CN104182116A - View processing method and view processing terminal - Google Patents
View processing method and view processing terminal Download PDFInfo
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- CN104182116A CN104182116A CN201310195263.8A CN201310195263A CN104182116A CN 104182116 A CN104182116 A CN 104182116A CN 201310195263 A CN201310195263 A CN 201310195263A CN 104182116 A CN104182116 A CN 104182116A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
- G06F3/0485—Scrolling or panning
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Abstract
The invention provides a view processing method and a view processing terminal. The view processing method comprises the following steps: acquiring to-be-moved distance information of a current first window view; generating a second display position according to the to-be-moved distance information and a current first display position of the first window view; drawing a second window view according to the first window view and the second display position; switching display of the first window view at the first display position into display of the second window view at the second display position. According to the view processing method and the view processing terminal, the views displayed by a terminal display screen can be moved, and a user can conveniently operate the views.
Description
Technical field
The present invention relates to moving communicating field, refer to especially a kind of view disposal route and view processing terminal.
Background technology
Along with the fast development of mobile science and technology and the continuous reduction of price, the use of various giant-screen mobile terminals for example mobile phone, panel computer is more and more universal, and mobile phone and panel computer are being played the part of more and more consequence in people's life.Along with progressively popularizing of mobile phone and panel computer, handset touch panel curtain is gradually to the trend development of giant-screen, widescreen, and panel computer is to the future development of the small screen.Thus, the advantage that causes hand of script just can play mobile phone well has not existed, and meanwhile, it is increasing that the diminishing of panel computer size makes one hand play the possibility of panel computer well, but because the inborn size restrictions of panel computer makes possibility that one hand plays panel computer well always in the far away state of being close at hand.
As can be seen here, the touch screen operation mode of current existing mobile terminal (mobile phone of giant-screen, undersized panel computer) is all that man-machine interaction is realized in the fixing layout that on click (or slip) screen, figure shows, fixing position.It is comparatively inflexible that this man-machine interaction mode seems, user's operation and experience are subject to the restriction of user's hand size, screen size, cause inconvenience to the user.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of view disposal route and view processing terminal, can facilitate the operation of the view of user to terminal display screen demonstration.
For solving the problems of the technologies described above, embodiments of the invention provide technical scheme as follows:
On the one hand, provide a kind of view disposal route, be applied to terminal, comprising:
Obtain the moving distance information for the treatment of of current first window view;
According to described moving distance information and the first current display position of described first window view treated, generate the second display position;
According to described first window view and described the second display position, draw Second Window view;
Show described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.
Before the described step for the treatment of moving distance information of obtaining current first window view, described method also comprises:
The first view that receives user's input moves triggering command.
The described step for the treatment of moving distance information of obtaining current first window view comprises:
Obtain the first displacement and the mobile duration that continues of user's move operation on the touch-screen of terminal;
Continue duration according to described the first displacement and described movement, generate the moving distance information for the treatment of of first window view.
On the touch-screen of described terminal, set up two-dimensional coordinate system; Described the first displacement is included in the first movement value in the X-direction of described two-dimensional coordinate system and the second movement value in Y direction;
Described according to described the first displacement and the lasting duration of described movement, the step for the treatment of moving distance information that generates first window view comprises:
Continue the shifter factor in duration and X-direction according to described the first movement value, described movement, calculate the moving distance information for the treatment of in X-direction;
Continue the shifter factor in duration and Y direction according to described the second movement value, described movement, calculate the moving distance information for the treatment of in Y direction.
Describedly show that from showing that at described the first display position described first window view is switched at described the second display position the step of described Second Window view is specially:
Sliding into the process of described the second display position from described the first display position, draw at different display positions the window view that different display positions are corresponding, and switch and show window view corresponding to different display positions at different display positions.
Described from showing that at described the first display position described first window view was switched to before described the second display position shows the step of described Second Window view, described method also comprises:
Obtain the switch speed of described first window view to described Second Window view;
The described step in window view corresponding to the different different display positions of display position switching demonstration is specially:
, switch and show window view corresponding to different display positions with pattern at the uniform velocity at different display positions for speed at the uniform velocity with described switch speed; Or
Taking described switch speed as top speed, switch and show window view corresponding to different display positions with deceleration mode after first accelerating at different display positions.
