CN108932144A - display interface control method, device, equipment and storage medium - Google Patents

display interface control method, device, equipment and storage medium Download PDF

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Publication number
CN108932144A
CN108932144A CN201810594953.3A CN201810594953A CN108932144A CN 108932144 A CN108932144 A CN 108932144A CN 201810594953 A CN201810594953 A CN 201810594953A CN 108932144 A CN108932144 A CN 108932144A
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CN
China
Prior art keywords
viewing area
area
display
intelligent interaction
layout
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Granted
Application number
CN201810594953.3A
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Chinese (zh)
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CN108932144B (en
Inventor
田楠
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Guangzhou Shiyuan Electronics Thecnology Co Ltd
Guangzhou Shizhen Information Technology Co Ltd
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Guangzhou Shiyuan Electronics Thecnology Co Ltd
Guangzhou Shizhen Information Technology Co Ltd
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Priority to CN201810594953.3A priority Critical patent/CN108932144B/en
Priority to PCT/CN2018/117410 priority patent/WO2019237662A1/en
Publication of CN108932144A publication Critical patent/CN108932144A/en
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Publication of CN108932144B publication Critical patent/CN108932144B/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F9/00—Arrangements for program control, e.g. control units
    • G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
    • G06F9/44—Arrangements for executing specific programs
    • G06F9/451—Execution arrangements for user interfaces
    • 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
    • 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
    • G06F3/04886—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 by partitioning the display area of the touch-screen or the surface of the digitising tablet into independently controllable areas, e.g. virtual keyboards or menus

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  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Software Systems (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Controls And Circuits For Display Device (AREA)
  • User Interface Of Digital Computer (AREA)

Abstract

The invention discloses a kind of display interface control method, device, equipment and storage mediums comprising：Determine that the first signal source accesses intelligent interaction plate；Increase by the first viewing area in layout area, layout area for rendering in intelligent interaction plate at least one display picture location layout, layout area includes at least one viewing area, and there are corresponding viewing area and signal sources for each display picture；Indicating intelligent interaction plate increases the first display picture, corresponding first viewing area of the first display picture and the first signal source；Receive the position adjustment instruction for acting on the first viewing area；The first viewing area is adjusted by first position to the second position according to position adjustment instruction；The first display picture is adjusted by first object position to the second target position according to second position indicating intelligent interaction plate, first object position is determined according to first position.Using the above scheme, the technical issues of intelligent interaction plate can only be laid out the data that display external device is sent according to setting is solved.

