CN104866201A - Intelligent device and method for triggering editing function of application - Google Patents
Intelligent device and method for triggering editing function of application Download PDFInfo
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- CN104866201A CN104866201A CN201510317937.6A CN201510317937A CN104866201A CN 104866201 A CN104866201 A CN 104866201A CN 201510317937 A CN201510317937 A CN 201510317937A CN 104866201 A CN104866201 A CN 104866201A
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Abstract
The invention discloses an intelligent device, comprising a touch screen, an action obtaining module and an action recognition and showing module, wherein the action obtaining module is used for obtaining operating trajectory information of a user based on the touch screen and sending to the action recognition and showing module, and the action recognition and showing module is used for determining an application editing interface to be showed according to the obtained operating trajectory information and showing the determined editing interface to the user. The invention discloses a method for triggering the editing function of an application. With the application of the intelligent device and the method for triggering the editing function of the application, the editing function of the application can be conveniently and quickly triggered.
Description
Technical field
The present invention relates to Computer Applied Technology, particularly a kind of smart machine and a kind of method triggering the editting function of application.
Background technology
At present, smart machine such as the mobile phone etc. with touch-screen is widely applied, and on the first interface of equipment, usual exhibitions is shown with multiple different application (APP) icon.
According to existing mode; for the application with editting function, when user needs to trigger its editting function, usually need to open multiple layer menu and just can enter into required editing interface; complex operation; and opening of each layer menu needs to expend the regular hour, especially for the application based on network service; interface loads very consuming time; often there will be the situation loading and wait for, thus add time cost, inefficiency.
Summary of the invention
In view of this, the invention provides a kind of smart machine and a kind of method triggering the editting function of application, the fast and convenient editting function triggering application can be realized.
In order to achieve the above object, technical scheme of the present invention is achieved in that
A kind of smart machine, comprising: touch-screen, action acquisition module and action recognition and display module;
Described action acquisition module, for obtaining the operation trace information of user based on described touch-screen, and sends to described action recognition and display module;
Described action recognition and display module, for determining the editing interface of the application that will show according to the operation trace information received, and show user by the editing interface determined.
Trigger a method for the editting function of application, the method is applicable to the smart machine with touch-screen, comprising:
Obtain the operation trace information of user based on described touch-screen;
Determine the editing interface of the application that will show according to the operation trace information got, and the editing interface determined is showed user.
Visible, adopt scheme of the present invention, user only needs to make an operational motion, the editting function of application can be triggered, thus avoid owing to needing to open the complex operation that multiple layer menu causes and the problem increasing time cost in prior art, that is, scheme of the present invention is not only simple to operate, and cost of can saving time, namely can realize the fast and convenient editting function triggering application.
Accompanying drawing explanation
Fig. 1 is the composition structural representation of smart machine embodiment of the present invention.
Fig. 2 is the process flow diagram that the present invention triggers the embodiment of the method for the editting function of application.
The realization flow figure that Fig. 3 is step 22 shown in Fig. 2.
Embodiment
In order to make technical scheme of the present invention clearly, understand, to develop simultaneously embodiment referring to accompanying drawing, scheme of the present invention be described in further detail.
Fig. 1 is the composition structural representation of smart machine embodiment of the present invention.As shown in Figure 1, comprising: touch-screen (for simplifying accompanying drawing, not shown), action acquisition module and action recognition and display module.
Action acquisition module, for obtaining the operation trace information of user based on touch-screen, and sends to action recognition and display module;
Action recognition and display module, for determining the editing interface of the application that will show according to the operation trace information received, and show user by the editing interface determined.
Below the concrete function of above-mentioned action acquisition module and action recognition and display module is described respectively.
1) action acquisition module
In actual applications, the operation trace information of user that action acquisition module gets can be: writing pencil motion track information or finger motion locus information etc.
Such as, when user needs a certain editting function triggering a certain application, writing pencil can be utilized, one, unsettled picture circle on this shown on the touchscreen application icon, correspondingly, action acquisition module, by electromagnetic induction technology, gets the writing pencil motion track information that one group of continuous print senses, is implemented as prior art.
For another example, when user needs a certain editting function triggering a certain application, available finger touches this application icon upward sliding that touch-screen is shown, correspondingly, action acquisition module is by monitor user ' finger pressing on the touchscreen (Down), mobile (Move) and lift (Up) event coordinates, get the finger motion locus information of user, specific implementation is similarly prior art.
2) action recognition and display module
As shown in Figure 1, this module by action recognition submodule and can show that submodule forms.
Action recognition submodule, for determining the action identification that the operation trace information that receives is corresponding and application identities, and sends to displaying submodule by the action identification determined and application identities;
Show submodule, for by application corresponding for the application identities received, the editing interface corresponding with the action identification received show user.
Wherein, can comprise further again in action recognition submodule: the first recognition unit and the second recognition unit.