Describedly obtain described first window view and be specially to the step of the switch speed of described Second Window view:
Obtain the first displacement and the mobile duration that continues of user's move operation on the touch-screen of described terminal;
Continue duration according to described the first displacement and described movement, generate the switch speed of described first window view to described Second Window view.
The described step for the treatment of moving distance information of obtaining current first window view is specially:
Receive the moving distance information for the treatment of of the first window view inputted by user interface of user.
Before the described step for the treatment of moving distance information of obtaining current first window view, described method also comprises:
Receive second of user's input and move triggering command;
Obtain the moving distance information for the treatment of of Second Window view;
According to described Second Window view treat moving distance information and described the second display position, generate the 3rd display position;
According to described Second Window view and described the 3rd display position, draw the 3rd window view;
Show described the 3rd window view at described the 3rd display position.
On the other hand, provide a kind of view processing terminal, comprising:
Acquiring unit, obtains the moving distance information for the treatment of of current first window view;
Generation unit, according to described moving distance information and the first current display position of described first window view treated, generates the second display position;
Drawing unit, according to described first window view and described the second display position, draws Second Window view;
Display unit, shows described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.
Described view processing terminal, also comprises:
Receiving element, the first view that receives user's input moves triggering command.
On described view processing terminal, be provided with button;
Described receiving element is specially: receive user and move triggering command by operating described button inputted the first view.
Described receiving element is also specially: receive user by the described button inputted mobile view mode exit instruction of operation.
Embodiments of the invention have following beneficial effect:
In such scheme, move by the view that terminal display screen is shown, make button or the menu dynamic of inconvenient user's operation on original view move to suitable position, facilitated user's operation.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of an embodiment of a kind of view disposal route of the present invention;
Fig. 2 is that in the embodiment of the present invention, view moves the front display effect figure at display screen;
Fig. 3 be in the embodiment of the present invention view move after at the display effect figure of display screen;
Fig. 4 is the schematic flow sheet of another embodiment of a kind of view disposal route of the present invention;
Fig. 5 is according to the schematic diagram of the terminal of the embodiment of the present invention;
Fig. 6 is the schematic flow sheet of another embodiment of a kind of view disposal route of the present invention;
Fig. 7 is the connection diagram of view processing terminal of the present invention.
Embodiment
For technical matters, technical scheme and advantage that embodiments of the invention will be solved are clearer, be described in detail below in conjunction with the accompanying drawings and the specific embodiments.
As shown in Figure 1, for a kind of view disposal route of the present invention, be applied to terminal, comprise:
Step 11, the first view that receives user's input moves triggering command; This step is specially: the button on user's operating terminal or button, input the first view moves triggering command.
Step 12, obtains the moving distance information for the treatment of of current first window view; This step is specially: user's finger moves on the touch-screen of terminal, and described terminal, according to the first moving distance information of finger, generates the moving distance information for the treatment of of first window view.
Step 13, according to described moving distance information and the first current display position of described first window view treated, generates the second display position; For example, Fig. 2 shows the display effect of first window view at display screen.
Step 14, according to described first window view and described the second display position, draws Second Window view;
Step 15, shows described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.For example, Fig. 3 shows the display effect of Second Window view at display screen, and in figure, dotted line frame part is the described Second Window view of drawing out according to first window view and the second display position.
Optionally, the view disposal route of described terminal, also comprises:
Step 16, receives the mobile view mode exit instruction that user inputs; This step is specially: user, by discharging button or the button in terminal, inputs mobile view mode exit instruction.
Step 17, according to described mobile view mode exit instruction, is switched at described the first display position and shows described first window view from the display position of current window view.
The view disposal route of described terminal, also comprises:
Step 18, receives other normal messages of the described touch-screen of operation, and responds.
Optionally, as shown in Figure 4, be another embodiment of a kind of view disposal route of the present invention, comprising:
Step 21, the first view that receives user's input moves triggering command; This step is specially: the button on user's operating terminal or button, input the first view moves triggering command.