Description

Display interface control method, device, equipment and storage medium
Technical field
The present invention relates to intelligent interaction plate technique field more particularly to a kind of display interface control methods, device, equipment And storage medium.
Background technique
In intelligent interaction plate field, it will usually show the data that other external devices are sent in intelligent interaction plate. For example, under conference scenario, intelligent interaction plate needs to show the display content on current speaker person's laptop, and/ Or, intelligent interaction plate needs to show the video pictures of other places participant.At this point, the display content of laptop with And the video pictures of other places participant are considered the data that external device is sent.
When sending data simultaneously there are multiple external devices, intelligent interaction plate can only be external according to setting layout display The data that equipment is sent, so that user experience is bad.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of display interface control method, device, equipment and storage medium, with Solve the technical issues of intelligent interaction plate can only be laid out the data that display external device is sent according to setting in the prior art.
In a first aspect, the embodiment of the invention provides a kind of display interface control methods, including：
Determine that the first signal source accesses intelligent interaction plate；
Increase by the first viewing area in layout area, at least one in intelligent interaction plate shows picture for rendering in the layout area The location layout in face, the layout area includes at least one viewing area, the corresponding display picture in each viewing area, each described Show the corresponding signal source of picture, the corresponding first display picture in first viewing area, corresponding first letter of the first display picture Number source, first viewing area is located at first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, institute First object position is stated to be determined according to the first position；
Position adjustment instruction is received, the position adjustment instruction acts on first viewing area；
First viewing area is adjusted by first position to the second position, the second position is adjusted according to the position Instruction determines；
Indicate that the intelligent interaction plate is adjusted the first display picture to the second target position by first object position It sets, second target position is determined according to the second position.
Further, the second position shows the second viewing area, and second viewing area corresponds to the second display picture Face；
It is described when adjusting first viewing area to the second position by first position, further include：
Second viewing area is adjusted by the second position to the first position；
The instruction intelligent interaction plate is adjusted the first display picture to the second mesh by first object position When cursor position, further include：
The second display picture is adjusted by second target position to the first object position.
Further, the second position shows third viewing area, and the third viewing area corresponds to third and shows picture Face；
It is described when adjusting first viewing area to the second position by first position, further include：
First viewing area is covered on the third viewing area；
The instruction intelligent interaction plate is adjusted the first display picture to the second mesh by first object position When cursor position, further include：
The first display picture is covered on the third to show on picture.
Further, described that the first display picture is covered on after the third shows on picture, further include：
The selected instruction in viewing area is received, the selected instruction in the viewing area acts on the third viewing area；
The third viewing area is covered on the first viewing area；
Indicate that the third is shown that picture is covered on the first display picture by the intelligent interaction plate.
Further, described before layout area increases by the first viewing area, further include：
First position is determined according to setting rule.
Further, the determination first signal source accesses after the intelligent interaction plate, further includes：
The identity of first signal source is shown in battery limits, and the battery limits and the layout area are located at same aobvious Show layer, the identity of the battery limits at least one signal source for rendering, at least one described signal source accesses the intelligence It can interaction plate.
Further, described after the identity that battery limits show first signal source, further include：
Receive the selected operation of mark, the selected identity operated for selecting first signal source of mark.
Further, the initial position of the selected operation of the mark is located at where the identity of first signal source Display position, end position are located at any display position inside the layout area.
Further, described to determine that first position includes according to setting rule：
Determine that the access serial number of the first signal source, the access serial number indicate the signal that intelligent interaction plate has currently accessed Source total quantity；
The layout templates in layout area are searched, the layout templates determine that the layout templates are used based on the access serial number In the location layout for determining at least one viewing area；
Determine first position, the first position be in the layout templates with the most matched position area of the end position Domain.
Further, the signal source total quantity currently accessed is at least two；
It is described be laid out area increase the first viewing area when, further include：
The location layout for having viewing area in the layout area is adjusted, the location layout for having viewing area after adjustment is basis What the layout templates determined；
When the indicating intelligent interaction plate increases by the first display picture, further include：
Adjustment has the location layout of display picture, have after adjustment display picture location layout and adjustment after have and show Show that the location layout in area is identical.
Further, described to determine that first position includes according to setting rule：
By the setting regions position put using centered on the end position as first position；Or,
The maximum rectangle blank area comprising the end position in the layout area is determined, by the maximum rectangle blank area As the first position.
Further, receiving area adjustment instruction, the rea adjusting instruction act on first viewing area；
