the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the plurality of operation objects At least one of the target operation objects and the operation action area are superimposed on the target operation object.

Specifically, in a preferred scenario, at the same time, in the current application, the operation object that satisfies the condition that the distance from the operation action area is less than or equal to the distance threshold may be one or more, For example, based on the specific application scenario, for example, based on the feature of the operation corresponding to the performing the touch operation, the operation action area is superimposed on one or simultaneously superimposed on the plurality of operation objects. The operation object is the determined target operation object. Further, the subsequent operations corresponding to the performing the touch operation may be selected accordingly. Acting on one or more of the target operating objects. For example, in the case of a game application, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, and the operation corresponding to the touch operation can simultaneously send multiple objects to the aiming frame. The second shot, if there are multiple operating objects satisfying the condition that the distance is less than or equal to the distance threshold, one or more of the target operating objects may be determined, and the operating action area is automatically superimposed at the same time. The plurality of the target operation objects described above.

Preferably, in step S312, the device 1 adjusts the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the plurality of operation objects An operation object that is closest to the operation action area is used as a target operation object and the operation action area is superimposed on the target operation object.

Specifically, at the same time, in the current application, the operation object that satisfies the condition that the distance from the operation action area is less than or equal to the distance threshold may be one or more, and may be based on the principle of proximity The operation action area is superimposed on an operation object that is closest to the operation action area among the plurality of operation objects, and the operation object is a determined target operation object. Here, the distance may be flexibly set as a distance between the operation object and a center point of the operation action area, or a shortest distance between the target operation object and the operation action area, or It is the farthest distance and so on. For example, in the game application scenario, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, preferably, the distance between the attacked operation object and the center point of the aiming frame is For the measurement standard of the distance, the operation object closest to the center point of the aiming frame is selected as the superimposed target operation object.

Preferably, in step S312, the device 1 adjusts the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the plurality of operation objects The operation object having the highest object level is the target operation object and the operation action area is superimposed on the target operation object.

Specifically, at the same time, in the current application, the operation object that satisfies the condition that the distance from the operation action area is less than or equal to the distance threshold may be one or more, and may be based on The attribute features of the respective operational objects determine the target operational objects that are ultimately superimposed. Preferably, it may be determined that the operation object with the highest object level among the plurality of operation objects is the target operation object. In different application scenarios, the object level is the highest The meaning will be different. For example, in a game application, the operation action area is a game skill action area, such as an aiming frame of a shooting skill, and the operation corresponding to the touch operation may be to shoot the scene object in the aiming frame, the operation. Objects include the characters, buildings, or other items that are fired. Specifically, the operation object with the highest object level at this time may be set based on the difficulty level of the object. In addition, in other applications, the target operation object that is finally superimposed may also be determined based on attributes such as size, volume, color, shape, and the like of the target operation object.

In this embodiment, the device 1 determines a target operation object that is actually superimposed with the operation action area based on different preset conditions, and includes determining the target operation based on a condition that is closest to the operation action area. The object, and the target operation object are determined based on the highest level of the object. Here, various determination methods may be applied separately or in combination. For example, preferably, the target operation object is determined based on a condition that is closest to the operation action area, and if there are two or more operation objects having the same distance condition Then, the target operation object superimposed by the operation action area may be further determined based on the highest level of the object.

Preferably, the step S31 further includes a step S313 (not shown), in the step S313, the device 1 adjusts the scene, if the state of the target operation object is invisible, according to the application The distance between the operation object and the operation action area in the current scene re-determines the target operation object.

