CN109308154A - A kind of content display method, device and terminal - Google Patents
A kind of content display method, device and terminal Download PDFInfo
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- CN109308154A CN109308154A CN201810941300.8A CN201810941300A CN109308154A CN 109308154 A CN109308154 A CN 109308154A CN 201810941300 A CN201810941300 A CN 201810941300A CN 109308154 A CN109308154 A CN 109308154A
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- user interface
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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
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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]
- G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
- G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
- G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
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- General Physics & Mathematics (AREA)
- User Interface Of Digital Computer (AREA)
Abstract
Disclosed herein is a kind of content display method, device and terminals.The content display method includes: the speed of monitoring users Surface active component and direction during user interface sliding；The speed and direction of user interface sliding are controlled, the display content of the user interface scheduled indivisible occlusion objects when stopping sliding being made not to be divided or block.The technical solution of this paper is able to solve the problem of display content is divided display.
Description
Technical field
The present invention relates to field of terminal technology more particularly to a kind of content display methods, device and terminal.
Background technique
With quick universal, more and more double screens or abnormity screen (such as fringe screen) the terminal listing of intelligent terminal.Double screen
The advantage that terminal or abnormity screen terminal have screen big, can allow user more easily to carry out content-browsing.
But in using double screen terminal procedures, when two screen splicings are carried out content by user
When display, there are gaps when due to double screen splicing, and as shown in Fig. 1-a, the text or picture shown on screen can be divided by gap,
There is a part of content and be shown in the first screen, the phenomenon that a part of content is shown in the second screen, this phenomenon can reduce double
Shield the usage experience of terminal.Equally, as shown in Fig. 1-b, in abnormity screen terminal, due to there is special-shaped display area on screen,
User when carrying out content-browsing, often divided by irregular shaped region by the text or picture shown on screen, shows imperfect, shadow
Ring the usage experience of user.
Summary of the invention
The embodiment of the present invention provides a kind of content display method, device and terminal, solves display content and is divided display
Problem.
The embodiment of the present invention provides a kind of content display method, comprising:
The speed of monitoring users Surface active component and direction during user interface sliding；
The speed and direction of user interface sliding are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not divided or blocks.
The embodiment of the present invention provides a kind of content display, comprising:
Module is monitored, for the speed of monitoring users Surface active component and direction during user interface is slided；
Processing module is slided, speed and direction for sliding to the user interface control, and make user circle
The display content of face scheduled indivisible occlusion objects when stopping sliding not being divided or blocks.
The embodiment of the present invention provides a kind of terminal, comprising:
One or more touch-screen displays；
One or more processors；
Memory；With
One or more programs, wherein one or more of programs are stored in memory and are configured to by one
Or multiple processors execute, and the step of above content display methods is realized when one or more of programs are executed by the processor
Suddenly.
The embodiment of the present invention provides a kind of computer readable storage medium, is stored on the computer readable storage medium
Content display program, when the content display program is executed by processor the step of realization above content display methods.
Compared with the relevant technologies, a kind of content display method, device and terminal provided in an embodiment of the present invention, in user circle
The speed of monitoring users Surface active component and direction during face is slided carry out the speed and direction of user interface sliding
Control makes the display content of the user interface scheduled indivisible occlusion objects when stopping sliding not being divided or block.
The embodiment of the present invention is able to solve the problem of display content is divided display.
Detailed description of the invention
Fig. 1-a is the schematic diagram that double screen terminal word is divided display in the prior art；
Fig. 1-b is the schematic diagram that abnormity screen terminal word is divided display in the prior art；
Fig. 2 is a kind of content display method flow chart of the embodiment of the present invention 1；
Fig. 3 is a kind of content display schematic diagram of the embodiment of the present invention 2；
Fig. 4 is a kind of terminal schematic diagram of the embodiment of the present invention 3；
Fig. 5 is double screen terminal abnormity cut-off rule and control schematic diagram in example 1 of the present invention；
Fig. 6 is a kind of content display method flow chart of example 1 of the present invention；
Fig. 7-a is target widget lower frame intelligent docking double screen splicing line schematic diagram in double screen terminal in example 1 of the present invention；
Fig. 7-b is target widget upper side frame intelligent docking double screen splicing line schematic diagram in double screen terminal in example 1 of the present invention；
Fig. 8 is abnormity screen terminal irregular shaped region (screen occlusion area) and control schematic diagram in example 2 of the present invention；
Fig. 9 is a kind of content display method flow chart of example 2 of the present invention；
Figure 10 is that target widget upper side frame intelligent docking irregular shaped region lower edge shows in abnormity screen terminal in example 2 of the present invention
It is intended to；
Figure 11 is a kind of content display method flow chart of example 3 of the present invention；
Figure 12 is the divisible schematic diagram for blocking display object of user interface in example 3 of the present invention；
Figure 13 is a kind of content display method flow chart of example 4 of the present invention.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below in conjunction with attached drawing to the present invention
Embodiment be described in detail.It should be noted that in the absence of conflict, in the embodiment and embodiment in the application
Feature can mutual any combination.