Step 22, moves triggering command according to described the first view, obtains the moving distance information for the treatment of of current first window view; This step is specially: user's finger moves on the touch-screen of terminal, and described terminal, according to the first moving distance information of finger, generates the moving distance information for the treatment of of first window view.
Step 23, according to described moving distance information and the first current display position of described first window view treated, generates the second display position;
Step 24, according to described first window view and described the second display position, draws Second Window view;
Step 25, obtains the switch speed of described first window view to described Second Window view; Be specially: described terminal continues duration according to described the first displacement and described movement, generate the switch speed of described first window view to described Second Window view.
Step 26, shows described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.Be specially: sliding into the process of described the second display position from described the first display position, draw at different display positions the window view that different display positions are corresponding, and switch and show window view corresponding to different display positions at different display positions.Optionally,, switch and show window view corresponding to different display positions with pattern at the uniform velocity at different display positions for speed at the uniform velocity with described switch speed; Or taking described switch speed as top speed, switch and show window view corresponding to different display positions with deceleration mode after first accelerating at different display positions.
Optionally, the view disposal route of described terminal, also comprises:
Step 27, the second view that receives user's input moves triggering command; This step is specially: user can double-click touch-screen or other instructions, and input the second view moves triggering command, view is continued mobile.
Step 28, moves triggering command according to described the second view, obtains the moving distance information for the treatment of of Second Window view; This step is specially: user's finger continues mobile on the touch-screen of terminal, and described terminal, according to the second moving distance information of finger, generates the moving distance information for the treatment of of Second Window view.
Step 29, according to described Second Window view treat moving distance information and described the second display position, generate the 3rd display position;
Step 210, according to described Second Window view and described the 3rd display position, draws the 3rd window view; Show described the 3rd window view from showing that at described the second display position described Second Window view is switched at described the 3rd display position.Be specially: sliding into the process of described the 3rd display position from described the second display position, draw at different display positions the window view that different display positions are corresponding, and switch and show window view corresponding to different display positions at different display positions.
It should be noted that, the process that window view moves can be for repeatedly, and window view can move on to the 3rd position from the second place, then moves on to the 4th position from the 3rd position again, until move to customer satisfaction system position.And, after window view has carried out repeatedly moving, can, receiving after described mobile view mode exit instruction, be switched at described the first display position and show described first window view from the display position of current window view.
Wherein, step 22 comprises:
Step 221, obtains the first displacement of user's move operation on the touch-screen of terminal and moves lasting duration;
Step 222, continues duration according to described the first displacement and described movement, generates the moving distance information for the treatment of of first window view.
On the touch-screen of described terminal, set up two-dimensional coordinate system; Described the first displacement is included in the first movement value in the X-direction of described two-dimensional coordinate system and the second movement value in Y direction;
Step 222 comprises:
Step 2221A, continues the shifter factor in duration and X-direction according to described the first movement value, described movement, calculates the moving distance information for the treatment of in X-direction;
Step 2222A, continues the shifter factor in duration and Y direction according to described the second movement value, described movement, calculates the moving distance information for the treatment of in Y direction.
Optionally, step 222 comprises:
Step 2221B treats moving distance information using the first movement value in X-direction;
Step 2222B, by described the second movement value, as the moving distance information for the treatment of in Y direction.
For example, calculating the distance (x, y) that should move when front view and the algorithm of speed (Vx, Vy) is specially: first, calculate the translational speed of pointing on touch-screen: Δ Vx=Δ x/ Δ t, Δ Vy=Δ y/ Δ t; Δ t is for continuing duration, and Δ x is the displacement of finger in the X-axis of touch-screen, and Δ y is the displacement of finger in the Y-axis of touch-screen, and Δ Vx is the translational speed of view in X-axis; Δ Vy is the translational speed of view in Y-axis.Then, be converted into distance (x, y) and the speed (Vx, Vy) that should move when front view, x=Δ Vx*u, y=Δ Vy*u, Vx=Δ Vx, Vy=Δ vy.Wherein, u is shifter factor.Its value can be determined based on experience value.This algorithm is the algorithm of illustrative, calculates the distance that should move when front view and also can adopt other algorithms.
