CN104965585A

CN104965585A - Method and apparatus for simulating visual physical feedback

Info

Publication number: CN104965585A
Application number: CN201510296697.6A
Authority: CN
Inventors: 蔡贇
Original assignee: Beijing Baidu Netcom Science and Technology Co Ltd
Current assignee: Baidu Online Network Technology Beijing Co Ltd; Beijing Baidu Netcom Science and Technology Co Ltd
Priority date: 2015-06-02
Filing date: 2015-06-02
Publication date: 2015-10-07
Anticipated expiration: 2035-06-02
Also published as: CN104965585B

Abstract

The invention aims to provide a method and apparatus for simulating visual physical feedback. The method of the invention comprises: determining one or more input positions according to an input operation performed by a user on a user interface; and displaying in the determined input position simulated visual physical feedback to the user to respond to the input operation of the user. According to the invention, the simulated visual physical feedback responds to the input operation by producing a synchronous and explicit contact pressure visual effect; actual physical feedback, for example a depressed key, caused by a user by touching a physical key can be simulated. The simulated visual physical feedback can achieve an animation effect of materialized physical feedback, so as to provide the user with feeling and experience of actually touching an object. The invention can increase fun in interaction between humans and machines, so as to shorten the distance between technology products and humans. The invention can further emotionally resonate with the user, to effectively improve favorability when the user performs the input operation on the user interface, and is thus more natural, friendly and user friendly.

Description

A kind of method and apparatus of analog vision physical feedback

Technical field

The present invention relates to areas of information technology, particularly relate to a kind of technology of analog vision physical feedback.

Background technology

In the existing Software for Design relevant to user interface, the animated feedback effect of response user input operation is relatively single and uninteresting, still can not meet the subjective feeling of user in the use procedure of user interface.

Summary of the invention

The object of this invention is to provide a kind of method and apparatus of analog vision physical feedback.

According to an aspect of the present invention, provide a kind of method of analog vision physical feedback, wherein, the method comprises:

-according to the input operation at user to user interface, determine one or more input position;

-present the visual physical feedback of simulation, with in response to described input operation at described input position to described user.

According to another aspect of the present invention, additionally provide a kind of device of analog vision physical feedback, wherein, this device comprises:

-for the input operation according to user to user interface, determine the device of one or more input position;

-for presenting the visual physical feedback of simulation, with the device in response to described input operation at described input position to described user.

Compared with prior art, the present invention, according to the input operation at user to user interface, determines one or more input position, and presents the visual physical feedback of simulation, with the input operation in response to user at determined input position to this user.At this, analog vision physical feedback proposed by the invention is made in response to input operation and is synchronously clearly pressed visual effect, and it can the actual physics feedback that causes of analog subscriber touching physical button, and such as button is recessed.The visual physical feedback of simulation can reach the animation effect intending materialization physical feedback, to be supplied to impression and the experience of user's practical touch object.The present invention at least has following beneficial effect: 1) the present invention can strengthen the interest of man-machine interaction, and the distance of further sci-tech product and people; 2) the present invention can reach affectional sympathetic response with user, effectively promotes the likability of user when performing input operation to user interface, thus more natural, friendly, hommization.

Accompanying drawing explanation

By reading the detailed description done non-limiting example done with reference to the following drawings, other features, objects and advantages of the present invention will become more obvious:

Fig. 1 illustrates a kind of according to an embodiment of the invention method flow diagram of analog vision physical feedback;

Fig. 2 (a), Fig. 2 (b), Fig. 2 (c), Fig. 2 (d) illustrate the design sketch of the etat lacunaire of analog input position in accordance with a preferred embodiment of the present invention;

Fig. 3 illustrates a kind of according to an embodiment of the invention device schematic diagram of analog vision physical feedback.

In accompanying drawing, same or analogous Reference numeral represents same or analogous parts.

Embodiment

Before in further detail exemplary embodiment being discussed, it should be mentioned that some exemplary embodiments are described as the process or method described as process flow diagram.Although operations is described as the process of order by process flow diagram, many operations wherein can be implemented concurrently, concomitantly or simultaneously.In addition, the order of operations can be rearranged.Described process can be terminated when its operations are completed, but can also have the additional step do not comprised in the accompanying drawings.Described process can correspond to method, function, code, subroutine, subroutine etc.

Within a context alleged " computer equipment ", also referred to as " computer ", refer to the intelligent electronic device that can be performed the predetermined process such as numerical evaluation and/or logical calculated process by operation preset program or instruction, it can comprise processor and storer, the programmed instruction that prestores in memory is performed to perform predetermined process process by processor, or perform predetermined process process by the hardware such as ASIC, FPGA, DSP, or combined by said two devices and realize.Computer equipment includes but not limited to server, PC, notebook computer, panel computer, smart mobile phone etc.

Described computer equipment such as comprises subscriber equipment and the network equipment.Wherein, described subscriber equipment includes but not limited to smart mobile phone, PDA, notebook computer, panel computer etc.; The described network equipment includes but not limited to the server group that single network server, multiple webserver form or the cloud be made up of a large amount of computing machine or the webserver based on cloud computing (Cloud Computing), wherein, cloud computing is the one of Distributed Calculation, the super virtual machine be made up of a group loosely-coupled computing machine collection.Wherein, described computer equipment isolated operation can realize the present invention, also accessible network by realizing the present invention with the interactive operation of other computer equipments in network.Wherein, the network residing for described computer equipment includes but not limited to internet, wide area network, Metropolitan Area Network (MAN), LAN (Local Area Network), VPN etc.

It should be noted that; described subscriber equipment, the network equipment and network etc. are only citing; other computer equipments that are existing or that may occur from now on or network, as being applicable to the present invention, within also should being included in scope, and are contained in this with way of reference.

The method (some of them are illustrated by process flow diagram) discussed herein can be implemented by hardware, software, firmware, middleware, microcode, hardware description language or its combination in any.When implementing by software, firmware, middleware or microcode, program code or code segment in order to implement necessary task can be stored in machine or computer-readable medium (such as storage medium).(one or more) processor can implement necessary task.

Concrete structure disclosed herein and function detail are only representational, and are the objects for describing exemplary embodiment of the present invention.But the present invention can carry out specific implementation by many replacement forms, and should not be construed as only being limited to the embodiments set forth herein.

