CN105159562A - User interface based operation trigger method and apparatus and terminal device - Google Patents
User interface based operation trigger method and apparatus and terminal device Download PDFInfo
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- CN105159562A CN105159562A CN201510624935.1A CN201510624935A CN105159562A CN 105159562 A CN105159562 A CN 105159562A CN 201510624935 A CN201510624935 A CN 201510624935A CN 105159562 A CN105159562 A CN 105159562A
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Abstract
The invention discloses a user interface based operation trigger method and apparatus and a terminal device. The operation trigger method comprises: confirming a moving object selected in a user interface and each operation trigger region in the user interface; when a moving operation is released within a preset duration, verifying a moving track of the moving object to be a straight line and confirming the direction of the moving track; and continuously simulating the moving operation on the moving object according to the direction of the moving track, finally entering the operation trigger region pointed by the moving track and performing a corresponding operation by triggering. According to the user interface based operation trigger method and apparatus, the moving distance can be greatly reduced and the intention of a user is understood by intelligently judging operation direction, speed and distance, so that the operation of moving the moving object to the operation trigger region is automatically finished; and the corresponding operation can be finished without the need for moving the moving object to a specified position, so that the moving operation is greatly simplified and the operation and control costs are reduced.
Description
Technical field
The invention belongs to computer realm, specifically, relate to a kind of operation triggering method based on user interface, device and terminal device.
Background technology
No matter user interface is now based on touch screen or based on traditional display screen, can by put in user interface button, icon form as man-machine interaction entrance, user can complete respective operations by button click and/or icon.
Remove the operation of above-mentioned click, also there is drag operation mode.User chooses the object in user interface, is moved to the button area in user interface, then discharges described object, and namely described object activates described button and perform instruction corresponding to described button in button area.Such as: in Android mobile phone, when deleting the application icon on user's desktop, can by continuing by described application icon thus described application icon being become selected state, simultaneously be provided with dustbin icon on a user interface and can have manipulated region, described application icon is moved to dustbin icon by user or it can manipulate region and application icon can be deleted from desktop.
When application touch control screen operation user interface, the finger of user is owing to needing the operations such as upper scroll down usually at the center being in user interface, and the operation such as interactive button toggle area designs the periphery in user interface usually, when carrying out interactive operation, finger will move to edge from center, especially when performing mobile operation, stroke is longer, inconvenient operation and be easy to maloperation occurs.
When applying ordinary screen and using mouse-operated user interface, the operation such as interactive icons toggle area designs comparatively disperse usually, and ordinary screen is often larger, many times stroke can be very long when performing mobile operation to use mouse, be easy to maloperation occurs, and operation is very inconvenient, this point shows particularly evident when the physical space of mouse action is not enough, even need repeatedly to lift mouse with hand again in movement and retract start bit continuation movement, come and go repeatedly just can complete and once move.
Summary of the invention
In view of this, technical matters to be solved by this invention there is provided a kind of operation triggering method based on user interface, device and terminal device, displacement can be greatly reduced, and automatically complete by the intention of the intelligent decision of direction of operating, speed, distance being understood to user operation mobile object being moved to operation toggle area, do not need that mobile object is moved to assigned address and namely complete respective operations, greatly simplifie mobile operation, reduce manipulation cost.
In order to solve the problems of the technologies described above, the invention discloses a kind of operation triggering method based on user interface, comprising: confirm each operation toggle area in mobile object selected on a user interface and described user interface; Until described movement operate in be released in preset time period time, verify that the motion track of described mobile object is straight line and determines the direction of described motion track; Continue simulation according to the direction of described motion track to operate moving of described mobile object, finally enter the operation toggle area of described motion track sensing and trigger execution corresponding operating.
Further, verify that the motion track of described mobile object is the step of straight line, comprising: be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
Further, with at least three location points on motion track described in Fixed Time Interval record.
Further, determine the step in the direction of described motion track, comprising: be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track successively; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes.
Further, with at least three location points on motion track described in Fixed Time Interval record.
Further, described operation toggle area, the display that the control for described operation correspondence takies in described user interface and sensitive zones.
Further, when continuing to simulate described mobile operation according to described direction, generate motion track in described mobile operation d/d position continuation and be presented in described user interface.
Further, described mobile operation, for continuing the operation of movement to the described mobile object chosen, comprise following one or more combination: by the slip pulling, producing by continuing keypad operating key pulling, clicked by user's mouse of touch manner.