The display area of first viewing area is adjusted to first object area, the first object area is adjusted according to area Whole instruction determines；
The display area of indicating intelligent interaction plate adjustment the first display picture is to the second target area, second target Area is determined according to the first object area.
Further, further include：
END instruction is received, the END instruction acts on first viewing area；
Close first viewing area；
Indicate that the intelligent interaction plate closes the first display picture.
Further, further include：
First viewing area shows the identity of first signal source, and/or, first viewing area shows At least one content element of one display picture.
Further, first signal source is to throw screen signal source and/or video signal source.
Second aspect, the embodiment of the invention also provides a kind of display interface control devices, including：
Signal source AM access module, for determining that the first signal source accesses intelligent interaction plate；
It is laid out area's display module, for increasing the first viewing area, layout area intelligent interaction for rendering in layout area The location layout of at least one display picture in plate, the layout area includes at least one viewing area, and each viewing area is corresponding One display picture, each corresponding signal source of the display picture, the corresponding first display picture in first viewing area, the One corresponding first signal source of display picture, first viewing area is located at first position；
It shows indicating module, is used to indicate intelligent interaction plate and increases the first display picture, first display picture position In first object position, the first object position is determined according to the first position；
Command reception module, for receiving position adjustment instruction, the position adjustment instruction acts on first display Area；
The first adjustment module, for being adjusted first viewing area by first position to the second position, the second It sets and is determined according to the position adjustment instruction；
Second adjustment module is used to indicate the intelligent interaction plate for the first display picture by first object position It adjusts to the second target position, second target position is determined according to the second position.
Further, the second position shows the second viewing area, and second viewing area corresponds to the second display picture Face；
The first adjustment module is also used to by the second position adjust second viewing area to described first It sets；
The second adjustment module is also used to by second target position adjust the second display picture to described First object position.
Further, the second position shows third viewing area, and the third viewing area corresponds to third and shows picture Face；
The first adjustment module is also used to for being covered on the third viewing area first viewing area；
The second adjustment module is also used to for the first display picture being covered on the third display picture.
Further, further include：
Selected command reception module, after the first display picture is covered on the third display picture, The selected instruction in viewing area is received, the selected instruction in the viewing area acts on the third viewing area；
First overlay module, for the third viewing area to be covered on the first viewing area；
Second overlay module is used to indicate the intelligent interaction plate for the third and shows that picture is covered on described first It shows on picture.
Further, further include：
Position determination module, for determining first position according to setting rule before layout area increases by the first viewing area.
Further, further include：
Identity display module, after determining that first signal source accesses the intelligent interaction plate, in battery limits Show the identity of first signal source, the battery limits and the layout area are located at same display layer, the battery limits The identity of at least one signal source for rendering, at least one described signal source access the intelligent interaction plate.
Further, further include：
Receiving module is operated, for after the identity that battery limits show first signal source, receiving mark choosing Fixed operation, the selected identity operated for selecting first signal source of mark.
Further, the initial position of the selected operation of the mark is located at where the identity of first signal source Display position, end position are located at any display position inside the layout area.
Further, the position determination module includes：
Serial number determination unit, for determining that the access serial number of the first signal source, the access serial number indicate that intelligent interaction is flat The signal source total quantity that plate has currently accessed；
Template searching unit, for searching the layout templates in layout area, it is true that the layout templates are based on the access serial number Fixed, the layout templates are used to determine the location layout of at least one viewing area；
Match determination unit, for determining first position, the first position be in the layout templates with the end The most matched band of position in position.
Further, the signal source total quantity currently accessed is at least two；
It is laid out area's display module, is also used to：The location layout for having viewing area in the layout area is adjusted, is had after adjustment The location layout of viewing area is determined according to the layout templates；
It shows indicating module, is also used to：Adjustment has the location layout of display picture, has the position of display picture after adjustment The existing location layout of viewing area is identical after setting layout and adjustment.
Further, the position determination module is specifically used for：
By the setting regions position put using centered on the end position as first position；Or,
The maximum rectangle blank area comprising the end position in the layout area is determined, by the maximum rectangle blank area As the first position.
Further, further include：
Receiving module is adjusted, receiving area adjustment instruction is used for, the rea adjusting instruction acts on first display Area；
Third adjusts module, for adjusting the display area of first viewing area to first object area, described first Adjustment instruction determines target area according to area；
4th adjustment module is used to indicate the display area of intelligent interaction plate adjustment the first display picture to the second target Area, second target area are determined according to the first object area.
Further, further include：
Terminate receiving module, for receiving END instruction, the END instruction acts on first viewing area；