Should be understood that, although may have been used term " first ", " second " etc. here to describe unit, these unit should not limit by these terms.These terms are used to be only used to a unit and another unit to distinguish.For example, when not deviating from the scope of exemplary embodiment, first module can be called as second unit, and second unit can be called as first module similarly.Here used term "and/or" comprise one of them or more any and all combinations of listed associated item.

Here used term is only used to describe specific embodiment and be not intended to limit exemplary embodiment.Unless context refers else clearly, otherwise singulative used here " ", " one " are also intended to comprise plural number.It is to be further understood that, the existence of the feature that term used here " comprises " and/or " comprising " specifies to state, integer, step, operation, unit and/or assembly, and do not get rid of and there is or add other features one or more, integer, step, operation, unit, assembly and/or its combination.

Also it should be mentioned that and to replace in implementation at some, the function/action mentioned can according to being different from occurring in sequence of indicating in accompanying drawing.For example, depend on involved function/action, in fact the two width figure in succession illustrated can perform simultaneously or sometimes can perform according to contrary order substantially.

Below in conjunction with accompanying drawing, the present invention is described in further detail.

The present invention can be realized by subscriber equipment.Particularly, subscriber equipment, according to the input operation at user to user interface, determines one or more input position; Then, subscriber equipment presents the visual physical feedback of simulation, with in response to input operation at determined input position to this user.

Preferably, the solution of the present invention can be installed and the APP run in mobile terminal realizes, as input method APP, browser APP etc. by a kind of.Further, the solution of the present invention can be integrated in aforementioned APP as a functional module.

Such as, when the solution of the present invention is realized by specific APP (as browser APP), these specific APP only can act on self user interface, thus use in the process of aforementioned specific APP user, respective specific APP can present the visual physical feedback of simulation, with the input operation in response to user at input position to user.

And for example, when the solution of the present invention is realized by the APP (as input method APP) of running background all the time, these APP can act on the user interface that it can carry out other mutual any APP, thus use in the process of these APP of running background all the time user, these APP can present the visual physical feedback of simulation, with the input operation in response to user at the input position of present user interface to user.

Wherein, mobile terminal includes but not limited to the hand-held electronic product of any one based on intelligent operating system, it can carry out man-machine interaction, such as smart mobile phone, panel computer etc. with user by input equipments such as keyboard, dummy keyboard, touch pad, touch-screen and voice-operated devices.Wherein, intelligent operating system includes but not limited to any by providing various Mobile solution to enrich the operating system of functions of the equipments to mobile device, such as Android (Android), IOS, WindowsPhone etc.

For the purpose of simple declaration, the present invention illustrates in input process analog vision physical feedback mainly with mobile terminal.

Fig. 1 illustrates method flow diagram according to an embodiment of the invention, and it specifically illustrates a kind of process of analog vision physical feedback.In step sl, mobile terminal, according to the input operation at user to user interface, determines one or more input position; In step s 2, mobile terminal presents the visual physical feedback of simulation, with in response to input operation at determined input position to this user.

Particularly, in step sl, mobile terminal, according to the input operation at user to user interface, determines one or more input position.

Wherein, user interface means human-computer interaction interface.

User interface includes but not limited to following 2 kinds:

1) character input interactive interface.

The main application of character input interactive interface is for user inputs character.Character input interactive interface such as interface of input method, interface for password input (as screen locking time, log in application time the interface that presents), calculator application interface etc.

2) content presents interactive interface.

The main application that content presents interactive interface is rendering content.Content presents interactive interface such as webpage interactive interface, application interactive interface etc.

The input operation at user to user interface includes but not limited to the operation of the input character performed by various user to user interface.The clicking operation, taxi operation etc. at the input operation such as user to user interface at user to user interface.The input operation at user to user interface such as presents interactive elements etc. in interactive interface for selecting character to input character in interactive interface or content.

Described input position means the position of the visual physical feedback of the determined simulation to be presented of mobile terminal.Input position may be identical with the position of the input operation of user, also may be different.

At this, the mode of mobile terminal determination input position includes but not limited to following 2 kinds:

1) position of the input operation at user to user interface directly can be defined as input position by mobile terminal.

At this, input position is identical with the position that the input operation at user to user interface acts on.

Such as, the position of the clicking operation at user to user interface is directly defined as input position by mobile terminal.And for example, for taxi operation, mobile terminal can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to a taxi operation.Multiple positions corresponding to taxi operation can directly be confirmed as multiple input position.

If mobile terminal is based on the 1st) plant mode determination input position, in subsequent step, the position of the visual physical feedback of the simulation that mobile terminal presents is identical with the position of the input operation at user to user interface.

2) mobile terminal according to the position of the input operation at user to user interface, by inquiry input position table, can determine corresponding input position.

At this, input position may be different from the position that the input operation at user to user interface acts on.Thisly determine the situation that the mode of input position may be used for user interface and comprises one or more interactive elements.

The scope (i.e. the position of each interactive elements) that each interactive elements covers can be preserved in described input position table, determine input position for mobile terminal according to the position of the input operation at user to user interface.Such as, interface of input method comprise " 1 ", " ABC ", " DEF " ..., " TUV ", " WXYZ " 9 interactive elements.The scope that aforementioned each interactive elements covers can be preserved in input position table.If the position of the input operation at user to user interface falls into the scope that arbitrary interactive elements covers, then the coverage of this interactive elements can be defined as input position by mobile terminal.

Further, such as, the scope that interactive elements " DEF " covers be (450,600), (600,600), (450,750), (600,750) these four points around rectangular area.If the position of the clicking operation at user to user interface is the position in this rectangular area, then the position of interactive elements " DEF " can be defined as input position by mobile terminal.

And for example, for taxi operation, mobile terminal can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to a taxi operation.Then, mobile terminal determines corresponding input position according to each in these positions.If one of them position corresponding to taxi operation is as the position in above-mentioned rectangular area, then the position of interactive elements " DEF " can be defined as this input position by mobile terminal.If another position corresponding to taxi operation is the position of " MNO " in rectangular area, then the position of interactive elements " MNO " can be defined as this another input position by mobile terminal.

If mobile terminal adopts the 2nd) plant mode determination input position, in subsequent step, the position of the visual physical feedback of the simulation that mobile terminal presents is not identical with the position of the input operation at user to user interface.But the position of the visual physical feedback of the simulation that mobile terminal presents is identical with the position of overall interactive elements.