Specifically, when the distance between the operation object and the operation action area is less than or equal to the distance threshold, the device 1 will use the operation object as a target operation object and superimpose the operation action area on the target operation object. Then, the target operation object is locked by the operation action area, taking the game application as an example, that is, the attacked object is locked by the aiming frame. At this time, further, when the state of the target operation object superimposed with the operation action area is invisible, preferably, the device 1 will automatically act according to the operation object and the operation in the current scene of the application. The distance of the region re-determines the target operational object. Here, the invisible state of the original target operation object is included in the current application, the target operation object cannot be seen or recognized by the user, for example, the target operation object is being moved during the movement. The props in the scene are occluded or occluded by other operating objects; or based on certain trigger settings, the target operations The object disappears from the current application, and the like. Then, the device 1 will abandon the determined target operation object superimposed with the operation action area, and re-select a new target operation object based on the determination condition of the distance threshold, and automatically perform the operation. The active area is superimposed with the re-determined target operational object. If there is no operation object that meets the judgment condition of the distance threshold, then preferably, the current scene is maintained and the subsequent operations of the user are awaited.

Preferably, the method further includes a step S300 (not shown), in step S300, when the operation of the operation corresponding to the touch operation is completed, the device 1 operates according to an operation object in the current scene of the application. The distance of the operation action area re-determines the target operation object.

Specifically, the operation of the operation corresponding to the touch operation is performed after the operation of the target operation object and the operation action area are overlapped, and the device 1 acts on the operation corresponding to the touch operation. The target operation object. Take the game application as an example, that is, the attacked object in the aiming frame is shot. In other applications, it is accordingly understood that the task operation that needs to be performed on the target operation object has ended. At this time, the device 1 will abandon the determined target operation object superimposed with the operation action area, and the device 1 will re-select a new target operation object based on the determination condition of the distance threshold, and The operation action area is automatically superimposed with the re-determined target operation object. In addition, if the operation corresponding to the target operation object is performed preemptively by a user other than the user, the device 1 also sets the distance between the operation object and the operation action area in the current scene of the application as The user re-determines the target operational object. If there is no operation object that meets the judgment condition of the distance threshold, then preferably, the current scene is maintained and the subsequent operations of the user are awaited.

FIG. 5 illustrates an example schematic diagram of performing operations on a touch terminal in accordance with another preferred embodiment of the present application. FIG. 6 illustrates an example schematic diagram of performing operations on a touch terminal in accordance with yet another preferred embodiment of the present application.

Specifically, FIG. 5 and FIG. 6 respectively show two schematic diagrams of the present application taking a game application as an example. Here, the 51 shows a touch screen of the touch terminal of the device 1, such as a smart phone or a touch screen of a tablet. The illustration 52 corresponds to the target operation object being the attacked object in the game, and the illustration 53 corresponds to the operation action area, that is, the circular aiming frame. Here, the aiming frame is always displayed in the center area. The field of the current application The scene is presented from the perspective of the performer corresponding to the game player. Here, the illustration 54 corresponds to the position adjustment touch operation performed by the user, and the illustration 56 represents the indication information corresponding to the position adjustment operation on the screen, wherein the up, down, left and right arrows The indication is to guide the specific touch mode corresponding to the touch operation indicated by the position indicated by the icon 54 , such as the user's finger sliding up, down, left, and right, respectively corresponding to the performer moving forward, backward, and left in the current application, Move right. Here, the illustration 55 correspondingly describes the viewing angle adjustment touch operation performed by the user, where the 360 degree rotation based on the user's finger is set, and the perspective of the performer is correspondingly changed, so that the application is The scene has been adjusted accordingly. Here, the illustration 54 and the illustration 55 identified in the figure are only for more illustrative purposes of the user performing a position adjustment touch operation and a viewing angle adjustment touch operation on the touch screen, the illustration 54 and the illustration The content of 55 does not display the presentation in practical applications. Here, the user can complete the performing touch operation in the operation action area, that is, the aiming frame, by clicking the skill operation button shown in the figure 57, such as clicking the skill operation button 57. At this time, since the target operation object 52 overlaps with the aiming frame 53, the touch operation, here a shooting operation, is applied to the target operation object 52. Herein, the action area of the position adjustment touch operation 54 and the angle adjustment touch operation 55 may be fixed at a certain button position of the screen, and the skill operation button 57 corresponding to the touch operation is performed as described above. Or you can set a certain screen area as the moving area corresponding to the operation. Here, the skill operation button 57 may be fixed in the screen, so that the user can always click the fixed position to implement the touch operation; or the skill operation button can be on the right screen. Move, the user clicks the skill operation button anywhere in the right screen. Here, preferably, the position adjustment touch operation 54, and the angle adjustment touch operation 55 and the shooting operation acting on the skill operation button 57 may have any two screens respectively acting on the application. The area on the left and the area on the right side of the screen. Further, at least two of the above three operations are performed together at the same time or in a time period.