Embodiment 1
As shown in Fig. 2, the embodiment of the invention provides a kind of content display methods, comprising:
Step S210, the speed of monitoring users Surface active component and direction during user interface sliding；
Step S220 controls the speed and direction of user interface sliding, the user interface is made to stop sliding
The display content of scheduled indivisible occlusion objects is not divided or blocks when dynamic；
In one embodiment, the speed of monitoring users Surface active component and direction during user interface is slided,
Include:
The speed that the user interface is slided is monitored after detecting sliding halt instruction during user interface sliding
The direction and.
Wherein, the sliding halt instruction comprises at least one of the following: touching the gesture lifted, is used to indicate sliding and stops
Phonetic order.
Wherein, system can determine whether to detect the gesture that touch is lifted by detecting touch event；Touch event packet
Include: touch starts, touches mobile and touch end etc.；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch screen；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
In one embodiment, the display content of the scheduled indivisible occlusion objects is not divided or blocks,
Include:
The display content of the scheduled indivisible occlusion objects is not divided or described predetermined by neighboring screens splicing line
The display contents of indivisible occlusion objects do not blocked by the fixation occlusion area of screen.
Wherein, the scheduled indivisible occlusion objects include: scheduled inseparable by the segmentation of neighboring screens splicing line
The top edge of occlusion objects is cut above the neighboring screens splicing line and the scheduled indivisible occlusion objects it is following
Edge is below the neighboring screens splicing line.
Wherein, it includes: scheduled inseparable that scheduled indivisible occlusion objects are blocked by the fixation occlusion area of screen
Cut between the display area of occlusion objects and the fixation occlusion area of the screen that there are intersections.
In one embodiment, the scheduled display object comprises at least one of the following: text control, picture control
Part.In other implementations, the scheduled display object can also include other kinds of display object.
In one embodiment, the fixation occlusion area of the screen is located at the top of the screen；Such as fringe
Occlusion area (fringe) in screen.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not divided when the stopping sliding of family interface, comprising:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are divided by neighboring screens splicing line, then one is selected from the indivisible occlusion objects divided
Indivisible occlusion objects are as target object；
User is redefined according to the distance between the lower edges of the target object and the neighboring screens splicing line
The glide direction and sliding speed attenuation coefficient at interface stop the neighboring screens splicing line when user interface stopping sliding
Except the display area for leaning against the target object.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not divided when the stopping sliding of family interface, comprising:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are divided by neighboring screens splicing line, then select a control to make from scheduled indivisible occlusion objects
For target widget；
If upper side frame and lower frame being equidistant apart from the neighboring screens splicing line of the target widget, when
When the target widget upward sliding, controls the user interface and continue to slide up until the lower frame of the target widget stops
It leans against on the neighboring screens splicing line；When the target widget slide downward, controls the user interface and continue to downslide
It moves until the upper side frame of the target widget rests on the neighboring screens splicing line；
If distance l of the upper side frame of the target widget apart from the neighboring screens splicing line1Less than the target control
Distance l of the lower frame of part apart from the neighboring screens splicing line2, then when the target widget upward sliding, described in control
The glide direction of user interface becomes slide downward until the upper side frame of the target widget rests in the neighboring screens splicing
On line；When the target widget slide downward, controls the user interface and continue slide downward up to the target widget
Upper side frame rests on the neighboring screens splicing line；
If distance l of the lower frame of the target widget apart from the neighboring screens splicing line2Less than the target control
Distance l of the upper side frame of part apart from the neighboring screens splicing line1, then when the target widget upward sliding, described in control
User interface continues to slide up until the lower frame of the target widget rests on the neighboring screens splicing line；When described
When target widget slide downward, the glide direction for controlling the user interface becomes upward sliding until under the target widget
Frame rests on the neighboring screens splicing line.
In one embodiment, described to select a control as target control from scheduled indivisible occlusion objects
Part, comprising:
One or more candidate controls, the width of each candidate control are selected from scheduled indivisible occlusion objects
The difference of value and screen width value is less than or equal to width threshold value；
Select the smallest control of height value as target widget from all candidate controls.
Aforesaid way is able to use family interface makes the control side of divided display object with the smallest coasting distance as early as possible
Edge rests on neighboring screens splicing line, so that display content be avoided to be divided display.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not blocked when the stopping sliding of family interface, comprising:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are blocked by the fixation occlusion area of screen, then are selected from the indivisible occlusion objects divided
One indivisible occlusion objects is as target object；
It is again true according to the distance between lower edge of the lower edges of the target object and the fixed occlusion area
The glide direction and sliding speed attenuation coefficient for determining user interface make the user interface fixed blocked area when stopping sliding
The lower edge in domain rests on the display area of the target object；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not blocked when the stopping sliding of family interface, comprising:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are blocked by the fixation occlusion area of screen, then a control is selected from scheduled indivisible occlusion objects
Part is as target widget；
When the target widget upward sliding, the glide direction for controlling the user interface becomes slide downward until institute
The upper side frame for stating target widget rests on the lower edge of the screen occlusion area；When the target widget slide downward,
It controls the user interface and continues slide downward until the upper side frame of the target widget rests in the screen occlusion area
On lower edge；
In one embodiment, described to select a control as target control from scheduled indivisible occlusion objects
Part, comprising:
One or more candidate controls, the width of each candidate control are selected from scheduled indivisible occlusion objects
The difference of value and screen width value is less than or equal to width threshold value；
Select the smallest control of height value as target widget from all candidate controls.