Those skilled in the art will be understood that; determine that the mode of input position is only citing for aforementioned 2 kinds; and should not be regarded as any limitation of the invention; any existing other or the mode of determination input position that may occur from now on are as being applicable to the present invention; also within scope should being included in, and this is contained at this with way of reference.

In step s 2, mobile terminal presents the visual physical feedback of simulation, with in response to input operation at determined input position to user.

At this, visual physical feedback means the feedback effects of the physical aspect embodied from visual angle.

Preferably, visual physical feedback comprises the concavo-convex state of input position.In this manual, " concavo-convex state " is for summarizing " etat lacunaire " and " raised position ".

In accordance with a preferred embodiment of the present invention, mobile terminal presents the etat lacunaire of simulation to respond the input operation of user at input position to user, the visual effect that can be extruded with the input operation (as clicking operation, taxi operation) of user to this input position of user.According to another preferred embodiment of the present invention, mobile terminal presents the raised position of simulation to respond the input operation of user at input position to user, can to this input position of user with the input operation (as clicking operation, taxi operation) of user by the visual effect picked up.

For taxi operation, mobile terminal according to the taxi operation at user to user interface, can determine at least two input positions.Then, the input trajectory that mobile terminal can be formed along these input positions presents visual physical feedback, with the taxi operation in response to user to user.Such as, the input trajectory that mobile terminal is formed along at least two input positions presents to user---and the visual physical that the etat lacunaire of multiple input position changes with the taxi operation of user feeds back: the etat lacunaire that user points the input position corresponding to position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents etat lacunaire.

In sum, the visual physical such as concavo-convex state feedback, can imitate effect that physics touches and strengthen user and the mutual interest of mobile terminal.

At this, mobile terminal presents mode from the visual physical feedback of simulation to user includes but not limited to following 4 kinds:

1) mobile terminal presents the visual physical feedback of simulation at input position directly to user.

At this, mobile terminal only determines input position according to the input operation at user to user interface, and presents the visual physical feedback of simulation at determined input position directly to user.Mobile terminal does not pay close attention to other relevant informations of input operation, as input dynamics information, input velocity information etc.

2) mobile terminal presents visual physical feedback according to feedback visible level to user at input position.

Wherein, described feedback visible level means the information of the degree of the observability for weighing the visual physical feedback that user sees.Feedback visible level can embody with numerical value (as 0 to 100), also can embody with grade (as high, medium and low three grades).Feedback visible level is higher, and the visual physical of the simulation that mobile terminal presents feedback is more outstanding, more easily seen.Feedback visible level is lower, and the visual physical of the simulation that mobile terminal presents feedback is more delicate, more not easily seen.

Wherein, mobile terminal according to the input dynamics information of input operation, can also determine the feedback visible level that visual physical feeds back.

At this, the input dynamics information of input operation means the information of the dynamics of the input operation for weighing user.Such as, the dynamics that user presses the touch-screen of mobile terminal is larger, and input dynamics information is larger; The dynamics that user presses the touch-screen of mobile terminal is less, and input dynamics information is less.

In sum, the input dynamics information of the input operation of user is larger, and the feedback visible level of visual physical feedback is then higher.Mobile terminal then presents the visual physical feedback of simulation to user according to higher feedback visible level at input position.Also namely, the visual physical feedback of the simulation that presents of mobile terminal more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the feedback visible level of visual physical feedback is then lower.Mobile terminal then presents the visual physical feedback of simulation to user according to lower feedback visible level at input position.Also namely, the visual physical feedback of the simulation that presents of mobile terminal more delicate, more not easily seen.Mobile terminal presents the visual physical feedback of simulation to user according to feedback visible level at input position, can imitate effect that actual physics touches further and strengthen user and the mutual interest of mobile terminal.

Preferably, visual physical feedback comprises the concavo-convex state of input position, and feedback visible level comprises the deformation extent of concavo-convex state.Also namely, mobile terminal presents the concavo-convex state of input position to user according to the deformation extent of concavo-convex state at input position.

At this, the depressed deformation degree of deformation extent such as etat lacunaire of concavo-convex state, the bulging deformation degree etc. of raised position.

Such as, the input dynamics information of the input operation of user is larger, and the depressed deformation degree of etat lacunaire is then larger.Mobile terminal then presents the etat lacunaire of input position to user according to larger depressed deformation degree at input position.Also namely, the etat lacunaire of input position that presents of mobile terminal more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the depressed deformation degree of etat lacunaire is then less.Mobile terminal then presents the etat lacunaire of input position to user according to less depressed deformation degree at input position.Also namely, the etat lacunaire of input position that presents of mobile terminal more delicate, more not easily seen.

And for example, the input dynamics information of the input operation of user is larger, and the bulging deformation degree of raised position is then larger.Mobile terminal then presents the raised position of input position to user according to larger bulging deformation degree at input position.Also namely, the raised position of input position that presents of mobile terminal more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the bulging deformation degree of raised position is then less.Mobile terminal then presents the raised position of input position to user according to less bulging deformation degree at input position.Also namely, the raised position of input position that presents of mobile terminal more delicate, more not easily seen.

3) mobile terminal presents visual physical feedback according to feedback frequency to user at input position.

Wherein, described feedback frequency means the pace of change for weighing the visual physical feedback that user sees, also can embody with grade (as high, medium and low three grades).Feedback frequency is higher, and the change of the visual physical feedback of the simulation that mobile terminal presents is faster.Feedback frequency is lower, and the change of the visual physical feedback of the simulation that mobile terminal presents is slower.

Wherein, mobile terminal according to the input velocity information of input operation, can also determine the feedback frequency that visual physical feeds back.

At this, the input velocity information of input operation means the information of the speed of the input operation for weighing user.Such as, for clicking operation, residence time when user presses the touch-screen of mobile terminal is longer, and input velocity information is slower; Residence time when user presses the touch-screen of mobile terminal is shorter, and input dynamics information is faster.And for example, for taxi operation, the distance that in the unit interval, user slides on the touch-screen of mobile terminal is longer, and input velocity information is faster; The distance that in unit interval, user slides on the touch-screen of mobile terminal is shorter, and input velocity information is slower.