In another embodiment, described step 22 is specially: the moving distance information for the treatment of that receives the first window view inputted by user interface of user.Can be: obtain the moving distance information that user inputs in dialog box.
Another embodiment of the present invention is below described.The view moving method that the invention provides a kind of equipment with touch-screen, comprising:
Open in view Move Mode situation user, pin " view moves Key_Move key " following (being called for short Key_Move key) and do not discharge (namely the first view mentioned above moves triggering command), start view Move Mode, meanwhile, user's finger moves on touch-screen.
Then, window manager (be called for short WM) is according to the mobile messaging receiving, and draws user to point distance mobile on touch-screen (Δ x, Δ y) and translational speed (Δ Vx, Δ Vy).
Then,, according to moving algorithm, calculate distance (x, y) and translational speed (Vx, Vy) in the horizontal and vertical orientation that view (be called for short view 1) should move.
Then, WM changes into upper left corner coordinate (x, y) lower right corner coordinate (W+x, H+y) by view 1 by upper left corner coordinate (0,0) lower right corner coordinate (W, H), and repaints the view (being called for short view 2) after moving.That is to say, the first display position of first window view can be with upper left corner coordinate (0,0) lower right corner coordinate (W, H) be reference point, the second display position of Second Window view can be taking upper left corner coordinate (x, y) lower right corner coordinate (W+x, H+y) as reference point.Meanwhile, the Process Design that view 1 transforms to view 2 is an animation process, by speed (Vx, Vy) value and animation mode (at the uniform velocity pattern, first accelerate after deceleration mode etc.) pace of change of control animation.Make like this button or the menu dynamic that on original view, are not convenient for user's one-handed performance move to suitable position, facilitated user's operation.
Now, monitor whether there is the touch-screen of double-click message.If have, view 2 no longer moves, but normal response touch-screen message.
Then, WM continues to monitor whether have the touch-screen of double-click message (trigger continuous moving pattern, namely the second view mentioned above moves triggering command).If have, view 2 can continue mobilely, and no longer responds except mobile messaging and the touch-screen message double-clicked message, is satisfied with position until view 2 moves to user.In this scene, carry out triggering terminal by double-click touch-screen message and enter the state that continues mobile view, certainly, also can adopt other message to carry out triggering terminal and enter the state that continues mobile view.
In Message Processing flowchart process, WM monitors that Key_Move key lifts message all the time.Lift message if occur, view recovers upper left corner coordinate (0,0) lower right corner coordinate (W, H), and normal response touch-screen message.
Experience in order to there is better one-handed performance, as shown in Figure 5, view is moved to the middle upper/lower positions (this sentences mobile phone is example) that button Key_Move key 8 is placed on equipment side.Simultaneously, in order to adapt to right-hand man's pattern, Key_Move key can be placed on the side being applicable to of equipment according to demand, can certainly in equipment both sides, respectively place one meets right-hand man's pattern simultaneously.
Another embodiment of the present invention is below described.Fig. 6 is the processing flow chart moving according to the view of the embodiment of the present invention, comprises the following steps:
Step S301: the in the situation that of normal running equipment, user pins Key_Move button and do not discharge, triggers the beginning that view moves flow process.
Step S302: judge whether user opens view Move Mode.If NO, enter step S303, if yes, enter step S304.
Step S303, WM abandons Key_Move press key message;
Step S304:
(1), zone bit flag_key is set to true, represents that Key_Move button is pressed and has entered view Move Mode;
(2), zone bit flag is set to true, represents to process touch-screen message by window manager WM, message can not be dispensed in current view window and process;
(3), WM according to user point displacement on touch-screen (Δ x, Δ y) and lasting duration (Δ t) calculates distance (x, y) and the speed (Vx, Vy) that should move when front view.