First recognition unit, for determining the operational motion of user according to the operation trace information received, sends to the second recognition unit by the action identification of correspondence, and determines the center point coordinate of operation trace, send to the second recognition unit;
Second recognition unit, for determining the application icon that center point coordinate that each application icon middle distance that touch-screen is shown receives is nearest, and sends to displaying submodule by the application identities of the application icon determined and the action identification that receives;
Correspondingly, show that submodule can according to the corresponding relation between the action identification pre-set and the editing interface of application, by application corresponding for the application identities received, the editing interface corresponding with the action identification received show user.
The operational motion of the user that the first recognition unit operation trace information how basis receives is determined is prior art, and described operational motion can for using handwritten stroke one circle, finger upward sliding, finger slide downward etc.Can pre-set different operational motions unique corresponding action identification respectively, like this, action identification corresponding for this operational motion, after determining the operational motion of user, can be sent to the second recognition unit by the first recognition unit.In addition, the first recognition unit also can calculate the center point coordinate P of operation trace
0(X
0, Y
0), send to the second recognition unit equally, wherein, X
0=(x
1+ x
2+ ...+x
n)/n, Y
0=(y
1+ y
2+ ...+y
n)/n, x
nfor the horizontal ordinate of each pixel in operation trace, y
nfor the ordinate of each pixel in operation trace, n is the pixel number that operation trace comprises.
Because the coordinate position of each application icon that touch-screen is shown is known, so the second recognition unit is after receiving the action identification and center point coordinate that the first recognition unit sends, first the application icon that center point coordinate that each application icon middle distance that touch-screen is shown receives is nearest can be determined, the application identities of the application icon determined and the action identification received can be sent to displaying submodule afterwards, described distance can refer to the distance between the center point coordinate of application icon and the center point coordinate received.
In addition, for arbitrary application with editting function, the operational motion that the different editing interfaces of this application are corresponding respectively can be pre-set, as previously mentioned, different operational motions is a unique corresponding action identification respectively, so then can record the corresponding relation between editing interface and action identification.Like this, show that submodule is after receiving the application identities and action identification that the second recognition unit sends, can according to described corresponding relation, by in application corresponding for the application identities received, the editing interface corresponding with the action identification received show user, after user has edited content on editing interface, can directly preserve or issue edited content.
It should be noted that, in actual applications, except ingredient each shown in Fig. 1, also can a system control module be set in smart machine again, in some cases, when user does not wish that smart machine performs function of the present invention, utilisation system control module comes closing motion acquisition module and action recognition and display module, otherwise then can open again.
Based on above-mentioned introduction, invention also provides a kind of method triggering the editting function of application, as shown in Figure 2, Fig. 2 is the process flow diagram that the present invention triggers the embodiment of the method for the editting function of application, the method is applicable to the smart machine with touch-screen, comprises the following steps 21 ~ 22.
Step 21: obtain the operation trace information of user based on touch-screen.
Wherein, described operation trace can comprise: writing pencil movement locus, finger motion locus.
Correspondingly, acquisition user can be based on the mode of the operation trace information of touch-screen:
By electromagnetic induction technology, obtain the writing pencil motion track information of user;
Point pressing on the touchscreen, mobile and lift event coordinates by monitor user ', obtain the finger motion locus information of user.
Step 22: the editing interface determining the application that will show according to the operation trace information got, and the editing interface determined is showed user.
The realization flow figure that Fig. 3 is step 22 shown in Fig. 2, as shown in Figure 3, comprises the following steps 31 ~ 32.
Step 31: determine the action identification that operation trace information is corresponding and application identities.
In this step, the operational motion of user can be determined according to operation trace information, and obtain corresponding action identification; The center point coordinate of the operation trace of user can be determined, and determine the application icon that each this center point coordinate of application icon middle distance that touch-screen is shown is nearest further, using the application identities of this application icon as application identities corresponding to operation trace information.
Wherein, the center point coordinate of operation trace can be P
0(X
0, Y
0), X
0=(x
1+ x
2+ ...+x
n)/n, Y
0=(y
1+ y
2+ ...+y
n)/n, x
nfor the horizontal ordinate of each pixel in operation trace, y
nfor the ordinate of each pixel in operation trace, n is the pixel number that operation trace comprises.
Step 32: by application corresponding for the application identities determined, the editing interface corresponding with the action identification determined show user.
In this step, can according to the corresponding relation between the action identification pre-set and the editing interface of application, by in application corresponding for the application identities received, the editing interface corresponding with the action identification received show user, after user has edited content on editing interface, can directly preserve or issue edited content.
The specific implementation of each step shown in Fig. 2 and Fig. 3 can refer to embodiment illustrated in fig. 1 in related description, repeat no more.
Comprehensive above-mentioned introduction, when scheme of the present invention is applied in note application, specific implementation can be as follows:
User arranges operational motion corresponding to the editing interface of " create message breath ", and this operational motion can be: with one, the unsettled picture of writing pencil circle or point upward sliding etc.;
Suppose that the operational motion arranged is finger upward sliding, so when user needs create message to cease, the finger of user can fall in the below of note icon, and upward sliding is through note icon, as long as the position of stopping can guaranteeing that the starting point of finger sliding and the central point of terminal are near note icon;
Suppose that the operational motion arranged is for using writing pencil unsettled picture circle, so when user needs create message to cease, can writing pencil be extracted and make touch screen induction to writing pencil (namely touch-screen occurring the induction point of writing pencil), writing pencil can be used draw a circle afterwards, as long as the central point of the track streaked is near note icon, draw a circle complete, user can raise writing pencil, makes touch screen induction less than writing pencil;
After user completes aforesaid operations, note application is opened, and directly enters short message editing interface, namely directly enters create message breath interface.
