The control method of touch-screen and device, mobile terminal deviceTechnical field
The present invention relates to the control techniques of touch-screen, particularly relate to control method and device, the mobile terminal device of a kind of touch-screen.
Background technology
Touch-screen has been widely used in the mobile terminal device such as mobile phone, panel computer, and touch-screen can identify the action input of user, and it carries out process accordingly and/or response. Such as user can double-click the icon of certain application program on touch-screen by finger or felt pen, starts the execution of this application program with this.
But, touch-screen of the prior art and control device thereof do not provide the indicative mechanism such as cursor, user cannot know that the action oneself the inputted screen that whether is touched detects timely, or whether the input action detected by touch-screen is consistent with the intention of user itself, may cause the mishandle of user in some cases. Such as, when user double-clicks the application program icon of certain on touch-screen, application program does not start at once due to reasons such as initialize, but user cannot confirm whether the operation of oneself has been touched to shield to be identified, operation before by mistake may thinking oneself has problem, thus again double-clicks this application program icon, causes this application program to be unlocked twice, have impact on the continuity of operation, Consumer's Experience is poor.
Summary of the invention
The technical problem to be solved in the present invention is to provide control method and device, the mobile terminal device of a kind of touch-screen so that user can confirm the operation of oneself in time, improves Consumer's Experience, avoids mishandle.
For solving the problems of the technologies described above, the present invention provides a kind of control method of touch-screen, comprising:
The action of touch-screen is inputted by detection user;
Described action input is identified as Action Events;
Also comprise:
Based on described Action Events, the vision display effect driving the display of described touch-screen corresponding with described Action Events.
Can selection of land, described vision display effect is undulation effect.
Can selection of land, described Action Events comprises: presses, upspring, click, double-click or slides.
Can selection of land, the undulation effect corresponding from each Action Events has different fluctuation parameters.
Can selection of land, the fluctuation parameter of described undulation effect comprises: wavelength, amplitude, vibrational frequency, fluctuation range of scatter and fluctuation the time length in one or more.
Can selection of land, described fluctuation parameter is that user is adjustable.
Can selection of land, the control method of described touch-screen also comprises: based on described Action Events, drives the function treatment module that is associated with described touch-screen processed by described Action Events and/or respond.
Present invention also offers the control device of a kind of touch-screen, comprising:
Detection module, is suitable for detection user and the action of touch-screen is inputted;
Identify module, be suitable for described action input is identified as Action Events;
Also comprise:
Vision effect drives module, is suitable for based on described Action Events, the vision display effect driving the display of described touch-screen corresponding with described Action Events.
Can selection of land, described vision display effect is undulation effect.
Can selection of land, described Action Events comprises to be pressed, upspring, clicks, double-clicks or slides.
Can selection of land, the undulation effect corresponding from each Action Events has different fluctuation parameters.
Can selection of land, the fluctuation parameter of described undulation effect comprises: wavelength, amplitude, vibrational frequency, fluctuation range of scatter and fluctuation the time length in one or more.
Can selection of land, described vision effect drive module comprise regulon module, be suitable for receive user to the amendment of described fluctuation parameter.
Can selection of land, the control device of described touch-screen also comprises: the function treatment module being associated with described touch-screen, is suitable for receiving described Action Events and it is processed and/or respond.
Present invention also offers a kind of mobile terminal device, comprise the control device of the touch-screen described in touch-screen and above-mentioned arbitrary item.
Can selection of land, described mobile terminal device is mobile unit.
Can selection of land, described mobile terminal device also comprises the function treatment module being associated with described touch-screen, is suitable for receiving described Action Events and it is processed and/or respond.
Compared with prior art, the present invention has the following advantages:
In the control method of the touch-screen in the embodiment of the present invention and device, after the action input of user is identified as Action Events, based on the vision display effect that this Action Events drives touch-screen display corresponding with this Action Events, so that user can in time, confirmed oneself operation intuitively by vision, enhance human-computer interaction, be conducive to avoiding mishandle, improve Consumer's Experience.
Further, the vision display effect of the embodiment of the present invention adopts undulation effect, and the wavelength of undulation effect, amplitude, vibrational frequency, fluctuation range of scatter and parameter such as fluctuation such as fluctuation time length etc. are that user is adjustable, user can be arranged according to the hobby of oneself, be conducive to user to confirm the operation of oneself in time.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the control method of the touch-screen of the embodiment of the present invention;
Fig. 2 is the control device of the touch-screen of the embodiment of the present invention and the structure block diagram of touch-screen;
Fig. 3 is the fluctuation parameter of embodiment of the present invention undulation effect and the mapping relation table of Action Events;
Fig. 4 to Fig. 6 is the appearance effect schematic diagram of the different undulation effects of the embodiment of the present invention.