Aforesaid way is able to use family interface makes the divided control for showing object with the smallest coasting distance as early as possible
Top edge rests on the lower edge of the screen occlusion area, so that it is aobvious to avoid display content from being divided by screen occlusion area
Show.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not divided when the stopping sliding of family interface, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, if neighboring screens splicing line does not divide
Any scheduled indivisible occlusion objects are cut, then accelerates the user interface sliding and slows down.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not blocked when the stopping sliding of family interface, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, if the fixation blocked area of the screen
Any scheduled indivisible occlusion objects are not blocked in domain, then accelerate the user interface sliding and slow down.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not divided when the stopping sliding of family interface, comprising:
The user interface sliding speed be less than or equal to threshold speed when, neighboring screens splicing line top and
Scheduled divisible occlusion objects are searched in lower section；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, make the user interface when stopping sliding the neighboring screens splicing line rest in described scheduled divisible block pair
Within the display area of elephant.
When aforesaid way is able to use the stopping sliding of family interface, what neighboring screens splicing line was divided is the area of divisible display
Domain, so that the content that cannot be divided display be avoided to rest on neighboring screens splicing line.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The display content of scheduled indivisible occlusion objects is not blocked when the stopping sliding of family interface, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, in the fixation occlusion area of the screen
And scheduled divisible occlusion objects are searched for above and below the fixation occlusion area of the screen；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, blocks the user interface fixation occlusion area of the screen and described scheduled divisible pair when stopping sliding
There is intersection, and the area of overlapping region is maximum between the display area of elephant；
In one embodiment, the scheduled divisible occlusion objects comprise at least one of the following: two controls it
Between the variation of white space, the not changed region of pixel value, pixel value meet the region of scheduled changing rule.
When aforesaid way is able to use the stopping sliding of family interface, what screen occlusion area was divided is the area of divisible display
Domain, so that the content that cannot be divided display be avoided to rest in screen occlusion area.
Embodiment 2
As shown in figure 3, the embodiment of the invention provides a kind of content displays, comprising:
Module 301 is monitored, for the speed of monitoring users Surface active component and direction during user interface is slided；
Processing module 302 is slided, speed and direction for sliding to the user interface control, and make the user
The display content of interface scheduled indivisible occlusion objects when stopping sliding not being divided or blocks.
In one embodiment, module is monitored, for monitoring during user interface is slided in the following ways
The speed of user interface sliding and direction:
The speed that the user interface is slided is monitored after detecting sliding halt instruction during user interface sliding
The direction and.
Wherein, the sliding halt instruction comprises at least one of the following: touching the gesture lifted, is used to indicate sliding and stops
Phonetic order.
Wherein, system can determine whether to detect the gesture that touch is lifted by detecting touch event；Touch event packet
Include: touch starts, touches mobile and touch end etc.；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch screen；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
In one embodiment, the display content of the scheduled indivisible occlusion objects is not divided or blocks,
Include:
The display content of the scheduled indivisible occlusion objects is not divided or described predetermined by neighboring screens splicing line
The display contents of indivisible occlusion objects do not blocked by the fixation occlusion area of screen.
In one embodiment, the scheduled display object comprises at least one of the following: text control, picture control
Part.In other implementations, the scheduled display object can also include other kinds of display object.
In one embodiment, the fixation occlusion area of the screen is located at the top of the screen；Such as fringe
Occlusion area (fringe) in screen.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
Segmentation:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are divided by neighboring screens splicing line, then one is selected from the indivisible occlusion objects divided
Indivisible occlusion objects are as target object；According to the lower edges of the target object and the neighboring screens splicing line it
Between distance redefine the glide direction and sliding speed attenuation coefficient of user interface, when the user interface being made to stop sliding
The neighboring screens splicing line rests in except the display area of the target object.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
Segmentation:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are divided by neighboring screens splicing line, then select a control to make from scheduled indivisible occlusion objects
For target widget；
If upper side frame and lower frame being equidistant apart from the neighboring screens splicing line of the target widget, when
When the target widget upward sliding, controls the user interface and continue to slide up until the lower frame of the target widget stops
It leans against on the neighboring screens splicing line；When the target widget slide downward, controls the user interface and continue to downslide
It moves until the upper side frame of the target widget rests on the neighboring screens splicing line；
If distance l of the upper side frame of the target widget apart from the neighboring screens splicing line1Less than the target control
Distance l of the lower frame of part apart from the neighboring screens splicing line2, then when the target widget upward sliding, described in control
The glide direction of user interface becomes slide downward until the upper side frame of the target widget rests in the neighboring screens splicing
On line；When the target widget slide downward, controls the user interface and continue slide downward up to the target widget
Upper side frame rests on the neighboring screens splicing line；
If distance l of the lower frame of the target widget apart from the neighboring screens splicing line2Less than the target control
Distance l of the upper side frame of part apart from the neighboring screens splicing line1, then when the target widget upward sliding, described in control
User interface continues to slide up until the lower frame of the target widget rests on the neighboring screens splicing line；When described
When target widget slide downward, the glide direction for controlling the user interface becomes upward sliding until under the target widget
Frame rests on the neighboring screens splicing line.