In a word, adopt scheme of the present invention, user only needs to make an operational motion, the editting function of application can be triggered, thus avoid owing to needing to open the complex operation that multiple layer menu causes and the problem increasing time cost in prior art, that is, scheme of the present invention is not only simple to operate, and cost of can saving time, namely can realize the fast and convenient editting function triggering application.
In sum, these are only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a smart machine, is characterized in that, comprising: touch-screen, action acquisition module and action recognition and display module;
Described action acquisition module, for obtaining the operation trace information of user based on described touch-screen, and sends to described action recognition and display module;
Described action recognition and display module, for determining the editing interface of the application that will show according to the operation trace information received, and show user by the editing interface determined.
2. smart machine according to claim 1, is characterized in that,
Described operation trace comprises: writing pencil movement locus, finger motion locus;
Described action acquisition module, by electromagnetic induction technology, obtains the writing pencil motion track information of user;
Described action acquisition module, by monitor user ' finger pressing on described touch-screen, mobile and lift event coordinates, obtains the finger motion locus information of user.
3. smart machine according to claim 1 and 2, is characterized in that,
Described action recognition and display module comprise: action recognition submodule and displaying submodule;
Described action recognition submodule, for determining the action identification that the operation trace information that receives is corresponding and application identities, and sends to described displaying submodule by the action identification determined and application identities;
Described displaying submodule, for by application corresponding for the application identities received, the editing interface corresponding with the action identification received show user.
4. smart machine according to claim 3, is characterized in that,
Described action recognition submodule comprises: the first recognition unit and the second recognition unit;
Described first recognition unit, for determining the operational motion of user according to the operation trace information received, sends to described second recognition unit, and determines the center point coordinate of operation trace, send to described second recognition unit by action identification;
Described second recognition unit, for determining the application icon that center point coordinate that each application icon middle distance that described touch-screen is shown receives is nearest, and the application identities of the application icon determined and the action identification that receives are sent to described displaying submodule;
Described displaying submodule according to the corresponding relation between the action identification pre-set and the editing interface of application, by application corresponding for the application identities received, the editing interface corresponding with the action identification received show user.
5. smart machine according to claim 4, is characterized in that,
Described center point coordinate is P
0(X
0, Y
0), X
0=(x
1+ x
2+ ...+x
n)/n, Y
0=(y
1+ y
2+ ...+y
n)/n;
Wherein, x
nfor the horizontal ordinate of each pixel in operation trace, y
nfor the ordinate of each pixel in operation trace, n is the pixel number that operation trace comprises.
6. trigger a method for the editting function of application, the method is applicable to the smart machine with touch-screen, it is characterized in that, comprising:
Obtain the operation trace information of user based on described touch-screen;
Determine the editing interface of the application that will show according to the operation trace information got, and the editing interface determined is showed user.
7. method according to claim 6, is characterized in that,
Described operation trace comprises: writing pencil movement locus, finger motion locus;
Described acquisition user comprises based on the operation trace information of described touch-screen:
By electromagnetic induction technology, obtain the writing pencil motion track information of user;
By monitor user ' finger pressing on described touch-screen, mobile and lift event coordinates, obtain the finger motion locus information of user.
8. the method according to claim 6 or 7, is characterized in that,
The operation trace information that described basis gets determines the editing interface of the application that will show, and shows user to comprise the editing interface determined:
Determine the action identification that operation trace information is corresponding and application identities;
By in application corresponding for the application identities determined, the editing interface corresponding with the action identification determined show user.
9. method according to claim 8, is characterized in that,
Describedly determine that the action identification that operation trace information is corresponding and application identities comprise:
Determine the operational motion of user according to operation trace information, and obtain corresponding action identification;
Determine the center point coordinate of the operation trace of user, and determine the application icon that each this center point coordinate of application icon middle distance that described touch-screen is shown is nearest further, using the application identities of this application icon as application identities corresponding to operation trace information;
Described by application corresponding for the application identities determined, the editing interface corresponding with the action identification determined show user to comprise:
According to the corresponding relation between the action identification pre-set and the editing interface of application, by application corresponding for the application identities received, the editing interface corresponding with the action identification received show user.
10. method according to claim 9, is characterized in that,
Described center point coordinate is P
0(X
0, Y
0), X
0=(x
1+ x
2+ ...+x
n)/n, Y
0=(y
1+ y
2+ ...+y
n)/n;
Wherein, x
nfor the horizontal ordinate of each pixel in operation trace, y
nfor the ordinate of each pixel in operation trace, n is the pixel number that operation trace comprises.
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Application publication date: 20150826 |