In addition, in the preferred embodiment shown in FIG. 6, when the user performs a touch operation on the active area corresponding to the enhanced display touch operation in the current application, for example, when the user long presses the skill operation button in FIG. 5, The content covered by the operation action area in the currently applied scene is enlarged and displayed, and the content shown in FIG. 6 is presented. Specifically, FIG. 6 presents a scene enlarged based on the content covered by the operation action area described in FIG. 5. Here, the 61 A touch screen of the touch terminal of the device 1 is shown, such as a smart phone or a touch screen of a tablet computer. The illustration 62 corresponds to the target operation object being the attacked object in the game, and the illustration 63 corresponds to the operation action area, that is, the circular aiming frame. At this time, the illustration 64 corresponds to the correspondingly described viewing angle adjustment touch operation performed by the user, and the perspective adjustment touch operation can be applied to the right side area of the current application, where the 360 degree rotation corresponding to the user's finger is performed. The perspective of the performer is changed accordingly, so that the scene of the application is adjusted accordingly. Here, the illustration 64 identified in the figure is only to more illustratively illustrate that the user performs a viewing angle adjustment touch operation on the touch screen, and the content of the graphic 64 does not display the presentation in an actual application. When the user releases the view adjustment touch operation, corresponding to the issuance of the touch operation. That is, when the user long presses the finger in the right area to release, that is, corresponding to releasing the skill to the target operation object 62, such as performing a shooting operation. At this time, if the user long presses the right area and simultaneously clicks the scale adjustment button indicated by the icon 65, the content in the operation action area 63 can be further enlarged. In addition, if the user long presses the right area and simultaneously clicks the cancel enhanced display button indicated by the icon 66, the current application is restored to the scene before the enlarged display, that is, the scene shown in FIG. 5.

It is obvious to those skilled in the art that the present application is not limited to the details of the above-described exemplary embodiments, and the present invention can be implemented in other specific forms without departing from the spirit or essential characteristics of the present application. Therefore, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the invention is defined by the appended claims instead All changes in the meaning and scope of equivalent elements are included in this application. Any reference signs in the claims should not be construed as limiting the claim. In addition, it is to be understood that the word "comprising" does not exclude other elements or steps. A plurality of units or devices recited in the device claims may also be implemented by a unit or device by software or hardware. The first, second, etc. words are used to denote names and do not denote any particular order.

Claims

A method of performing a user operation on a touch terminal, wherein the method includes:

And adjusting, according to a first adjustment touch operation of the current application, a scene of the application, where the scene includes an operation action area that is displayed separately;

Obtaining a touch operation performed by the user in the application;

The operation corresponding to the performing the touch operation is applied to the target operation object, wherein the target operation object is overlapped with the operation action area.
The method of claim 1, wherein the first adjustment touch operation comprises at least one of the following:

Adjusting a touch operation for adjusting a position of the user in a position corresponding to the account in the application;

Adjusting a touch operation for adjusting a viewing angle of a corresponding account of the user in the application;

A display for adjusting the operation area of the application adjusts the touch operation.
The method of claim 2, wherein at least two of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on the The area on the left side of the screen and the area on the right side of the screen.
The method of claim 3 wherein said at least two operations overlap at least partially in the time domain.
The method according to claim 1, wherein the operation corresponding to the performing the touch operation is applied to the target operation object, wherein the target operation object is overlapped with the operation action area:

Determining, according to the location information of the operation object in the scenario, the target operation object corresponding to the performing touch operation, wherein the target operation object is overlapped with the operation action area;