The corresponding operating of described operation toggle area, comprises following one or more combination: share operation, collection operation, deletion action and shearing manipulation.
In order to solve the problems of the technologies described above, the invention also discloses a kind of operation flip flop equipment based on user interface, comprising: configuration module, for confirming each operation toggle area in mobile object selected on a user interface and described user interface; Identification module, when being released in preset time period for operating in until described movement, verifies that the motion track of described mobile object is straight line and determines the direction of described motion track; Trigger module, operating moving of described mobile object for continuing simulation according to the direction of described motion track, finally entering the operation toggle area of described motion track sensing and triggering execution corresponding operating.
Further, described identification module, for being moved to from described mobile object in the described mobile operation d/d period, records at least three location points on described motion track; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
Further, described identification module, for at least three location points on motion track described in Fixed Time Interval record.
Further, described identification module, for being moved to from described mobile object in the described mobile operation d/d period, records at least three location points on described motion track successively; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes.
Further, described identification module, for at least three location points on motion track described in Fixed Time Interval record.
Further, described trigger module, time also for continuing to simulate described mobile operation according to described direction, generating motion track in described mobile operation d/d position continuation and being presented in described user interface.
Further, each operation toggle area in the described user interface that described configuration module confirms, for operating with described the display and sensitive zones that corresponding control takies in described user interface.
In order to solve the problems of the technologies described above, the invention also discloses a kind of terminal device, comprise: display, input equipment, input control device, graphic process unit and central processing unit, wherein, described display, for showing the user interface with one or more object and one or more operation toggle area, also for showing the motion track described object being moved to operation; Described input equipment, carries out moving operation for alternative in described user interface; Described input control device, for knowing described mobile operation, and detects that described movement operates in when being released in preset time period and notifies described central processing unit; Described graphic process unit, for continuing the mobile operation of simulation to described object, the operation toggle area that the described motion track that acquisition finally enters points to according to the direction of motion track; Described central processing unit, for verifying that the motion track of described mobile operation is straight line and determines the direction of described motion track, also for performing the respective operations of the described operation toggle area finally entered, and logic control is carried out to described display, input control device and graphic process unit.
Further, described central processing unit, when the motion track of the described object of checking is straight line, for being moved in the described mobile operation d/d period from described object, with at least three location points on motion track described in Fixed Time Interval record record; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
Further, described central processing unit, when determining the direction of described motion track, for being moved in the described mobile operation d/d period from described object, successively with at least three location points on motion track described in Fixed Time Interval record; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes;
Further, described graphic process unit, time also for continuing to simulate described mobile operation according to described direction, being generated motion track in described mobile operation d/d position continuation and being presented in described user interface by described display.
Compared with existing scheme, the technique effect that the present invention obtains:
1) when performing mobile operation, stroke is longer, inconvenient and be easy to maloperation occurs, application this programme then can greatly reduce displacement, and automatically complete by the intention of the intelligent decision of direction of operating, speed, distance being understood to user operation mobile object being moved to operation toggle area, do not need that mobile object is moved to assigned address and namely complete respective operations, greatly simplifie mobile operation, reduce manipulation cost.
2) mobile operation is simplified above-mentioned, while reducing manipulation cost, generate motion track when continuing to simulate described mobile operation according to described direction and show on a user interface, can give user certain visual effect like this, operation mobile object is thrown out of along with mobile, automatically bullet, to target, can bring the joyful sense of operation greatly to user fast.
3) while realizing this programme, take into account prior art simultaneously, can realize entering trigger action region thus executable operations by the mobile mode thrown away, and by traditional clicking trigger operating area or by accurately moving to trigger action region and the mode of release also can reach effect same, further enhancing interaction.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of the embodiment of the present invention;
Fig. 2 is the structure drawing of device of the embodiment of the present invention;
Fig. 3 is the terminal device structural drawing of the embodiment of the present invention.
Embodiment
Graphic and embodiment below will be coordinated to describe embodiments of the present invention in detail, by this to the present invention how application technology means solve technical matters and the implementation procedure reaching technology effect can fully understand and implement according to this.
Core idea of the present invention is: confirm each operation toggle area in mobile object selected on a user interface and described user interface; Until described movement operate in be released in preset time period time, verify that the motion track of described mobile object is straight line and determines the direction of described motion track; Continue described movement of simulation according to described direction to operate, finally enter the operation toggle area of described motion track sensing and trigger execution corresponding operating.