Embodiment
The action that the touch-screen of prior art is only detection user inputs go forward side by side row relax and response, the operation that can't have identified in real time, it is possible to can cause the mishandle of user to user feedback.
The present embodiment is after being identified as Action Events by the action input of user, based on the vision display effect that this Action Events drives touch-screen display corresponding with this Action Events, namely the Action Events identified to user feedback in real time, so that user can in time, confirmed oneself operation intuitively by vision, enhance human-computer interaction, be conducive to avoiding mishandle, improve Consumer's Experience.
Further, the vision display effect of the present embodiment adopts undulation effect, and the wavelength of undulation effect, amplitude, vibrational frequency, fluctuation range of scatter and parameter such as fluctuation such as fluctuation time length etc. are that user is adjustable, user can be arranged according to the hobby of oneself, be conducive to user to confirm the operation of oneself in time.
Below in conjunction with specific embodiments and the drawings, the invention will be further described, but should not limit the scope of the invention with this.
Fig. 1 shows the schematic flow sheet of the control method of the touch-screen of the present embodiment, comprising:
Step S11, the action input of detection user;
Step S12, is identified as Action Events by described action input;
Step S13, based on described Action Events, the vision display effect driving the display of described touch-screen corresponding with described Action Events.
In step S11 and S12, by well known to a person skilled in the art the change of the electrical signal such as electric capacity, resistance and detect the action input of user, and this action input is identified as Action Events, as pressed, upspring, click, double-click or slip etc.
In step s 13, based on the Action Events identified, touch-screen is driven to show corresponding vision display effect, so that user can the Action Events that identified of real-time confirmation. The display effect of vision described in the present embodiment is specially undulation effect, algorithm can be emulated by horizontal plane, it is modeled as the water surface by whole touch-screen, it is the operation to the water surface by user to the operation simulation of touch-screen, and corresponding vision display effect is fed back to user by the display of touch-screen. In a particular embodiment, when user clicks touch-screen with finger, this operation is identified as " clicking " Action Events, and shows water surface ripple in real time on the touchscreen, and the finger being similar to user has clicked a horizontal plane. By the display of vision display effect, user can confirm that the operation of oneself is identified in real time, thus enhances human-computer interaction, avoids mishandle.
Difference according to the Action Events identified, corresponding undulation effect has different fluctuation parameters, as wavelength, amplitude, vibrational frequency, fluctuation range of scatter and fluctuation the time length in one or more. Such as, the frequency of the undulation effect of " double-click " Action Events is higher, and the frequency of the undulation effect of " clicking " Action Events is lower.
As a preferred embodiment, the fluctuation parameter of described undulation effect is that user is adjustable, and each parameter can be regulated by user according to the hobby of oneself.
While driving touch-screen to show corresponding vision display effect, based on the Action Events identified, the function treatment module being associated with described touch-screen is driven to be processed by this Action Events and/or respond. In one embodiment, when user clicks the icon of certain picture, on the one hand, the undulation effect of touch-screen display centered by this icon is driven; On the other hand, read picture file corresponding to this icon with the function treatment module (such as treater etc.) that this touch-screen is associated, and it is shown as current desktop background. If this picture file is bigger, then the time of its reading and display can be relatively long, but owing to user has seen the vision display effect being specially undulation effect of display in real time, therefore can patient wait, and can not think that the operation of oneself has problem and removes the icon repeatedly clicking picture by mistake, avoid function treatment module and repeatedly read resource and the waste of time that picture file causes.
Fig. 2 shows the structure block diagram of the control device 21 of the touch-screen 20 of the present embodiment, and as shown in Figure 2, control device 21 comprises: detection module 211, is suitable for detection user and the action of touch-screen 20 is inputted;Identify module 212, be suitable for described action input is identified as Action Events; Vision effect drives module 213, is suitable for based on described Action Events, the vision display effect driving the display of described touch-screen 20 corresponding with described Action Events.
Described detection module 211 and identification module 212 can adopt the module that well known to a person skilled in the art, come by the change of the electrical signal such as electric capacity, resistance the input of detection and Identification user action. Identify that action input is identified as Action Events by module 212, as pressed, upspring, click, double-click or slip etc.
Described vision effect drives module 213 based on the Action Events identified, drives touch-screen 20 to show the vision display effect corresponding with this Action Events, so that user can the Action Events that identified of real-time confirmation. The display effect of vision described in the present embodiment is specially undulation effect, and content refers to the description of the control embodiment of the method for aforementioned touch screen more specifically.