In sum, the input velocity information of the input operation of user is faster, and the feedback frequency of visual physical feedback is higher.Mobile terminal then presents visual physical feedback according to higher feedback frequency to user at input position.Also namely, the change of the visual physical feedback of the simulation that presents of mobile terminal is faster.The input velocity information of the input operation of user is slower, and the feedback frequency of visual physical feedback is lower.Mobile terminal then presents visual physical feedback according to lower feedback frequency to user at input position.Also namely, the change of the visual physical feedback of the simulation that presents of mobile terminal is slower.Mobile terminal presents visual physical feedback according to feedback frequency to user at input position, can imitate effect that actual physics touches further and strengthen user and the mutual interest of mobile terminal.

Preferably, visual physical feedback comprises the concavo-convex state of input position, and feedback visible level comprises the change frequency of concavo-convex state.Also namely, mobile terminal presents the concavo-convex state of input position to user according to the change frequency of concavo-convex state at input position.

At this, the back variation frequency of change frequency such as etat lacunaire of concavo-convex state, the protruding change frequency etc. of raised position.

Such as, the input velocity information of the input operation of user is faster, and the back variation frequency of etat lacunaire is then higher.Mobile terminal then presents the etat lacunaire of input position to user according to higher back variation frequency at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more quickly changed to etat lacunaire by normal state; When user's (as its finger) leaves touch-screen, input position more quickly reverts to normal state by etat lacunaire.The input velocity information of the input operation of user is slower, and the back variation frequency of etat lacunaire is then lower.Mobile terminal then presents the etat lacunaire of input position to user according to lower back variation frequency at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more slowly changed to etat lacunaire by normal state; When user's (as its finger) leaves touch-screen, input position more slowly reverts to normal state by etat lacunaire.

And for example, the input velocity information of the input operation of user is faster, and the protruding change frequency of raised position is then higher.Mobile terminal then presents the raised position of input position to user according to higher protruding change frequency at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more quickly changed to raised position by normal state; When user's (as its finger) leaves touch-screen, input position more quickly reverts to normal state by raised position.The input velocity information of the input operation of user is slower, and the protruding change frequency of raised position is then lower.Mobile terminal then presents the raised position of input position to user according to lower protruding change frequency at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more slowly changed to raised position by normal state; When user's (as its finger) leaves touch-screen, input position more slowly reverts to normal state by raised position.

4) mobile terminal presents visual physical feedback in position to be contacted to user, and at this, visual physical feedback comprises the shadow state of position to be contacted.

Described position to be contacted means the position of the touch-screen of user's (as its finger) a few adosculation mobile terminal.Mobile terminal presents the shadow state of position to be contacted in position to be contacted to user, and effect when can imitate user's object to be contacted in real life scene further also strengthens user and the mutual interest of mobile terminal.

At this, mobile terminal according to the hover operation of user in user interface, can also determine the position one or more to be contacted corresponding to hover operation.

Mobile terminal such as can detect the hover operation of user's (as its finger) by its capacitive touch screen.Mobile terminal can run mutual capacitance and self-capacitance on the touchscreen simultaneously, wherein, self-capacitance may be used for responding to the user's (as its finger) hovered over above touch-screen, and mutual capacitance may be used for induction input operation (as clicking operation or taxi operation).

Mobile terminal determines the mode of position to be contacted in the hover operation of user interface according to user, determine that the mode of input position is identical or substantially identical with aforementioned mobile terminal according to the input operation at user to user interface, therefore repeat no more, and be contained in this by reference.

Those skilled in the art will be understood that; aforementioned 4 kinds of mobile terminals present mode from the visual physical feedback of simulation to user is only citing; and should not be regarded as any limitation of the invention; any existing other or the mobile terminal that may occur from now on present the mode of the visual physical feedback of simulation as being applicable to the present invention to user; also within scope should being included in, and this is contained at this with way of reference.

Subsequently, this instructions will discuss character input interactive interface respectively, and content presents the application scenarios of interactive interface.

character input interactive interface

At this, character input interactive interface such as interface of input method, interface for password input (as screen locking time, log in application time the interface that presents), calculator application interface etc.

At this, user can input interactive interface to character and perform taxi operation, with input character continuously.

Preferably, the taxi operation that mobile terminal can perform character input interactive interface according to user, determines at least two input positions.Then, the input trajectory that mobile terminal can be formed along at least two input positions presents visual physical feedback to user.

Mobile terminal can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to taxi operation.Then, mobile terminal can determine at least two input positions according to these positions.Mobile terminal is according to the mode of user to the taxi operation determination input position that character input interactive interface performs, identical or substantially identical according to the mode of the input operation determination input position at user to user interface with aforementioned mobile terminal, therefore repeat no more, and be contained in this by reference.

Then, the input trajectory that mobile terminal can be formed along at least two input positions presents to user---the visual physical feedback that the such as etat lacunaire of multiple input position changes with the taxi operation of user: the etat lacunaire of the input position that user points corresponding to the current position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents etat lacunaire.And for example, the input trajectory that mobile terminal can be formed along at least two input positions presents to user---and the visual physical that the raised position of multiple input position changes with the taxi operation of user feeds back: the raised position of the input position that user points corresponding to the current position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents raised position.

Preferably, mobile terminal according to the input operation of user to character input interactive interface, can also determine the list entries that user inputs or the candidate item corresponding with list entries.Then, mobile terminal can also determine the one or more to be entered position corresponding with list entries or candidate item.Subsequently, mobile terminal can also present the visual physical feedback of the visual physical feedback being different from input position to user in position to be entered.

At this, character input interactive interface such as interface of input method.

Mobile terminal according to the input operation of user to interface of input method, can determine the list entries that user inputs or the candidate item corresponding with list entries.At this, the list entries that user inputs means the sequence that one or more character forms.List entries such as " happ ", " kuaile " etc. of user's input.The candidate item corresponding with list entries can be arranged based on the association of input method, or determines based on the list entries of user and the matching relationship of default dictionary.Such as, when the list entries that user uses English input method to input is for " happ ", corresponding candidate item is " 1 happy ", " 2 happiness " etc.And for example, when the list entries that user uses spelling input method to input is for " kuaile ", corresponding candidate item is " 1 is happy ", " 2 is fast " etc.

Then, mobile terminal can also determine the one or more to be entered position corresponding with list entries or candidate item.

At this, mobile terminal determines that the mode of position to be entered includes but not limited to following 2 kinds:

1) mobile terminal can be arranged based on the association of input method, or based on the matching relationship of the list entries of user and default dictionary, can determine the one or more to be entered position corresponding with list entries.