Described mobile operation, for continuing the operation of movement to the described mobile object chosen, comprises following one or more combination: by the slip pulling, producing by continuing keypad operating key pulling, clicked by user's mouse of touch manner.
The corresponding operating of described operation toggle area, comprises following one or more combination: share operation, collection operation, deletion action and shearing manipulation (such as moving in and out file).
The present invention can be applicable on browser, and word content will be chosen to be thrown to the enterprising line search of search box, is got rid of by current article carry out corresponding operating to sharing button, collection button etc. when browsing article,
When checking picture, directly the picture liked can be got rid of and carry out corresponding operating to sharing button, collection button etc.
The present invention can be applicable on operation desktop, gets rid of to delete to dustbin or get rid of to arrange to file desktop the icon be present on desktop, application program.
The present invention also may be used in cloud hard disk or cloud photograph album, by the mode of getting rid of to photograph album arranges photo album by photo, or arranges cloud hard disk by the mode of being got rid of by file to catalogue.
With an embodiment, method of the present invention is described below.As shown in Figure 1, operation is as follows performed:
Step 100, confirms each operation toggle area in mobile object selected on a user interface and described user interface;
Below in two sub-sections this step is described:
1) described operation toggle area, for operating with described the display and sensitive zones that corresponding control takies in described user interface; The mode of described sensing, generally comprises pressure sensing, gravity sensitive, luminous effect sensing, photoelectric sensing etc.; Described control generally shows as button or icon etc., can perform corresponding operating by clicking trigger control; Touching or click control itself and neighboring area can trigger action, so the region in control itself and periphery certain limit is all operation toggle area.Such as, the dustbin icon in user interface, dustbin icon and periphery thereof can manipulate region and operate toggle area exactly, and what perform after triggering described region is deletion action.
It should be noted that, best realize effect to obtain, the position of operation toggle area is preferably in the edge of user interface to reduce memory cost, and is also easy to realization and operates; Simultaneously in order to realize the present invention more accurately, the quantity of the operation toggle area in user interface can not be too many, otherwise easily maloperation occurs.
With an application example, application scenarios of the present invention is described below.
The preset operation toggle area of user interface is not too many, the user interface of rectangle is not advised more than 8 operation toggle area.In the user interface of rectangle, the region of easily memory be upper, right, under, four frames in a left side; And the exposed region of these four frames is also maximum, it is therefore the operation toggle area that the most acceptant mobile object triggers.Secondly can setting operation toggle area be the position at upper left, upper right, bottom right, four angles, lower-left.When design operation toggle area, should the area of suitable enlarged area, accurate control can be ensured further like this.
Certainly except above set-up mode, also can on a user interface by arranging as the button such as dustbin, file or icon and arbitrarily placing the position be applicable to, to described button or icon and neighboring area thereof for operating toggle area.
2) confirm that namely mobile object selected on a user interface identifies on a user interface to be chosen by user and to carry out the mobile object of movement, described mobile object is one or more, described mobile object is exercisable mobile object in any user interface, can be application program, picture, word, figure, icon, audio and video resources and above combination in any move.
Step 200, until described movement operate in be released in preset time period time, verify that the motion track of described mobile object is straight line and determines the direction of described motion track;
There is the operation of three parts in this step:
1) monitoring velocity---be released to judge there occurs by monitoring described mobile operation in preset time period and mobile object is moved and the action thrown out of taking advantage of a situation;
Described mobile operation be released to point when referring to mobile with finger in touch screen lift mouse length when frameing out or move with mouse by left button lift;
If described movement and release operation occur in a preset time period, because preset time period is usually very short, such as 1 second, be moved within the so short time, will inevitably there is speed in the direction of movement, this just can judge to there occurs movement and the action thrown out of taking advantage of a situation.
If described movement and release operation do not occur in a preset time period, such as in preset time period, not there is release movement, namely point and be not lifted away from mobile object or mouse and still continue mobile object in point, general estimation is in other operation of execution in the case, be not the operation that the present invention is concerned about, now do not perform the corresponding command.
2) track is monitored linear---judge there occurs and mobile object to be moved and after the action thrown out taken advantage of a situation, then verify that the motion track of described mobile object is straight line;
First, be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track; General with less Fixed Time Interval record position point, at least record three location points, 20 points in practice, can be recorded.