In one embodiment, processing module is slided, for indivisible blocking pair from scheduled in the following ways
Select a control as target widget as middle:
One or more candidate controls, the width of each candidate control are selected from scheduled indivisible occlusion objects
The difference of value and screen width value is less than or equal to width threshold value；Select a height value the smallest from all candidate controls
Control is as target widget.
Aforesaid way is able to use family interface makes the control side of divided display object with the smallest coasting distance as early as possible
Edge rests on neighboring screens splicing line, so that display content be avoided to be divided display.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
It blocks:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are blocked by the fixation occlusion area of screen, then are selected from the indivisible occlusion objects divided
One indivisible occlusion objects is as target object；According to the lower edges of the target object and the fixed occlusion area
The distance between lower edge redefine the glide direction and sliding speed attenuation coefficient of user interface, make the user interface
The lower edge of the fixed occlusion area rests on the display area of the target object when stopping sliding；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
It blocks:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are blocked by the fixation occlusion area of screen, then a control is selected from scheduled indivisible occlusion objects
Part is as target widget；
When the target widget upward sliding, the glide direction for controlling the user interface becomes slide downward until institute
The upper side frame for stating target widget rests on the lower edge of the screen occlusion area；When the target widget slide downward,
It controls the user interface and continues slide downward until the upper side frame of the target widget rests in the screen occlusion area
On lower edge；
Aforesaid way is able to use family interface makes the divided control for showing object with the smallest coasting distance as early as possible
Top edge rests on the lower edge of the screen occlusion area, so that it is aobvious to avoid display content from being divided by screen occlusion area
Show.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
Segmentation:
When the sliding speed of the user interface is less than or equal to threshold speed, if neighboring screens splicing line does not divide
Any scheduled indivisible occlusion objects are cut, then accelerates the user interface sliding and slows down.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
It blocks:
When the sliding speed of the user interface is less than or equal to threshold speed, if the fixation blocked area of the screen
Any scheduled indivisible occlusion objects are not blocked in domain, then accelerate the user interface sliding and slow down.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
Segmentation:
The user interface sliding speed be less than or equal to threshold speed when, neighboring screens splicing line top and
Scheduled divisible occlusion objects are searched in lower section；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, make the user interface when stopping sliding the neighboring screens splicing line rest in described scheduled divisible block pair
Within the display area of elephant.
When aforesaid way is able to use the stopping sliding of family interface, what neighboring screens splicing line was divided is the area of divisible display
Domain, so that the content that cannot be divided display be avoided to rest on neighboring screens splicing line.
In one embodiment, processing module is slided, in the following ways to the speed of user interface sliding
Degree and direction are controlled, make the display contents of the user interface scheduled indivisible occlusion objects when stopping sliding not by
It blocks:
When the sliding speed of the user interface is less than or equal to threshold speed, in the fixation occlusion area of the screen
And scheduled divisible occlusion objects are searched for above and below the fixation occlusion area of the screen；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, blocks the user interface fixation occlusion area of the screen and described scheduled divisible pair when stopping sliding
There is intersection, and the area of overlapping region is maximum between the display area of elephant；
In one embodiment, the scheduled divisible occlusion objects comprise at least one of the following: two controls it
Between the variation of white space, the not changed region of pixel value, pixel value meet the region of scheduled changing rule.
When aforesaid way is able to use the stopping sliding of family interface, what screen occlusion area was divided is the area of divisible display
Domain, so that the content that cannot be divided display be avoided to rest in screen occlusion area.
Embodiment 3
As shown in figure 4, the embodiment of the invention provides a kind of terminals, comprising:
One or more touch-screen displays 401；
One or more processors 402；
Memory 403；With
One or more programs 4031, wherein one or more of programs 4031 are stored in memory 403 and are matched
It is set to and is executed by one or more processors 402, one or more of programs 4031 are realized when being executed by the processor 402
The step of above content display methods.
Wherein, memory can be various by any kind of volatibility or non-volatile memory device or their group
It closes and realizes, such as static random access memory (SRAM), electrically erasable programmable read-only memory (EEPROM) is erasable to compile
Journey read-only memory (EPROM), programmable read only memory (PROM), read-only memory (ROM), magnetic memory, flash
Device, disk or CD.
Processor can be central processing unit (CPU) either Field Programmable Logic Array (FPGA) or single-chip microcontroller
(MCU) either digital signal processor (DSP) or specific integrated circuit (ASIC) etc. have data-handling capacity and/or program
The logical operation device of executive capability.
Wherein, the user interface is shown on touch-screen display 401.
Wherein, one or more of programs include: monitoring users Surface active component during user interface sliding
The instruction of speed and direction；It is controlled with the speed and direction slided to the user interface, stops the user interface
The instruction that the display content of scheduled indivisible occlusion objects is not divided or blocks when sliding.