The operation corresponding to the performing touch operation is applied to the target operation object.
The method of claim 1 wherein the method further comprises:

Obtaining an enhanced display touch operation of the user in the application;

And displaying, according to the enhanced display touch operation, content covered by the operation action area in the scene;

The obtaining the touch operation performed by the user in the application includes:

Obtaining a touch operation performed by the user in the scene after the enlarged display.
The method of claim 6 wherein the method further comprises:

Obtaining a second adjustment touch operation of the user in the scene displayed in an enlarged manner;

Adjusting and presenting the scene by adjusting at least one of the following based on the second adjustment touch operation:

Proportional information of the scene;

The location of the user corresponding to the account in the application;

The angle of the user corresponding to the account in the application;

The obtaining the touch operation performed by the user in the application includes:

Obtaining a touch operation performed by the user in the adjusted scene.
The method according to claim 6 or 7, wherein the enhanced display touch operation and the performing touch operation are based on the same touch button in the scene.
The method of claim 6 wherein the method further comprises:

Obtaining a cancel enhanced display touch operation in the scene displayed by the user in an enlarged manner;

According to the canceling enhanced display touch operation, the scene is restored and displayed in the original scale.
The method according to claim 1, wherein the adjusting and presenting the scene of the application based on the first adjustment touch operation of the current application by the user, wherein the scene includes the operation area that is displayed differently includes:

And adjusting, according to a first adjustment touch operation of the current application, a scene of the application, where the scene includes an operation action area that is displayed separately;

In the process of adjusting the scene, if there is a distance between the operation object and the operation action area is less than or equal to the distance threshold, the operation object is used as the target operation object and the operation action area is superimposed on the target operation object;

The operation corresponding to the performing the touch operation is performed on the target operation object, where the target operation object and the operation action area are overlapped, and the method includes:

The operation corresponding to the performing touch operation is applied to the target operation object.
The method of claim 10, wherein the method further comprises:

And adjusting the operation action area according to the movement information of the target operation object to keep the operation action area superimposed on the target operation object.
The method according to claim 10, wherein, in the process of adjusting the scene, if there is a distance between the operation object and the operation action area is less than or equal to a distance threshold, the operation object is regarded as a target operation object and The operation action area is superimposed on the target operation object, including:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, at least one of the plurality of operation objects is regarded as a target operation object and the operation is performed The active area is superimposed on the target operational object.
The method according to claim 12, wherein, in the process of adjusting the scene, if there is a distance between the operation object and the operation action area is less than or equal to a distance threshold, the operation object is regarded as a target operation object and Superimposing the operation action area on the target operation object includes:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the operation object that is closest to the operation action area among the plurality of operation objects As a target operation object, the operation action area is superimposed on the target operation object.
The method according to claim 12, wherein, in the process of adjusting the scene, if there is a distance between the operation object and the operation action area is less than or equal to a distance threshold, the operation object is regarded as a target operation object and Superimposing the operation action area on the target operation object includes:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the operation object with the highest object level among the plurality of operation objects is used as the target operation object. The operation action area is superimposed on the target operation object.
The method according to claim 10, wherein the adjusting and presenting the scene of the application based on the first adjustment touch operation of the current application by the user, wherein the scene includes the distinguishing display operation action area further includes :

During the process of adjusting the scene, if the state of the target operation object is invisible, the target operation object is re-determined according to the distance between the operation object and the operation action area in the current scene of the application.
The method of claim 10, wherein the method further comprises:

If the operation corresponding to the execution of the touch operation is completed, the target operation object is re-determined according to the distance between the operation object and the operation action area in the current scene of the application.
A device for performing a user operation on a touch terminal, wherein the device includes:

a first device, configured to adjust and present a scenario of the application based on a first adjustment touch operation of the current application by the user, where the scenario includes an operation action region that is differentiated and displayed;

a second device, configured to acquire a touch operation performed by the user in the application;