Wherein, calculating the distance (x, y) that should move when front view and the algorithm of speed (Vx, Vy) is specially: first, calculate the translational speed of pointing on touch-screen: Δ Vx=Δ x/ Δ t, Δ Vy=Δ y/ Δ t; Then, be converted into distance (x, y) and the speed (Vx, Vy) that should move when front view, x=Δ Vx*u, y=Δ Vy*u, Vx=Δ Vx, Vy=Δ vy.Wherein, u is shifter factor.U is defaulted as 1.2, and user can adjust according to personal habits the size of shifter factor simultaneously, but effective value is in [1-2] scope.This algorithm is the algorithm of illustrative, calculates the distance that should move when front view and also can adopt other algorithms.
Then by the upper left corner coordinate (left when front view, top), lower right corner coordinate (right, bottom) change into upper left corner coordinate (left+x, top+y), lower right corner coordinate (right+x, bottom+y), then repaint and work as front view.Meanwhile, the Process Design that view 1 transforms to view 2 is an animation process, by speed (Vx, Vy) value and animation mode (at the uniform velocity pattern, first accelerate after deceleration mode etc.) pace of change of control animation.
In addition,, in order to promote user's experience effect, can support repeatedly the operation of slip continuously, until view slides into customer satisfaction system position.
Step S305: judge whether user has carried out double click operation, and now whether flag is true.If meet two conditions, enter step S306 simultaneously; Otherwise, enter S304 step.
Step S306: zone bit flag is set to false, represents that WM no longer continues movement and works as front view, processes but touch-screen message is transmitted to current view window.
Step S307: system has judged whether whether double click operation and flag are false simultaneously, if meet two conditions simultaneously, jumps to step S304, and now user can continue the mobile position when front view (view 2).In S306 step, (can trigger continuous moving view mode for other mode of operation herein) if user double-clicks after touch-screen again, user can continue mobile when front view (view 2).
Step S308: in the time that user no longer needs the operation of view Move Mode, discharge Key_Move button.Now system zone bit flag_key and flag are set to false, and WM recovers the view coordinate position (being the coordinate of view 1) before translation, and normal process distribution touch-screen message.
As shown in Figure 7, be a kind of view processing terminal of the present invention, comprising:
Acquiring unit 31, obtains the moving distance information for the treatment of of current first window view;
Generation unit 32, according to described moving distance information and the first current display position of described first window view treated, generates the second display position;
Drawing unit 33, according to described first window view and described the second display position, draws Second Window view;
Display unit 34, shows described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.
Described view processing terminal, also comprises:
Receiving element 35, the first view that receives user's input moves triggering command.
On described view processing terminal, be provided with button;
Described receiving element 35 is specially: receive user and move triggering command by operating described button inputted the first view.Optionally, described receiving element 35 also for: receive user by the described button inputted mobile view mode exit instruction of operation.
The present invention has following technique effect:
Pin Key_Move key and slide on touch-screen according to user, dynamically determining and make the button or the menu dynamic that on original view, are not convenient for user's one-handed performance move to suitable position, user friendly operation by the coordinate position when front view.Thereby realize on the mobile device of touch screen, in the situation of user's one-handed performance, also can be completely achieved all interactive operations of controlling on touch-screen.In the time that user no longer needs mobile view also can realize man-machine interactive operation, equipment recovers the initial position coordinate of view automatically, makes user provide convenience to the one-handed performance of mobile device, has improved user's experience.
It is pointed out that the first displacement herein refers to the distance that finger moves on touch-screen; Treat that displacement refers to the distance that Second Window view moves.That is to say, the displacement of finger displacement and Second Window view not necessarily equates.Considered the special efficacy of mobile inertia, finger lifts rear Second Window view and may have the process stopping that decelerating to, and therefore introduces shifter factor, improves user and experiences.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, do not departing under the prerequisite of principle of the present invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (13)
1. a view disposal route, is applied to terminal, it is characterized in that, comprising:
Obtain the moving distance information for the treatment of of current first window view;
According to described moving distance information and the first current display position of described first window view treated, generate the second display position;
According to described first window view and described the second display position, draw Second Window view;
Show described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.
2. view disposal route according to claim 1, is characterized in that, described in obtain the step for the treatment of moving distance information of current first window view before, described method also comprises:
The first view that receives user's input moves triggering command.