Afterwards, obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines, when all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is near linear.Because the moment fast operating of movement is difficult to accurate control, and in fact movement is also difficult to keep straight line accurately, what therefore adopt is near linear verification mode herein, approximation operation is completed by predetermined threshold value, described predetermined threshold value is actually the permissible error value judging near linear. and under this permissible error value, can think and the point on curve can be drawn over to one's side as much as possible on straight line thus form near linear.Described predetermined threshold value generally rule of thumb sets, and in practice, predetermined threshold value setting is no more than 5%, is generally set between 2%-2.5%.
It should be noted that, according to this method, as found, between any adjacent line, slope difference exceedes threshold values, then near linear authentication failed, illustrates that user is probably carrying out other operation in the case, instead of the operation that the present invention is concerned about, so do not perform the corresponding command.
3) user view is judged---determine the direction of described motion track;
In the location point recorded before, choose at least three continuous print location points of front on described motion track, at least three points can determine a direction, and four points are also passable;
Obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes, according to the mean value determination straight line of described all slopes, the sensing of this straight line is exactly the direction of described motion track.
It should be noted that above-mentioned 2), 3) in slope calculations time, the same coordinate system is reference all the time, such as with the transverse and longitudinal axle of user interface for reference coordinate system, certainly the present invention is not limited thereto.
Step 300, continues described movement of simulation according to described direction and operates, finally enter the operation toggle area of described motion track sensing and trigger execution corresponding operating;
When continuing to simulate described mobile operation according to described direction, generate motion track and show on a user interface, can give user certain visual effect like this, operation mobile object is thrown out of along with mobile, automatically bullet, to target, can bring the joyful sense of operation greatly to user fast.
Certainly, finally may not enter any operation toggle area yet, there is no executable command, therefore can not trigger execution corresponding operating, discharge selected mobile object, do not do any operation.
Describe method of the present invention with an application example to be below described.
Preset upper left, upper right, bottom right, angle, four, lower-left are operation toggle area on a user interface, and wherein the upper right corner performs the operation of deleting mobile object after being triggered.User chooses the icon A being in bottom in user interface with finger touch, it moved to the upper right corner and throw away, wanting to be deleted.Certainly, this application example also can be that user chooses icon A with mouse click, and long by it being moved to the upper right corner and throwing away.
Now first monitor icon A be long pressed thus change over selected state, frame out to finger at above-mentioned 1 second monitoring in time, illustrate that icon A is moved a segment distance and discharges, now can judge there occurs and icon A is moved and the operation thrown away.
Also the record of location point will be carried out with the time interval of 50 milliseconds within the 1 second time of above-mentioned monitoring.First have recorded the location point A1 that icon A is long pressed, detect the current touch location A2 recording finger after 50 milliseconds, the continuous record position of reciprocation cycle, the position until finger frames out, at least to record 3 location points A1, A2, A3,20 location points can be recorded at most.
Determine that their line is L1 by location point A1, A2, then determine that their line is L2 by location point A2, A3, compared by the slope of L1 and L2, the difference between them is less than threshold values 5%, is similar to and thinks that L1 and L2 is on same straight line.Ask for the slope of the line between the point of all adjacent positions according to this method, compare the slope differences between adjacent connection lines, find that any one slope differences is all more than 5%, then judge that the motion track of icon A is approximately straight line.
In the mobile operating process of icon A, along with moving distance is more and more far away, the mobile difficulty controlled can strengthen thereupon, and error will slowly become large, therefore it is generally acknowledged that the shift action started most can embody user view the most accurately.Preferentially calculate from the starting position of icon A when determining trajectory direction thus, from first location point A1, get three somes A1, A2, A3 at least continuously, four points are also passable, because at least 3 points can determine a direction.Location point A1, A2 determine that their line is L1, location point A2, A3 determine that their line is L2, then can calculate the mean value of the slope of L1 and L2, just can determine the direction of straight line according to this mean value, this direction is exactly the direction of the motion track of approximate icon A.
The mobile operation of simulation icon A is continued according to described direction, generate the motion track with visual effect also to show on a user interface, the position perfect transition that this visual effect generated is lifted by finger also continues, that the quick bullet of icon A flies to the visual experience of user, this visual effect is synchronous with the motion track continuing to simulate, finally enter the upper right corner of user interface, automatically perform deletion action.