In one embodiment, the display content of the scheduled indivisible occlusion objects is not divided or blocks,
Include:
The display content of the scheduled indivisible occlusion objects is not divided or described predetermined by neighboring screens splicing line
The display contents of indivisible occlusion objects do not blocked by the fixation occlusion area of screen.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
Family interface stops the not divided instruction of display content of scheduled indivisible occlusion objects when sliding for executing following place
Reason:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are divided by neighboring screens splicing line, then one is selected from the indivisible occlusion objects divided
Indivisible occlusion objects are as target object；According to the lower edges of the target object and the neighboring screens splicing line it
Between distance redefine the glide direction and sliding speed attenuation coefficient of user interface, when the user interface being made to stop sliding
The neighboring screens splicing line rests in except the display area of the target object.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The instruction that the display content of scheduled indivisible occlusion objects is not blocked when stopping sliding of family interface is for executing following place
Reason:
The user interface sliding speed be less than or equal to threshold speed when, if at least exist one it is scheduled not
Divisible occlusion objects are blocked by the fixation occlusion area of screen, then are selected from the indivisible occlusion objects divided
One indivisible occlusion objects is as target object；According to the lower edges of the target object and the fixed occlusion area
The distance between lower edge redefine the glide direction and sliding speed attenuation coefficient of user interface, make the user interface
The lower edge of the fixed occlusion area rests on the display area of the target object when stopping sliding；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
In one embodiment, the selection one from the indivisible occlusion objects divided is indivisible
Occlusion objects are used to execute following processing as the instruction of target object:
One or more candidate controls, the width of each candidate control are selected from scheduled indivisible occlusion objects
The difference of value and screen width value is less than or equal to width threshold value；Select a height value the smallest from all candidate controls
Control is as target widget.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
Family interface stops the not divided instruction of display content of scheduled indivisible occlusion objects when sliding for executing following place
Reason:
When the sliding speed of the user interface is less than or equal to threshold speed, if neighboring screens splicing line does not divide
Any scheduled indivisible occlusion objects are cut, then accelerates the user interface sliding and slows down.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The instruction that the display content of scheduled indivisible occlusion objects is not blocked when stopping sliding of family interface is for executing following place
Reason:
When the sliding speed of the user interface is less than or equal to threshold speed, if the fixation blocked area of the screen
Any scheduled indivisible occlusion objects are not blocked in domain, then accelerate the user interface sliding and slow down.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
Family interface stops the not divided instruction of display content of scheduled indivisible occlusion objects when sliding for executing following place
Reason:
The user interface sliding speed be less than or equal to threshold speed when, neighboring screens splicing line top and
Scheduled divisible occlusion objects are searched in lower section；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, make the user interface when stopping sliding the neighboring screens splicing line rest in described scheduled divisible block pair
Within the display area of elephant.
In one embodiment, described that the speed of user interface sliding and direction are controlled, make the use
The instruction that the display content of scheduled indivisible occlusion objects is not blocked when stopping sliding of family interface is for executing following place
Reason:
When the sliding speed of the user interface is less than or equal to threshold speed, in the fixation occlusion area of the screen
And scheduled divisible occlusion objects are searched for above and below the fixation occlusion area of the screen；
After searching scheduled divisible occlusion objects, the glide direction and sliding speed for redefining user interface decline
Subtract coefficient, blocks the user interface fixation occlusion area of the screen and described scheduled divisible pair when stopping sliding
There is intersection, and the area of overlapping region is maximum between the display area of elephant；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
In one embodiment, the scheduled indivisible occlusion objects comprise at least one of the following: text control,
Picture control.
In one embodiment, the scheduled divisible occlusion objects comprise at least one of the following: two controls it
Between the variation of white space, the not changed region of pixel value, pixel value meet the region of scheduled changing rule.
Embodiment 4
The embodiment of the present invention provides a kind of computer readable storage medium, is stored on the computer readable storage medium
Content display program, when the content display program is executed by processor the step of realization above content display methods.
The computer readable storage medium can be static random access memory (SRAM), and electrically erasable is only
It reads memory (EEPROM), Erasable Programmable Read Only Memory EPROM (EPROM), programmable read only memory (PROM) is read-only to deposit
Reservoir (ROM), magnetic memory, flash memory, disk or CD.
Example 1
This example provides a kind of content display method of double screen terminal.
As shown in figure 5, the text or picture of double screen terminal UI (User Interface, user interface) are with the tissue of control
Form is shown on the screen.
Control is divided into child control and father's control, and father's control surrounds child control.
In double screen terminal, when the height of screen is Y, and the width of screen is X, double screen splicing line (neighboring screens splicing line)
At the half of screen height (Y/2).For double screen terminal, when being parsed to the control information that screen is shown,
The location information of available all controls, the location information such as: top left co-ordinate (x1,y1), bottom right angular coordinate (x2,
y2), center point coordinate (x3,y3) etc..
As shown in fig. 6, a kind of content display method of double screen terminal, may comprise steps of:
Step S102 detects touch event；
Wherein, the type of the corresponding touch action of the touch event includes: that touch starts (ACTION_DOWN), touches
Mobile (ACTION_MOVE) and touch terminate (ACTION_UP)；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
Step S104 judges whether the type of the touch action of the touch event is to touch to terminate (ACTION_UP), is
S108 is thened follow the steps, it is no to then follow the steps S106；
Step S106, screen (user interface) sliding, executes step S102；
Step S108, judges whether user interface (UI) sliding speed is less than or equal to threshold value, is to then follow the steps S112,
It is no to then follow the steps S110；
Wherein, the sliding speed of all controls is identical, the glide direction of any one control in the user interface
The glide direction and sliding speed of the user interface can be represented with sliding speed；
Step S110 executes step S108 by First Speed attenuation coefficient decaying UI sliding speed；
It is (scheduled indivisible to block pair to judge whether double screen splicing line divides scheduled display object by step S112
As), it is to then follow the steps S116, it is no to then follow the steps S114；
Wherein, the scheduled display object comprises at least one of the following: text control, picture control.