And a third device, configured to apply an operation corresponding to the performing touch operation to the target operation object, wherein the target operation object is overlapped with the operation action area.
The device according to claim 17, wherein the first adjustment touch operation comprises at least one of the following:

Adjusting a touch operation for adjusting a position of the user in a position corresponding to the account in the application;

Adjusting a touch operation for adjusting a viewing angle of a corresponding account of the user in the application;

A display for adjusting the operation area of the application adjusts the touch operation.
The device of claim 18, wherein at least two operations of the position adjustment touch operation, the view adjustment touch operation, the display adjustment touch operation, and the performing touch operation respectively act on The area on the left side of the screen and the area on the right side of the screen.
The apparatus of claim 19 wherein said at least two operations overlap at least partially in the time domain.
The apparatus of claim 17 wherein said third means is for:

Determining, according to the location information of the operation object in the scenario, the target operation object corresponding to the performing touch operation, wherein the target operation object is overlapped with the operation action area;

The operation corresponding to the performing touch operation is applied to the target operation object.
The device of claim 17, wherein the device further comprises:

a fourth device, configured to acquire an enhanced display touch operation of the user in the application;

a fifth device, configured to display, according to the enhanced display touch operation, content covered by the operation action area in the scene;

Wherein the second device is used to:

Obtaining a touch operation performed by the user in the scene after the enlarged display.
The device of claim 22, wherein the device further comprises:

a sixth device, configured to acquire a second touch control operation of the user in the scene displayed in an enlarged manner;

a seventh device, configured to adjust and present the scene by adjusting at least one of the following according to the second adjustment touch operation:

Proportional information of the scene;

The location of the user corresponding to the account in the application;

The angle of the user corresponding to the account in the application;

Wherein the second device is used to:

Obtaining a touch operation performed by the user in the adjusted scene.
The device according to claim 22 or 23, wherein the enhanced display touch operation and the performing touch operation are based on the same touch button in the scene.
The device of claim 22, wherein the device further comprises:

An eighth device, configured to acquire a cancellation enhanced display touch operation in the scene displayed by the user in an enlarged manner;

And a ninth device, configured to resume displaying the scene according to the canceled enhanced display touch operation according to an original scale.
The apparatus of claim 17 wherein said first device comprises:

a first unit, configured to adjust and present a scenario of the application based on a first adjustment touch operation of the current application by the user, where the scenario includes an operation action area that is differentiated and displayed;

a second unit, in the process of adjusting the scene, if there is a distance between the operation object and the operation action area is less than or equal to a distance threshold, the operation object is regarded as a target operation object and the operation action area is superimposed on The target operation object;

Wherein the third device is used to:

The operation corresponding to the performing touch operation is applied to the target operation object.
The device of claim 26, wherein the device further comprises:

a tenth device, configured to adjust the operation function according to the movement information of the target operation object a region to keep the operational action region superimposed on the target operational object.
The apparatus of claim 26 wherein said second unit is for:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, at least one of the plurality of operation objects is regarded as a target operation object and the operation is performed The active area is superimposed on the target operational object.
The apparatus of claim 28 wherein said second unit is for:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the operation object that is closest to the operation action area among the plurality of operation objects As a target operation object, the operation action area is superimposed on the target operation object.
The apparatus of claim 28 wherein said second unit is for:

In the process of adjusting the scene, if there is a distance between each of the plurality of operation objects and the operation action area is less than or equal to a distance threshold, the operation object with the highest object level among the plurality of operation objects is used as the target operation object. The operation action area is superimposed on the target operation object.
The device of claim 26, wherein the first device further comprises:

a third unit, configured to re-determine the target operation according to the distance between the operation object and the operation action area in the current scene of the application, if the state of the target operation object is invisible during the process of adjusting the scene Object.
The device of claim 26, wherein the device further comprises:

The eleventh device is configured to re-determine the target operation object according to a distance between the operation object and the operation action area in the current scene of the application, if the operation corresponding to the execution of the touch operation is completed.