Such as, when the list entries that user uses English input method to input is for " happ ", the to be entered position corresponding with this list entries is the position of character " y ", character " i " (iness).

2) position of candidate item can be defined as position to be entered by mobile terminal.

Such as, when the list entries that user uses English input method to input is for " happ ", corresponding candidate item " 1 happy ", the position of " 2 happiness " can be confirmed as position to be entered.And for example, when the list entries that user uses Chinese character coding input method to input is for " kuaile ", corresponding candidate item is " 1 is happy ", the position of " 2 is fast " can be confirmed as position to be entered.

Subsequently, mobile terminal can also present the visual physical feedback of the visual physical feedback being different from input position to user in position to be entered.

Such as, when the list entries that user uses English input method to input is for " happ ", the visual physical of current input position (" p ") is fed back to etat lacunaire, then mobile terminal can present at position to be entered (" y " or " 1 happy " etc.) raised position being different from this etat lacunaire to user.

And for example, when the list entries that user uses Chinese character coding input method to input is for " kuaile ", the visual physical of current input position (" e ") is fed back to raised position, then mobile terminal can present at position to be entered (" 1 is happy " etc.) etat lacunaire being different from this raised position to user.

Mobile terminal presents the visual physical feedback of the visual physical feedback being different from input position to user in position to be entered, user can be guided to input.Such as, user sees that position to be entered is raised position, can press this position to be entered, thus input corresponding character.

content presents interactive interface

At this, content presents interactive interface such as web interface, application interface etc.Content presents interactive interface and generally includes one or more interactive elements.Link in interactive elements such as web interface, input frame, interactive button etc. in application interface.

At this, the determined input position of mobile terminal comprises the position that user-selected content presents an interactive elements in interactive interface.

Mobile terminal can present the position of the input operation of interactive interface to content according to user, by inquiry input position table, determine corresponding input position.The scope that each interactive elements covers can be preserved in described input position table, determine input position for mobile terminal according to the position of the input operation at user to user interface.

Such as: in web interface, a news links comprises following word: " liu Shiwen recalls women's singles finals: somewhat muddled when Dingning makes medical treatment suspend".No matter user clicks the position of word " Liu Shiwen ", or user click word " dingning" position, mobile terminal is the position at whole news links place by inquiry input position table determined input position.Subsequently, mobile terminal presents the visual physical feedback of simulation to user in whole news links position.

Fig. 2 (a), Fig. 2 (b), Fig. 2 (c), Fig. 2 (d) illustrate the design sketch of the etat lacunaire of analog input position in accordance with a preferred embodiment of the present invention.

As shown in Fig. 2 (a), mobile terminal presents the etat lacunaire of simulation at input position " 5 jkl " to user.As shown in Fig. 2 (b), mobile terminal presents the etat lacunaire of simulation at input position " 4 ghi " to user.At this, in Fig. 2 (b), the input dynamics information of input operation is less than the input dynamics information of input operation in Fig. 2 (a), therefore, the deformation extent of the etat lacunaire of input position " 4 ghi " is less than the deformation extent of the etat lacunaire of input position " 5 jkl ".As shown in Fig. 2 (c), mobile terminal presents the etat lacunaire of simulation at the input position of representative " carriage return ".As shown in Fig. 2 (d), after user selects " carriage return ", the upper screen of list entries " Hello ~ Designer ".

Fig. 3 illustrates an apparatus in accordance with one embodiment of the invention schematic diagram, and it specifically illustrates a kind of device of analog vision physical feedback, is also analogue means 10.As shown in Figure 3, analogue means 10 is installed in mobile terminal, and specifically comprises device 11 and device 12.

Device 11, according to the input operation at user to user interface, determines one or more input position (for ease of distinguishing, below device 11 being called input position determining device 11); Device 12 determined input position to this user present simulation visual physical feedback, with in response to input operation (for ease of distinguish, below device 12 is called that visual feedback presents device 12).

Particularly, input position determining device 11, according to the input operation at user to user interface, determines one or more input position.

Wherein, user interface means human-computer interaction interface.

User interface includes but not limited to following 2 kinds:

1) character input interactive interface.

2) content presents interactive interface.

Described input position means the position of the visual physical feedback of the determined simulation to be presented of input position determining device 11.Input position may be identical with the position of the input operation of user, also may be different.

At this, input position determining device 11 determines that the mode of input position includes but not limited to following 2 kinds:

1) position of the input operation at user to user interface directly can be defined as input position by input position determining device 11.

Such as, the position of the clicking operation at user to user interface is directly defined as input position by input position determining device 11.And for example, for taxi operation, input position determining device 11 can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to a taxi operation.Multiple positions corresponding to taxi operation can directly be confirmed as multiple input position.

If input position determining device 11 is based on the 1st) plant mode determination input position, in subsequent operation, the position that visual feedback presents the visual physical feedback of the simulation that device 12 presents is identical with the position of the input operation at user to user interface.

2) input position determining device 11 according to the position of the input operation at user to user interface, by inquiry input position table, can determine corresponding input position.

The scope (i.e. the position of each interactive elements) that each interactive elements covers can be preserved in described input position table, determine input position for input position determining device 11 according to the position of the input operation at user to user interface.Such as, interface of input method comprise " 1 ", " ABC ", " DEF " ..., " TUV ", " WXYZ " 9 interactive elements.The scope that aforementioned each interactive elements covers can be preserved in input position table.If the position of the input operation at user to user interface falls into the scope that arbitrary interactive elements covers, then the coverage of this interactive elements can be defined as input position by input position determining device 11.

Further, such as, the scope that interactive elements " DEF " covers be (450,600), (600,600), (450,750), (600,750) these four points around rectangular area.If the position of the clicking operation at user to user interface is the position in this rectangular area, then the position of interactive elements " DEF " can be defined as input position by input position determining device 11.

And for example, for taxi operation, input position determining device 11 can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to a taxi operation.Then, input position determining device 11 determines corresponding input position according to each in these positions.If one of them position corresponding to taxi operation is as the position in above-mentioned rectangular area, then the position of interactive elements " DEF " can be defined as this input position by input position determining device 11.If another position corresponding to taxi operation is the position of " MNO " in rectangular area, then the position of interactive elements " MNO " can be defined as this another input position by input position determining device 11.