After carrying into execution a plan the whole display effect presented on a user interface be icon A along with mobile be thrown out of and automatically fast bullet fly, the joyful sense of operation greatly can be brought to user.
Be described device of the present invention with an embodiment below, described device is corresponding with said method flow process, and weak point can with reference to said method part.As shown in Figure 2, for a kind of based on the mobile-initiated device of user interface, comprising: configuration module 1, identification module 2 and trigger module 3.
Configuration module 1, for confirming each operation toggle area in mobile object selected on a user interface and described user interface, operation toggle area is operate with described the display and sensitive zones that corresponding control takies in described user interface;
Identification module 2, when being released in preset time period for operating in until described movement, verifies that the motion track of described mobile object is straight line and determines the direction of described motion track;
Trigger module 3, for continuing according to described direction, simulation is described moves operation, finally enters the operation toggle area of described motion track sensing and triggers execution corresponding operating.
Identification module 2, when the motion track of the described mobile object of checking is straight line, be further used for being moved to from described mobile object in the described mobile operation d/d period, with at least three location points on motion track described in Fixed Time Interval record record; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
Identification module 2, when determining the direction of described motion track, is further used for being moved to from described mobile object in the described mobile operation d/d period, successively with at least three location points on motion track described in Fixed Time Interval record; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes
Trigger module 3, time also for continuing to simulate described mobile operation according to described direction, generating motion track in described mobile operation d/d position continuation and being presented in described user interface.
Be described terminal device of the present invention with an embodiment below, described terminal device and said apparatus, method flow are corresponding, and weak point can with reference to said method, device section.As shown in Figure 3, a kind of terminal with mobile operation Trigger Function, comprising: display 10, input equipment 20, input control device 30, GPU (graphic process unit) 40 and CPU (central processing unit) 50;
Display 10, for showing the user interface with one or more object and one or more operation toggle area, also for showing the motion track described object being moved to operation;
Input equipment 20, for for user on a user interface alternative carry out moving operation;
Input control device 30, for carrying out logic control to input equipment 20, knows the described mobile operation completed by input equipment 20, and detects that described movement operates in notice CPU50 when being released in preset time period;
GPU40, for continuing the mobile operation of simulation to described object, the operation toggle area that the described motion track that acquisition finally enters points to according to the direction of motion track.
CPU50, for verifying that the motion track of described object is straight line and determines the direction of described motion track, also for performing the respective operations of the described operation toggle area finally entered that GPU40 obtains, and logic control is carried out to display 10, input control device 30 and GPU40.
CPU50, when the motion track of the described object of checking is straight line, is further used for being moved to from described object in the described mobile operation d/d period, with at least three location points on motion track described in Fixed Time Interval record record; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
CPU50, when determining the direction of described motion track, is further used for being moved to from described mobile object in the described mobile operation d/d period, successively with at least three location points on motion track described in Fixed Time Interval record; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes;
GPU40, time also for continuing to simulate described mobile operation according to described direction, being generated motion track in described mobile operation d/d position continuation and being presented in described user interface by display 10.
In practice, described display can be CRT (cathode-ray tube (CRT)) display, also can be the LCD display adopting LCD (liquid crystal) panel;
Described input equipment can be mouse, keyboard, also can be the pressure transducer covered on the liquid crystal panel of display, described like this pressure transducer and display panels thus form a touch-screen; Certainly can also be that the present invention is not limited to this as other sensors such as gravity sensitive, luminous effect sensing, photoelectric sensings;
When described input equipment is mouse, keyboard, input control device is the control chips such as i8042 chip, when described input equipment is various sensor, input control device can be resistance type touching control panel controller, capacitance type touch-control panel controller, surface acoustic wave touch screen control or multi-point touch-control panel controller etc.;
GPU is the display chip be positioned on display card, provides image operation and special effect processing specially;
CPU is arithmetic core and control core, and it is for data in computer for controlling instruction and process computer.
The present invention can be applied to as mobile terminals such as mobile phone, palm PC, panel computer, portable notebook computers, also can be applied to desktop computer, server, workstation etc.
It should be noted that, when not conflicting, the embodiment in the present invention and the feature in embodiment can combination in any mutually.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art can make various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the present invention.