Wherein, scheduled display object is existed by the upper side frame that the segmentation display of double screen splicing line includes: scheduled display object
Above the double screen splicing line and the lower frame of the scheduled display object is below the double screen splicing line.
Step S114 is terminated by second speed attenuation coefficient decaying UI sliding speed；Wherein, the second speed decaying
Coefficient is greater than the First Speed attenuation coefficient；
Wherein, due to increasing velocity attenuation coefficient, the interface UI stops sliding in advance, avoid continuing sliding cause it is scheduled
Show that object is divided；
Step S116, determines target widget；
Wherein it is determined that target widget includes: that one or more candidate controls are selected from scheduled display object, each
The width value of candidate control and the difference of screen width value are less than or equal to width threshold value；One is selected from all candidate controls
A the smallest control of height value is as target widget；
Step S118 obtains target widget center point coordinate (x3,y3)；
Step S120 judges the target widget center point coordinate (x3,y3) whether above the double screen splicing line, be
S122 is thened follow the steps, it is no to then follow the steps S124；
Step S122 is inserted into upward sliding event, the lower frame of the target widget is made to rest in the double screen splicing line
Place terminates；
Wherein, it if the glide direction of the slip event of insertion is consistent with the former direction of motion of the target widget, produces
The effect that raw inertia sliding is stopped, if the former direction of motion phase of the glide direction and the target widget of the slip event of insertion
Instead, then the effect that damping rebound is stopped is generated；
Wherein, the effect of control intelligent docking is as shown in Fig. 7-a.In Fig. 7-a, when being inserted into upward sliding event, mesh
Control is marked from original position upward sliding to new position, generates the effect of lower frame intelligent docking.
Step S124 is inserted into slide downward event, the upper side frame of the target widget is made to rest in the double screen splicing line
Place terminates；
Wherein, it if the glide direction of the slip event of insertion is consistent with the former direction of motion of the target widget, produces
The effect that raw inertia sliding is stopped, if the former direction of motion phase of the glide direction and the target widget of the slip event of insertion
Instead, then the effect that damping rebound is stopped is generated.
Wherein, the effect of control intelligent docking is as shown in Fig. 7-b.In Fig. 7-b, when being inserted into slide downward event, mesh
Mark control slides down to new position from original position, generates the effect of upper side frame intelligent docking.
In above-mentioned example, when screen stops sliding, double screen splicing line is overlapped with the upper side frame of target widget or lower frame, no
The scheduled display content of display can be divided.
Example 2
This example provides a kind of content display method of abnormity screen terminal.
As shown in figure 8, the text or picture at the abnormity screen interface terminal UI are shown on the screen with the organizational form of control
Show.Irregular shaped region (screen occlusion area) cut-off rule refers to the lower edge line of irregular shaped region.
Control is divided into child control and father's control, and father's control surrounds child control.Terminal is shielded for abnormity, what is shown to screen
When control information is parsed, the location information of available all controls, the location information such as: top left co-ordinate (x1,
y1), bottom right angular coordinate (x2,y2), center point coordinate (x3,y3) etc..
As shown in figure 9, a kind of content display method of abnormity screen terminal, may comprise steps of:
Step S202 detects touch event；
Wherein, the type of the corresponding touch action of the touch event includes: that touch starts (ACTION_DOWN), touches
Mobile (ACTION_MOVE) and touch terminate (ACTION_UP)；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
Step S204 judges whether the type of the touch action of the touch event is to touch to terminate (ACTION_UP), is
S208 is thened follow the steps, it is no to then follow the steps S206；
Step S206, screen (user interface) sliding, executes step S202；
Step S208, judges whether user interface (UI) sliding speed is less than or equal to threshold value, is to then follow the steps S212,
It is no to then follow the steps S210；
Wherein, the sliding speed of all controls is identical, the glide direction of any one control in the user interface
The glide direction and sliding speed of the user interface can be represented with sliding speed；
Step S210 executes step S208 by First Speed attenuation coefficient decaying UI sliding speed；
Step S212, judges whether irregular shaped region divides scheduled display object (scheduled indivisible occlusion objects),
It is to then follow the steps S216, it is no to then follow the steps S214；
Scheduled display object includes: the aobvious of scheduled display object by irregular shaped region (screen occlusion area) segmentation display
Show that there are intersections between region and the irregular shaped region.
Wherein, irregular shaped region cut-off rule refers to irregular shaped region lower edge.