If input position determining device 11 adopts the 2nd) plant mode determination input position, in subsequent operation, the position that visual feedback presents the visual physical feedback of the simulation that device 12 presents is not identical with the position of the input operation at user to user interface.But the position that visual feedback presents the visual physical feedback of the simulation that device 12 presents is identical with the position of overall interactive elements.

Subsequently, visual feedback presents device 12 and presents the visual physical feedback of simulation, with in response to input operation at determined input position to user.

In accordance with a preferred embodiment of the present invention, visual feedback presents device 12 and presents the etat lacunaire of simulation to respond the input operation of user at input position to user, the visual effect that can be extruded with the input operation (as clicking operation, taxi operation) of user to this input position of user.According to another preferred embodiment of the present invention, visual feedback presents device 12 and presents the raised position of simulation to respond the input operation of user at input position to user, can to this input position of user with the input operation (as clicking operation, taxi operation) of user by the visual effect picked up.

For taxi operation, input position determining device 11 according to the taxi operation at user to user interface, can determine at least two input positions.Then, visual feedback presents the input trajectory that device 12 can form along these input positions and presents visual physical feedback, with the taxi operation in response to user to user.Such as, visual feedback presents the input trajectory that device 12 forms along at least two input positions and presents to user---the visual physical feedback that the etat lacunaire of multiple input position changes with the taxi operation of user: the etat lacunaire that user points the input position corresponding to position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents etat lacunaire.

At this, visual feedback present device 12 to user present simulation visual physical feedback mode include but not limited to following 4 kinds:

1) visual feedback presents device 12 and presents the visual physical feedback of simulation at input position directly to user.

At this, analogue means 10 only determine input position according to the input operation at user to user interface and do not perform other operation, and by visual feedback present device 12 determined input position directly to user present simulation visual physical feed back.Other relevant informations of input operation do not paid close attention to by analogue means 10, as input dynamics information, input velocity information etc.

2) visual feedback presents device 12 and presents visual physical feedback according to feedback visible level to user at input position.

Wherein, described feedback visible level means the information of the degree of the observability for weighing the visual physical feedback that user sees.Feedback visible level can embody with numerical value (as 0 to 100), also can embody with grade (as high, medium and low three grades).Feedback visible level higher, visual feedback present the simulation that device 12 presents visual physical feedback more outstanding, more easily seen.Feedback visible level lower, visual feedback present the simulation that device 12 presents visual physical feedback more delicate, more not easily seen.

Wherein, analogue means 10 can also comprise a feedback degree determining device (not shown in Fig. 3).Feedback degree determining device according to the input dynamics information of input operation, can determine the feedback visible level that visual physical feeds back.

In sum, the input dynamics information of the input operation of user is larger, and the feedback visible level of visual physical feedback is then higher.Visual feedback presents 12, device presents simulation to user according to higher feedback visible level visual physical feedback at input position.Also namely, visual feedback present the simulation that device 12 presents visual physical feedback more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the feedback visible level of visual physical feedback is then lower.Visual feedback presents 12, device presents simulation to user according to lower feedback visible level visual physical feedback at input position.Also namely, visual feedback present the simulation that device 12 presents visual physical feedback more delicate, more not easily seen.Visual feedback presents device 12 presents simulation to user according to feedback visible level visual physical feedback at input position, can imitate effect that actual physics touches further and strengthen user and the mutual interest of mobile terminal.

Preferably, visual physical feedback comprises the concavo-convex state of input position, and feedback visible level comprises the deformation extent of concavo-convex state.Also namely, visual feedback presents device 12 presents input position to user according to the deformation extent of concavo-convex state concavo-convex state at input position.

Such as, the input dynamics information of the input operation of user is larger, and the depressed deformation degree of etat lacunaire is then larger.Visual feedback presents 12, device presents input position to user according to larger depressed deformation degree etat lacunaire at input position.Also namely, visual feedback present the etat lacunaire of the input position that device 12 presents more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the depressed deformation degree of etat lacunaire is then less.Visual feedback presents 12, device presents input position to user according to less depressed deformation degree etat lacunaire at input position.Also namely, visual feedback present the etat lacunaire of the input position that device 12 presents more delicate, more not easily seen.

And for example, the input dynamics information of the input operation of user is larger, and the bulging deformation degree of raised position is then larger.Visual feedback presents 12, device presents input position to user according to larger bulging deformation degree raised position at input position.Also namely, visual feedback present the raised position of the input position that device 12 presents more outstanding, more easily seen.The input dynamics information of the input operation of user is less, and the bulging deformation degree of raised position is then less.Visual feedback presents 12, device presents input position to user according to less bulging deformation degree raised position at input position.Also namely, visual feedback present the raised position of the input position that device 12 presents more delicate, more not easily seen.

3) visual feedback presents device 12 and presents visual physical feedback according to feedback frequency to user at input position.

Wherein, described feedback frequency means the pace of change for weighing the visual physical feedback that user sees, also can embody with grade (as high, medium and low three grades).Feedback frequency is higher, and the change that visual feedback presents the visual physical feedback of the simulation that device 12 presents is faster.Feedback frequency is lower, and the change that visual feedback presents the visual physical feedback of the simulation that device 12 presents is slower.

Wherein, analogue means 10 can also comprise a feedback frequency determining device (not shown in Fig. 3).Feedback frequency determining device according to the input velocity information of input operation, can determine the feedback frequency that visual physical feeds back.

In sum, the input velocity information of the input operation of user is faster, and the feedback frequency of visual physical feedback is higher.Visual feedback presents 12, device and presents visual physical feedback according to higher feedback frequency to user at input position.Also namely, the change that the visual physical that visual feedback presents the simulation that device 12 presents feeds back is faster.The input velocity information of the input operation of user is slower, and the feedback frequency of visual physical feedback is lower.Visual feedback presents 12, device and presents visual physical feedback according to lower feedback frequency to user at input position.Also namely, the change that the visual physical that visual feedback presents the simulation that device 12 presents feeds back is slower.Visual feedback presents device 12 and presents visual physical feedback according to feedback frequency to user at input position, can imitate effect that actual physics touches further and strengthen user and the mutual interest of mobile terminal.

Preferably, visual physical feedback comprises the concavo-convex state of input position, and feedback visible level comprises the change frequency of concavo-convex state.Also namely, visual feedback presents device 12 presents input position to user according to the change frequency of concavo-convex state concavo-convex state at input position.