3. view disposal route according to claim 1, is characterized in that, described in obtain current first window view the step for the treatment of moving distance information comprise:
Obtain the first displacement and the mobile duration that continues of user's move operation on the touch-screen of terminal;
Continue duration according to described the first displacement and described movement, generate the moving distance information for the treatment of of first window view.
4. view disposal route according to claim 3, is characterized in that,
On the touch-screen of described terminal, set up two-dimensional coordinate system; Described the first displacement is included in the first movement value in the X-direction of described two-dimensional coordinate system and the second movement value in Y direction;
Described according to described the first displacement and the lasting duration of described movement, the step for the treatment of moving distance information that generates first window view comprises:
Continue the shifter factor in duration and X-direction according to described the first movement value, described movement, calculate the moving distance information for the treatment of in X-direction;
Continue the shifter factor in duration and Y direction according to described the second movement value, described movement, calculate the moving distance information for the treatment of in Y direction.
5. the view disposal route of terminal according to claim 1, is characterized in that, describedly shows that from showing that at described the first display position described first window view is switched at described the second display position the step of described Second Window view is specially:
Sliding into the process of described the second display position from described the first display position, draw at different display positions the window view that different display positions are corresponding, and switch and show window view corresponding to different display positions at different display positions.
6. the view disposal route of terminal according to claim 5, is characterized in that,
Described from showing that at described the first display position described first window view was switched to before described the second display position shows the step of described Second Window view, described method also comprises:
Obtain the switch speed of described first window view to described Second Window view;
The described step in window view corresponding to the different different display positions of display position switching demonstration is specially:
, switch and show window view corresponding to different display positions with pattern at the uniform velocity at different display positions for speed at the uniform velocity with described switch speed; Or
Taking described switch speed as top speed, switch and show window view corresponding to different display positions with deceleration mode after first accelerating at different display positions.
7. the view disposal route of terminal according to claim 6, is characterized in that, described in obtain described first window view and be specially to the step of the switch speed of described Second Window view:
Obtain the first displacement and the mobile duration that continues of user's move operation on the touch-screen of described terminal;
Continue duration according to described the first displacement and described movement, generate the switch speed of described first window view to described Second Window view.
8. view disposal route according to claim 1, is characterized in that, described in obtain current first window view the step for the treatment of moving distance information be specially:
Receive the moving distance information for the treatment of of the first window view inputted by user interface of user.
9. the view disposal route of terminal according to claim 1, is characterized in that, described in obtain the step for the treatment of moving distance information of current first window view before, described method also comprises:
Receive second of user's input and move triggering command;
Obtain the moving distance information for the treatment of of Second Window view;
According to described Second Window view treat moving distance information and described the second display position, generate the 3rd display position;
According to described Second Window view and described the 3rd display position, draw the 3rd window view;
Show described the 3rd window view at described the 3rd display position.
10. a view processing terminal, is characterized in that, comprising:
Acquiring unit, obtains the moving distance information for the treatment of of current first window view;
Generation unit, according to described moving distance information and the first current display position of described first window view treated, generates the second display position;
Drawing unit, according to described first window view and described the second display position, draws Second Window view;
Display unit, shows described Second Window view from showing that at described the first display position described first window view is switched at described the second display position.
11. view processing terminals according to claim 10, is characterized in that, also comprise:
Receiving element, the first view that receives user's input moves triggering command.
12. view processing terminals according to claim 11, is characterized in that,
On described view processing terminal, be provided with button;
Described receiving element is specially: receive user and move triggering command by operating described button inputted the first view.
13. view processing terminals according to claim 12, is characterized in that,
Described receiving element is also specially: receive user by the described button inputted mobile view mode exit instruction of operation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310195263.8A CN104182116A (en) | 2013-05-23 | 2013-05-23 | View processing method and view processing terminal |
| PCT/CN2013/082454 WO2013189445A2 (en) | 2013-05-23 | 2013-08-28 | View processing method and view processing terminal |
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| CN201310195263.8A CN104182116A (en) | 2013-05-23 | 2013-05-23 | View processing method and view processing terminal |
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| WO2013189445A3 (en) | 2014-05-01 |
| WO2013189445A2 (en) | 2013-12-27 |
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