Step S214 is terminated by second speed attenuation coefficient decaying control travelling speed；Wherein, the second speed declines
Subtract coefficient greater than the First Speed attenuation coefficient；
Wherein, due to increasing velocity attenuation coefficient, the interface UI stops sliding in advance, avoids continuing to slide causing carrying pre-
The control of fixed display object is divided；
Step S216, determines target widget；
Wherein it is determined that target widget includes: that one or more candidate controls are selected from scheduled display object, each
The width value of candidate control and the difference of screen width value are less than or equal to width threshold value；One is selected from all candidate controls
A the smallest control of height value is as target widget；
Step S218 obtains target widget top left co-ordinate (x1,y1)；
Step S220 is inserted into slide downward event, and the upper side frame of the target widget is made to rest in the irregular shaped region point
At secant, terminate；
Wherein, it if the glide direction of the slip event of insertion is consistent with the former direction of motion of the target widget, produces
The effect that raw inertia sliding is stopped, if the former direction of motion phase of the glide direction and the target widget of the slip event of insertion
Instead, then the effect that damping rebound is stopped is generated；
Wherein, the effect of control intelligent docking is as shown in Figure 10.In Figure 10, when being inserted into slide downward event, target
Control slides down to new position from original position, generates the effect of upper side frame intelligent docking.
In above-mentioned example, when screen stops sliding, the upper side frame of target widget is rested at the irregular shaped region cut-off rule,
Irregular shaped region will not divide the scheduled display content of display.
Example 3
As shown in figure 11, this example provides a kind of content display method of double screen terminal, may comprise steps of:
Step S302 detects touch event；
Wherein, the type of the corresponding touch action of the touch event includes: that touch starts (ACTION_DOWN), touches
Mobile (ACTION_MOVE) and touch terminate (ACTION_UP)；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
Step S304 judges whether the type of the touch action of the touch event is to touch to terminate (ACTION_UP), is
S308 is thened follow the steps, it is no to then follow the steps S306；
Step S306, screen (user interface) sliding, executes step S302；
Step S308, judges whether user interface (UI) sliding speed is less than or equal to threshold value, is to then follow the steps S312,
It is no to then follow the steps S310；
Wherein, the sliding speed of all controls is identical, the glide direction of any one control in the user interface
The glide direction and sliding speed of the user interface can be represented with sliding speed；
Step S310 executes step S308 by First Speed attenuation coefficient decaying UI sliding speed；
Step S312, above and below the double screen splicing line (neighboring screens splicing line) in the region of multirow pixel
Search for divisible display area；
Wherein, the divisible display area, includes any of the following: white space, pixel between two controls
It is worth not changed region, the variation of pixel value meets the region of scheduled changing rule.
Step S314 judges whether to search divisible display area, is to then follow the steps S316, no to then follow the steps
S318；
Step S316 controls the user interface and slides or slide round about until the double screen is spelled along former direction
Wiring enters in the divisible display area, terminates；
Wherein, as shown in figure 12, the content area of solid border label is scheduled display object for a user, empty
The content area of line frame mark is divisible display area for a user, and the divisible display area is two controls
Between white space.
Step S318, by First Speed attenuation coefficient decaying user interface (UI) sliding speed.
Wherein, if not finding divisible display area near double screen splicing line, stop according in the prior art
It is stopped by mode.
In above-mentioned example, when user interface stops sliding, what double screen splicing line was divided is the region of divisible display, thus
The content (scheduled display object) that cannot be divided display is avoided to rest on double screen splicing line.
Example 4
As shown in figure 13, this example provides a kind of content display method of abnormity screen terminal, may comprise steps of:
Step S402 detects touch event；
Wherein, the type of the corresponding touch action of the touch event includes: that touch starts (ACTION_DOWN), touches
Mobile (ACTION_MOVE) and touch terminate (ACTION_UP)；
Wherein, ACTION_DOWN (touch starts) event: indicate that user starts to touch；
ACTION_MOVE (touching movement) event: indicate user in mobile finger；
ACTION_UP (touch terminates) event: indicate that user has lifted finger；
Step S404 judges whether the type of the touch action of the touch event is to touch to terminate (ACTION_UP), is
S408 is thened follow the steps, it is no to then follow the steps S406；
Step S406, screen (user interface) sliding, executes step S402；
Step S408, judges whether user interface (UI) sliding speed is less than or equal to threshold value, is to then follow the steps S412,
It is no to then follow the steps S410；
Wherein, the sliding speed of all controls is identical, the glide direction of any one control in the user interface
The glide direction and sliding speed of the user interface can be represented with sliding speed；
Step S410 executes step S408 by First Speed attenuation coefficient decaying UI sliding speed；
Step S412, the multirow pixel above and below the screen occlusion area and the screen occlusion area
Divisible display area is searched in region；
Wherein, the middle position namely the screening in fringe screen that the screen occlusion area is located at the surface of the screen
It keeps off region (fringe)；
Step S414 judges whether to search divisible display area, is to then follow the steps S416, no to then follow the steps
S418；
Step S416 controls the user interface and slides or slide round about until the screen hides along former direction
The part being overlapped between gear region and the divisible display area reaches largest face product value, terminates；
Step S418, by First Speed attenuation coefficient decaying user interface (UI) sliding speed.
Wherein, if divisible display area is not found near screen occlusion area, according in the prior art
Stop mode is stopped.
In above-mentioned example, when user interface stops sliding, what screen occlusion area was divided is the region of divisible display, from
And the content (scheduled display object) that cannot be divided display is avoided to rest in screen occlusion area.
It should be noted that the invention may also have other embodiments, without departing substantially from spirit of that invention and its essence
In the case of, those skilled in the art can make various corresponding changes and modifications according to the present invention, but these are corresponding
Change and modification all should fall within the scope of protection of the appended claims of the present invention.