Such as, the input velocity information of the input operation of user is faster, and the back variation frequency of etat lacunaire is then higher.Visual feedback presents 12, device presents input position to user according to higher back variation frequency etat lacunaire at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more quickly changed to etat lacunaire by normal state; When user's (as its finger) leaves touch-screen, input position more quickly reverts to normal state by etat lacunaire.The input velocity information of the input operation of user is slower, and the back variation frequency of etat lacunaire is then lower.Visual feedback presents 12, device presents input position to user according to lower back variation frequency etat lacunaire at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more slowly changed to etat lacunaire by normal state; When user's (as its finger) leaves touch-screen, input position more slowly reverts to normal state by etat lacunaire.

And for example, the input velocity information of the input operation of user is faster, and the protruding change frequency of raised position is then higher.Visual feedback presents 12, device presents input position to user according to higher protruding change frequency raised position at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more quickly changed to raised position by normal state; When user's (as its finger) leaves touch-screen, input position more quickly reverts to normal state by raised position.The input velocity information of the input operation of user is slower, and the protruding change frequency of raised position is then lower.Visual feedback presents 12, device presents input position to user according to lower protruding change frequency raised position at input position.Also namely, for clicking operation or taxi operation, during user's (as its finger) pressing touch-screen, input position is more slowly changed to raised position by normal state; When user's (as its finger) leaves touch-screen, input position more slowly reverts to normal state by raised position.

4) visual feedback presents device 12 and presents visual physical feedback in position to be contacted to user, and at this, visual physical feedback comprises the shadow state of position to be contacted.

Described position to be contacted means the position of the touch-screen of user's (as its finger) a few adosculation mobile terminal.Visual feedback presents device 12 and presents the shadow state of position to be contacted in position to be contacted to user, and effect when can imitate user's object to be contacted in real life scene further also strengthens user and the mutual interest of mobile terminal.

At this, analogue means 10 can also comprise a position determining means to be contacted (not shown in Fig. 3).Position determining means to be contacted according to the hover operation of user in user interface, can determine the position one or more to be contacted corresponding to hover operation.

Other specific devices in position determining means to be contacted or analogue means 10 such as can detect the hover operation of user's (as its finger) by its capacitive touch screen.Other specific devices in position determining means to be contacted or analogue means 10 can run mutual capacitance and self-capacitance on the touch-screen of mobile terminal simultaneously, wherein, self-capacitance may be used for responding to the user's (as its finger) hovered over above touch-screen, and mutual capacitance may be used for induction input operation (as clicking operation or taxi operation).

Position determining means to be contacted determines the mode of position to be contacted in the hover operation of user interface according to user, determine that the mode of input position is identical or substantially identical with aforementioned input position determining device 11 according to the input operation at user to user interface, therefore repeat no more, and be contained in this by reference.

Those skilled in the art will be understood that; aforementioned 4 kinds of visual feedback present device 12 to user present simulation visual physical feedback mode be only citing; and should not be regarded as any limitation of the invention; any existing other or the visual feedback that may occur from now on present device 12 and present the mode of the visual physical feedback of simulation to user as being applicable to the present invention; also within scope should being included in, and this is contained at this with way of reference.

character input interactive interface

Preferably, the taxi operation that input position determining device 11 can perform character input interactive interface according to user, determines at least two input positions.Then, visual feedback presents the input trajectory that device 12 can form along at least two input positions and presents visual physical feedback to user.

Other specific devices in input position determining device 11 or analogue means 10 can carry out multiple repairing weld according to certain sample frequency to the taxi operation of user, to obtain the multiple positions corresponding to taxi operation.Then, input position determining device 11 can determine at least two input positions according to these positions.Input position determining device 11 is according to the mode of user to the taxi operation determination input position that character input interactive interface performs, identical or substantially identical according to the mode of the input operation determination input position at user to user interface with aforementioned input position determining device 11, therefore repeat no more, and be contained in this by reference.

Then, visual feedback presents the input trajectory that device 12 can form along at least two input positions and presents to user---the visual physical feedback that the such as etat lacunaire of multiple input position changes with the taxi operation of user: the etat lacunaire of the input position that user points corresponding to the current position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents etat lacunaire.And for example, visual feedback presents the input trajectory that device 12 can form along at least two input positions and presents to user---the visual physical feedback that the raised position of multiple input position changes with the taxi operation of user: the raised position of the input position that user points corresponding to the current position left reverts to common formation state, and the input position that user points corresponding to current contact position then presents raised position.

Preferably, mobile terminal can also comprise input information determining device, position determining means to be entered, specific feedback present device (all not shown in Fig. 3).Input information determining device according to the input operation of user to character input interactive interface, can determine the list entries that user inputs or the candidate item corresponding with list entries.Position determining means to be entered can determine the one or more to be entered position corresponding with list entries or candidate item.Specific feedback presents device can present the visual physical feedback being different from input position to user visual physical feedback in position to be entered.

Input information determining device according to the input operation of user to interface of input method, can determine the list entries that user inputs or the candidate item corresponding with list entries.At this, the list entries that user inputs means the sequence that one or more character forms.List entries such as " happ ", " kuaile " etc. of user's input.The candidate item corresponding with list entries can be arranged based on the association of input method, or determines based on the list entries of user and the matching relationship of default dictionary.Such as, when the list entries that user uses English input method to input is for " happ ", corresponding candidate item is " 1happy ", " 2 happiness " etc.And for example, when the list entries that user uses spelling input method to input is for " kuaile ", corresponding candidate item is " 1 is happy ", " 2 is fast " etc.

Then, position determining means to be entered can determine the one or more to be entered position corresponding with list entries or candidate item.

At this, position determining means to be entered determines that the mode of position to be entered includes but not limited to following 2 kinds:

1) position determining means to be entered can be arranged based on the association of input method, or based on the matching relationship of the list entries of user and default dictionary, can determine the one or more to be entered position corresponding with list entries.

2) position of candidate item can be defined as position to be entered by position determining means to be entered.

Subsequently, specific feedback presents device can present the visual physical feedback being different from input position to user visual physical feedback in position to be entered.

Such as, when the list entries that user uses English input method to input is for " happ ", the visual physical of current input position (" p ") is fed back to etat lacunaire, then specific feedback presents device and can present at position to be entered (" y " or " 1 happy " etc.) raised position being different from this etat lacunaire to user.