One of ordinary skill in the art will appreciate that in said method all or part of step carrys out instruction by program, related hardware completes, described program can be stored in computer-readable recording medium, as ROM (read-only memory), disk or CD etc.Alternatively, all or part of step of above-described embodiment also can use one or more integrated circuit to realize.Correspondingly, each module/unit in above-described embodiment can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.
A1, a kind of operation triggering method based on user interface, is characterized in that, comprising:
Confirm each operation toggle area in mobile object selected on a user interface and described user interface;
Until described movement operate in be released in preset time period time, verify that the motion track of described mobile object is straight line and determines the direction of described motion track;
Continue simulation according to the direction of described motion track to operate moving of described mobile object, finally enter the operation toggle area of described motion track sensing and trigger execution corresponding operating.
A2, operation triggering method as described in claim a1, is characterized in that, verify that the motion track of described mobile object is the step of straight line, comprise further:
Be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track;
Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines;
When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
A3, operation triggering method as described in claim a2, is characterized in that,
With at least three location points on motion track described in Fixed Time Interval record.
A4, operation triggering method as described in claim a1, is characterized in that, determine the step in the direction of described motion track, comprise further:
Be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track successively;
Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes;
The direction of described motion track is determined according to the mean value of described all slopes.
A5, operation triggering method as described in claim a4, is characterized in that,
With at least three location points on motion track described in Fixed Time Interval record.
A6, operation triggering method as described in claim a1, is characterized in that,
Described operation toggle area, the display that the control for described operation correspondence takies in described user interface and sensitive zones.
A7, operation triggering method as described in claim a1, is characterized in that,
When continuing to simulate described mobile operation according to described direction, generate motion track in described mobile operation d/d position continuation and be presented in described user interface.
A8, operation triggering method as described in claim a1, is characterized in that,
Described mobile operation, for continuing the operation of movement to the described mobile object chosen, comprises following one or more combination: by the slip pulling, producing by continuing keypad operating key pulling, clicked by user's mouse of touch manner.
The corresponding operating of described operation toggle area, comprises following one or more combination: share operation, collection operation, deletion action and shearing manipulation.
B9, a kind of operation flip flop equipment based on user interface, is characterized in that, comprising:
Configuration module, for confirming each operation toggle area in mobile object selected on a user interface and described user interface;
Identification module, when being released in preset time period for operating in until described movement, verifies that the motion track of described mobile object is straight line and determines the direction of described motion track;
Trigger module, operating moving of described mobile object for continuing simulation according to the direction of described motion track, finally entering the operation toggle area of described motion track sensing and triggering execution corresponding operating.
B10, operation flip flop equipment as described in claim b9, is characterized in that,
Described identification module, is further used for being moved to from described mobile object in the described mobile operation d/d period, records at least three location points on described motion track; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
B11, operation flip flop equipment as described in claim b10, is characterized in that,
Described identification module, is further used for at least three location points on motion track described in Fixed Time Interval record.
B12, operation flip flop equipment as described in claim b9, is characterized in that,
Described identification module, is further used for being moved to from described mobile object in the described mobile operation d/d period, records at least three location points on described motion track successively; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes.
B13, operation flip flop equipment as described in claim b12, is characterized in that,
Described identification module, is further used for at least three location points on motion track described in Fixed Time Interval record.
B14, operation flip flop equipment as described in claim b9, is characterized in that,
Described trigger module, time also for continuing to simulate described mobile operation according to described direction, generating motion track in described mobile operation d/d position continuation and being presented in described user interface.
B15, operation flip flop equipment as described in claim b9, is characterized in that,
Each operation toggle area in the described user interface that described configuration module confirms, for operating with described the display and sensitive zones that corresponding control takies in described user interface.
C16, a kind of terminal device, is characterized in that, comprising: display, input equipment, input control device, graphic process unit and central processing unit, wherein,
Described display, for showing the user interface with one or more object and one or more operation toggle area, also for showing the motion track described object being moved to operation;
Described input equipment, carries out moving operation for alternative in described user interface;
Described input control device, for knowing described mobile operation, and detects that described movement operates in when being released in preset time period and notifies described central processing unit;
Described graphic process unit, for continuing the mobile operation of simulation to described object, the operation toggle area that the described motion track that acquisition finally enters points to according to the direction of motion track;
Described central processing unit, for verifying that the motion track of described mobile operation is straight line and determines the direction of described motion track, also for performing the respective operations of the described operation toggle area finally entered, and logic control is carried out to described display, input control device and graphic process unit.