Difference according to the Action Events identified, corresponding undulation effect has different fluctuation parameters, as wavelength, amplitude, vibrational frequency, fluctuation range of scatter and fluctuation the time length in one or more. Fig. 3 shows the mapping relation of Action Events different in the present embodiment with corresponding fluctuation parameter, and such as, the wavelength of " clicking " is 4, and amplitude is 2, and vibrational frequency is 2, and fluctuation range of scatter is 2, and the fluctuation time length is 2; And the wavelength of " double-click " is 2, amplitude is 4, and vibrational frequency is 4, and fluctuation range of scatter is 4, and the fluctuation time length is 4. Concrete, vision effect drives module 213 can retrieve the fluctuation parameter of corresponding vision display effect according to the Action Events identified, and emulates algorithm by horizontal plane and carry out emulating simulation to the fluctuation parameter retrieved, and will simulate result and export.
Thus, according to concrete undulation effect shown on touch-screen 20, user can confirm whether the Action Events identified meets the original idea of oneself, thus enhance human-computer interaction, improves Consumer's Experience.
Fig. 4 shows the appearance effect figure of vision display effect corresponding to " slip " Action Events, composition graphs 2 and Fig. 4, when user uses finger or felt pen to click touch-screen 20, it is " slip " that the action of touch-screen 20 is inputted detection and Identification by user by detection module 211 and identification module 212, then vision effect drives module 213 to drive touch-screen 20 to show the undulation effect centered by the point to click, and vibrational frequency is less.
Fig. 5 shows the appearance effect figure of vision display effect corresponding to " double-click " Action Events, composition graphs 2 and Fig. 5, when user's finger or felt pen double-click touch-screen 20, it is " double-click " that the action of touch-screen 20 is inputted detection and Identification by user by detection module 211 and identification module 212, then vision effect drives module 213 to drive touch-screen 20 to show the undulation effect centered by the point to double-click, and vibrational frequency is bigger.
Fig. 6 shows the appearance effect figure of vision display effect corresponding to " slip " Action Events, composition graphs 2 and Fig. 6, when user's finger or felt pen drag on touch-screen 20, it is " slip " that the action of touch-screen 20 is inputted detection and Identification by user by detection module 211 and identification module 212, then vision effect drives module 213 to drive touch-screen 20 to show the ripples cut dragging track along user.
As a preferred embodiment, described vision effect drives module 213 also to comprise regulon module (not shown), be suitable for receiving user to the amendment of described fluctuation parameter, such as, the frequency of vision display effect corresponding to " clicking ", amplitude etc. regulated.Concrete, described regulon module can comprise turn switch, such as the turn switch of 1-10 shelves, and turn switch can be rotated and revise corresponding fluctuation parameter by user.
In addition, the control device of the touch-screen 20 of the present embodiment also comprises the function treatment module 214 being associated with described touch-screen, is suitable for receiving the Action Events of described identification module 212 generation and it is processed and/or respond. In one embodiment, when user clicks the icon of certain picture on touch-screen 20, on the one hand, vision effect drives module 213 to drive the undulation effect of touch-screen display centered by this icon; On the other hand, function treatment module 214 reads picture file corresponding to this icon, and is shown as current desktop background. Similar with previous embodiment, if this picture file is bigger, then the time of its reading and display can be relatively long, but owing to user has seen the vision display effect being specially undulation effect of display in real time, therefore can patient wait, and can not think that the operation of oneself has problem and removes the icon repeatedly clicking picture by mistake, avoid function treatment module and repeatedly read resource and the waste of time that picture file causes.
In a particular embodiment, the control device of the touch-screen of the present embodiment can realize based on the embedded system of software, hardware or software and hardware combining.
The present embodiment additionally provides a kind of mobile terminal device, comprising the touch-screen 20 in Fig. 2 and in associated description and control device 21 thereof, described control device 21 comprises detection module 211, identifies that module 212, vision effect drive module 213 and function treatment module 214. Described mobile terminal device is mobile unit in the present embodiment, in other embodiments can also other mobile terminal devices such as mobile phone, panel computer.
In addition, in other embodiments, described vision display effect can also be other for the display effect of the Action Events identified to user feedback, such as the difference inputted according to user action, and hot spot of the different size of display etc.
It should be noted that, " the function treatment module being associated with touch-screen " mentioned herein refer to this function treatment module and touch-screen with the use of, and by the mode of connection such as wired, wireless direct or indirect be connected to touch-screen, such as, in a mobile terminal device, with touch-screen with the use of treater, audio/video encoding/decoding module etc. " the vision display effect corresponding with described Action Events " mentioned herein refers to have mapping relation between this vision display effect and Action Events, such as, map relation one to one.
Although the present invention is with better embodiment openly as above; but it is not for limiting the present invention; any those skilled in the art are without departing from the spirit and scope of the present invention; can making possible variation and amendment, therefore protection scope of the present invention should be as the criterion with the scope that the claims in the present invention define.