And for example, when the list entries that user uses Chinese character coding input method to input is for " kuaile ", the visual physical of current input position (" e ") is fed back to raised position, then specific feedback presents device and can present at position to be entered (" 1 is happy " etc.) etat lacunaire being different from this raised position to user.

Specific feedback presents device presents the visual physical feedback being different from input position to user visual physical feedback in position to be entered, and user can be guided to input.Such as, user sees that position to be entered is raised position, can press this position to be entered, thus input corresponding character.

content presents interactive interface

At this, the determined input position of input position determining device 11 comprises the position that user-selected content presents an interactive elements in interactive interface.

Input position determining device 11 can present the position of the input operation of interactive interface to content according to user, by inquiry input position table, determine corresponding input position.The scope that each interactive elements covers can be preserved in described input position table, determine input position for input position determining device 11 according to the position of the input operation at user to user interface.

Such as: in web interface, a news links comprises following word: " liu Shiwen recalls women's singles finals: somewhat muddled when Dingning makes medical treatment suspend".No matter user click word " liu Shiwen" position, or user click word " dingning" position, input position determining device 11 is the position at whole news links place by inquiry input position table determined input position.Subsequently, visual feedback presents device 12 presents simulation to user visual physical feedback in whole news links position.

It should be noted that the present invention can be implemented in the assembly of software and/or software restraint, such as, each device of the present invention can adopt special IC (ASIC) or any other similar hardware device to realize.In one embodiment, software program of the present invention can perform to realize step mentioned above or function by processor.Similarly, software program of the present invention (comprising relevant data structure) can be stored in computer readable recording medium storing program for performing, such as, and RAM storer, magnetic or CD-ROM driver or flexible plastic disc and similar devices.In addition, steps more of the present invention or function can adopt hardware to realize, such as, as coordinating with processor thus performing the circuit of each step or function.

To those skilled in the art, obviously the invention is not restricted to the details of above-mentioned one exemplary embodiment, and when not deviating from spirit of the present invention or essential characteristic, the present invention can be realized in other specific forms.Therefore, no matter from which point, all should embodiment be regarded as exemplary, and be nonrestrictive, scope of the present invention is limited by claims instead of above-mentioned explanation, and all changes be therefore intended in the implication of the equivalency by dropping on claim and scope are included in the present invention.Any Reference numeral in claim should be considered as the claim involved by limiting.In addition, obviously " comprising " one word do not get rid of other unit or step, odd number does not get rid of plural number.Multiple unit of stating in system claims or device also can be realized by software or hardware by a unit or device.First, second word such as grade is used for representing title, and does not represent any specific order.

Claims

1. a method for analog vision physical feedback, wherein, the method comprises:

2. method according to claim 1, wherein, the method also comprises:

-according to the input dynamics information of described input operation, determine the feedback visible level that described visual physical feeds back;

Wherein, the step presenting the visual physical feedback of simulation described in specifically comprises:

-present described visual physical feedback according to described feedback visible level to described user at described input position.

3. method according to claim 2, wherein, described visual physical feedback comprises the concavo-convex state of described input position, and described feedback visible level comprises the deformation extent of described concavo-convex state.

4. according to the method in any one of claims 1 to 3, wherein, the method also comprises:

-according to the input velocity information of described input operation, determine the feedback frequency that described visual physical feeds back;

-present described visual physical feedback according to described feedback frequency to described user at described input position.

5. method according to claim 4, wherein, described visual physical feedback comprises the concavo-convex state of described input position, and described feedback frequency comprises the change frequency of described concavo-convex state.

6. method according to any one of claim 1 to 5, wherein, the method also comprises:

-according to the hover operation of described user in described user interface, determine the position one or more to be contacted corresponding to described hover operation;

-presenting described visual physical feedback in described position to be contacted to described user, described visual physical feedback comprises the shadow state of described position to be contacted.

7. method according to any one of claim 1 to 6, wherein, described user interface comprises character input interactive interface.

8. method according to claim 7, wherein, describedly determine that the step of described input position specifically comprises:

-according to the taxi operation of described user to the execution of described character input interactive interface, determine at least two input positions;

-the input trajectory that forms along described at least two input positions presents described visual physical feedback to described user.

9. method according to claim 7, wherein, the method also comprises:

-according to the input operation of described user to described character input interactive interface, determine the list entries that described user inputs or the candidate item corresponding with described list entries;

-determine the one or more to be entered position corresponding with described list entries or described candidate item;

-present the visual physical feedback of the described visual physical feedback being different from described input position to described user in described position to be entered.

10. method according to any one of claim 1 to 6, wherein, described user interface comprises content and presents interactive interface, and described input position comprises the position that described user-selected described content presents an interactive elements in interactive interface.

The device of 11. 1 kinds of analog vision physical feedback, wherein, this device comprises:

12. devices according to claim 11, wherein, this device also comprises:

-for the input dynamics information according to described input operation, determine the device of the feedback visible level that described visual physical feeds back;

Wherein, present described in simulation visual physical feedback device specifically for:

13. devices according to claim 12, wherein, described visual physical feedback comprises the concavo-convex state of described input position, and described feedback visible level comprises the deformation extent of described concavo-convex state.

14. according to claim 11 to the device according to any one of 13, and wherein, this device also comprises:

-for the input velocity information according to described input operation, determine the device of the feedback frequency that described visual physical feeds back;

15. devices according to claim 14, wherein, described visual physical feedback comprises the concavo-convex state of described input position, and described feedback frequency comprises the change frequency of described concavo-convex state.

16. according to claim 11 to the device according to any one of 15, and wherein, this device also comprises:

-for according to the hover operation of described user in described user interface, determine the device of the position one or more to be contacted corresponding to described hover operation;

17. according to claim 11 to the device according to any one of 16, and wherein, described user interface comprises character input interactive interface.

18. devices according to claim 17, wherein, described determine the device of described input position specifically for:

19. devices according to claim 17, wherein, this device also comprises:

-for according to the input operation of described user to described character input interactive interface, determine the device of the list entries that described user inputs or the candidate item corresponding with described list entries;

-for determining the device of the one or more to be entered position corresponding with described list entries or described candidate item;

-for presenting the device of the visual physical feedback of the described visual physical feedback being different from described input position to described user in described position to be entered.

20. according to claim 11 to the device according to any one of 16, and wherein, described user interface comprises content and presents interactive interface, and described input position comprises the position that described user-selected described content presents an interactive elements in interactive interface.