C17, terminal device as described in claim c16, is characterized in that,
Described central processing unit, when the motion track of the described object of checking is straight line, be further used for being moved to from described object in the described mobile operation d/d period, with at least three location points on motion track described in Fixed Time Interval record record; Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines; When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
C18, terminal device as described in claim c16, is characterized in that,
Described central processing unit, when determining the direction of described motion track, is further used for being moved to from described object in the described mobile operation d/d period, successively with at least three location points on motion track described in Fixed Time Interval record; Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes; The direction of described motion track is determined according to the mean value of described all slopes;
C19, terminal device as described in claim c16, is characterized in that,
Described graphic process unit, time also for continuing to simulate described mobile operation according to described direction, being generated motion track in described mobile operation d/d position continuation and being presented in described user interface by described display.
Claims (10)
1., based on an operation triggering method for user interface, it is characterized in that, comprising:
Confirm each operation toggle area in mobile object selected on a user interface and described user interface;
Until described movement operate in be released in preset time period time, verify that the motion track of described mobile object is straight line and determines the direction of described motion track;
Continue simulation according to the direction of described motion track to operate moving of described mobile object, finally enter the operation toggle area of described motion track sensing and trigger execution corresponding operating.
2. operate triggering method as claimed in claim 1, it is characterized in that, verify that the motion track of described mobile object is the step of straight line, comprise further:
Be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track;
Obtain the slope of line between adjacent two location points, and calculate the slope difference between each adjacent connection lines;
When all slope differences are all less than predetermined threshold value, verify that the motion track of described mobile object is straight line.
3. operate triggering method as claimed in claim 2, it is characterized in that,
With at least three location points on motion track described in Fixed Time Interval record.
4. operate triggering method as claimed in claim 1, it is characterized in that, determine the step in the direction of described motion track, comprise further:
Be moved to from described mobile object in the described mobile operation d/d period, record at least three location points on described motion track successively;
Choose at least three continuous print location points of front on described motion track, obtain the slope of line between adjacent two location points, and calculate the mean value of all slopes;
The direction of described motion track is determined according to the mean value of described all slopes.
5. operate triggering method as claimed in claim 4, it is characterized in that,
With at least three location points on motion track described in Fixed Time Interval record.
6. operate triggering method as claimed in claim 1, it is characterized in that,
Described operation toggle area, the display that the control for described operation correspondence takies in described user interface and sensitive zones.
7. operate triggering method as claimed in claim 1, it is characterized in that,
When continuing to simulate described mobile operation according to described direction, generate motion track in described mobile operation d/d position continuation and be presented in described user interface.
8. operate triggering method as claimed in claim 1, it is characterized in that,
Described mobile operation, for continuing the operation of movement to the described mobile object chosen, comprises following one or more combination: by the slip pulling, producing by continuing keypad operating key pulling, clicked by user's mouse of touch manner;
The corresponding operating of described operation toggle area, comprises following one or more combination: share operation, collection operation, deletion action and shearing manipulation.
9., based on an operation flip flop equipment for user interface, it is characterized in that, comprising:
Configuration module, for confirming each operation toggle area in mobile object selected on a user interface and described user interface;
Identification module, when being released in preset time period for operating in until described movement, verifies that the motion track of described mobile object is straight line and determines the direction of described motion track;
Trigger module, operating moving of described mobile object for continuing simulation according to the direction of described motion track, finally entering the operation toggle area of described motion track sensing and triggering execution corresponding operating.
10. a terminal device, is characterized in that, comprising: display, input equipment, input control device, graphic process unit and central processing unit, wherein,
Described display, for showing the user interface with one or more object and one or more operation toggle area, also for showing the motion track described object being moved to operation;
Described input equipment, carries out moving operation for alternative in described user interface;
Described input control device, for knowing described mobile operation, and detects that described movement operates in when being released in preset time period and notifies described central processing unit;
Described graphic process unit, for continuing the mobile operation of simulation to described object, the operation toggle area that the described motion track that acquisition finally enters points to according to the direction of motion track;
Described central processing unit, for verifying that the motion track of described mobile operation is straight line and determines the direction of described motion track, also for performing the respective operations of the described operation toggle area finally entered, and logic control is carried out to described display, input control device and graphic process unit.
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| CN102662586A (en) | 2012-09-12 |
| CN102662586B (en) | 2015-11-25 |
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