Claims (13)
1. a kind of content display method, comprising:
The speed of monitoring users Surface active component and direction during user interface sliding；
The speed and direction of user interface sliding are controlled, make the user interface is scheduled when stopping sliding can not
The display content for dividing occlusion objects is not divided or blocks.
2. the method as described in claim 1, it is characterised in that:
The display content of the scheduled indivisible occlusion objects is not divided or blocks, comprising:
The display content of the scheduled indivisible occlusion objects not by neighboring screens splicing line divide or it is described it is scheduled not
The display content of divisible occlusion objects is not blocked by the fixation occlusion area of screen.
3. method according to claim 2, it is characterised in that:
It is described that the speed of user interface sliding and direction are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not divided, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, if at least scheduled inseparable in the presence of one
It cuts occlusion objects to be divided by neighboring screens splicing line, then selection one can not from the indivisible occlusion objects divided
Divide occlusion objects as target object；
User interface is redefined according to the distance between the lower edges of the target object and the neighboring screens splicing line
Glide direction and sliding speed attenuation coefficient, make the user interface when stopping sliding the neighboring screens splicing line rest in
Except the display area of the target object.
4. method according to claim 2, it is characterised in that:
It is described that the speed of user interface sliding and direction are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not blocked, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, if at least scheduled inseparable in the presence of one
It cuts occlusion objects to be blocked by the fixation occlusion area of screen, then selects one from the indivisible occlusion objects divided
Indivisible occlusion objects are as target object；
Use is redefined according to the distance between the lower edge of the lower edges of the target object and the fixed occlusion area
The glide direction and sliding speed attenuation coefficient at family interface make the user interface fixed occlusion area when stopping sliding
Lower edge rests on the display area of the target object；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
5. method according to claim 2, it is characterised in that:
It is described that the speed of user interface sliding and direction are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not divided or blocks, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, appoint if neighboring screens splicing line is not divided
The fixation occlusion area of what scheduled indivisible occlusion objects or the screen does not block any scheduled indivisible screening
Object is kept off, then accelerates the user interface sliding and slows down.
6. method according to claim 2, it is characterised in that:
It is described that the speed of user interface sliding and direction are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not divided, comprising:
When the sliding speed of the user interface is less than or equal to threshold speed, above and below neighboring screens splicing line
Search for scheduled divisible occlusion objects；
After searching scheduled divisible occlusion objects, glide direction and the sliding speed decaying system of user interface are redefined
Number makes the neighboring screens splicing line when user interface stopping sliding resting in the scheduled divisible occlusion objects
Within display area.
7. method according to claim 2, it is characterised in that:
It is described that the speed of user interface sliding and direction are controlled, keep the user interface scheduled when stopping sliding
The display content of indivisible occlusion objects is not blocked, comprising:
The user interface sliding speed be less than or equal to threshold speed when, the screen fixation occlusion area and
Scheduled divisible occlusion objects are searched for above and below the fixation occlusion area of the screen；
After searching scheduled divisible occlusion objects, glide direction and the sliding speed decaying system of user interface are redefined
Number makes the user interface fixation occlusion area of the screen and the scheduled divisible occlusion objects when stopping sliding
There is intersection, and the area of overlapping region is maximum between display area；
Wherein, the fixation occlusion area of the screen is located at the top of the screen.
8. such as method of any of claims 1-7, it is characterised in that:
The scheduled indivisible occlusion objects comprise at least one of the following: text control, picture control.
9. method according to claim 6 or 7, it is characterised in that:
The scheduled divisible occlusion objects comprise at least one of the following: white space, pixel value between two controls are not
The variation in changed region, pixel value meets the region of scheduled changing rule.
10. the method as claimed in claim 3 or 4, it is characterised in that:
It is described to select an indivisible occlusion objects as target object from the indivisible occlusion objects divided,
Include:
One or more candidate controls are selected from scheduled indivisible occlusion objects, the width value of each candidate control with
The difference of screen width value is less than or equal to width threshold value；
Select the smallest control of height value as target widget from all candidate controls.
11. a kind of content display, comprising:
Module is monitored, for the speed of monitoring users Surface active component and direction during user interface is slided；
Processing module is slided, speed and direction for sliding to the user interface control, and stop the user interface
The display content of scheduled indivisible occlusion objects is not divided or blocks when sliding stop.
12. a kind of terminal, comprising:
One or more touch-screen displays；
One or more processors；
Memory；With
One or more programs, wherein one or more of programs are stored in memory and are configured to by one or more
A processor executes, and any one of the claims 1-10 is realized when one or more of programs are executed by the processor
The step of described content display method.
13. a kind of computer readable storage medium, it is stored with content display program on the computer readable storage medium, it is described
The step of content display method described in any one of the claims 1-10 is realized when content display program is executed by processor
Suddenly.
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| PCT/CN2019/099319 WO2020034865A1 (en) | 2018-08-17 | 2019-08-05 | Content display method and device, and terminal |
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| CN113420350A (en) * | 2020-06-16 | 2021-09-21 | 阿里巴巴集团控股有限公司 | Object, commodity, clothes try-on display processing method and device and electronic equipment |
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| WO2020034865A1 (en) | 2020-02-20 |
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