First closedown module, for closing first viewing area；
Second closedown module is used to indicate the intelligent interaction plate and closes the first display picture.
Further, first viewing area shows the identity of first signal source, and/or, described first is aobvious Show that area shows at least one content element of the first display picture.
Further, first signal source is to throw screen signal source and/or video signal source.
The third aspect, the embodiment of the invention also provides a kind of display interfaces to control equipment, including：
Memory, display screen and one or more processors；
The memory, for storing one or more programs；
When one or more of programs are executed by one or more of processors, so that one or more of processing Device realizes following operation：
Determine that the first signal source accesses intelligent interaction plate；
It controls the display screen and increases by the first viewing area in layout area, the layout area is for rendering in intelligent interaction plate The location layout of at least one display picture, the layout area includes at least one viewing area, and corresponding one of each viewing area is aobvious Show picture, each corresponding signal source of the display picture, the corresponding first display picture in first viewing area, the first display Picture corresponds to the first signal source, and first viewing area is located at first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, institute First object position is stated to be determined according to the first position；
It controls the display screen and receives position adjustment instruction, the position adjustment instruction acts on first viewing area；
Control display screen is adjusted first viewing area to the second position by first position, and the second position is according to institute Rheme is set adjustment instruction and is determined；
Indicate that the intelligent interaction plate is adjusted the first display picture to the second target position by first object position It sets, second target position is determined according to the second position.
Further, the second position shows the second viewing area, and second viewing area corresponds to the second display picture Face；
When one or more of programs are executed by one or more of processors, so that one or more of processing When device realizes that control display screen is adjusted first viewing area to the second position by first position, also implement：
Second viewing area is adjusted by the second position to the first position；
When one or more of programs are executed by one or more of processors, so that one or more of processing Device, which is realized, indicates that the intelligent interaction plate is adjusted the first display picture to the second target position by first object position When, also implement：
The second display picture is adjusted by second target position to the first object position.
Further, the second position shows third viewing area, and the third viewing area corresponds to third and shows picture Face；
When one or more of programs are executed by one or more of processors, so that one or more of processing When device realizes that control display screen is adjusted first viewing area to the second position by first position, also implement：
First viewing area is covered on the third viewing area；
When one or more of programs are executed by one or more of processors, so that one or more of processing Device, which is realized, indicates that the intelligent interaction plate is adjusted the first display picture to the second target position by first object position When, also implement：
The first display picture is covered on the third to show on picture.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are realized after the first display picture is covered on the third display picture, are also implemented：
It controls display screen and receives the selected instruction in viewing area, the selected instruction in the viewing area acts on the third viewing area；
The third viewing area is covered on the first viewing area by control display screen；
Indicate that the third is shown that picture is covered on the first display picture by the intelligent interaction plate.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are realized and control the display screen before layout area increases by the first viewing area, also implement：
First position is determined according to setting rule.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are realized and determine that first signal source accesses after the intelligent interaction plate, also implement：
Control display screen shows the identity of first signal source, the battery limits and the layout area in battery limits Positioned at same display layer, the identity of the battery limits at least one signal source for rendering, at least one described signal source Access the intelligent interaction plate.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors realize control display screen after the identity that battery limits show first signal source, go back specific real It is existing：
Receive the selected operation of mark, the selected identity operated for selecting first signal source of mark.
Further, the initial position of the selected operation of the mark is located at where the identity of first signal source Display position, end position are located at any display position inside the layout area.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are realized when determining first position according to setting rule, specific implementation：
Determine that the access serial number of the first signal source, the access serial number indicate the signal that intelligent interaction plate has currently accessed Source total quantity；
The layout templates in layout area are searched, the layout templates determine that the layout templates are used based on the access serial number In the location layout for determining at least one viewing area；
Determine first position, the first position be in the layout templates with the most matched position area of the end position Domain.
Further, the signal source total quantity currently accessed is at least two；
When one or more of programs are executed by one or more of processors, so that one or more of processing Device, which is realized, controls the display screen when being laid out area the first viewing area of increase, also implements：
The location layout for having viewing area in the layout area is adjusted, the location layout for having viewing area after adjustment is basis What the layout templates determined；
When one or more of programs are executed by one or more of processors, so that one or more of processing When device realizes that indicating intelligent interaction plate increases by the first display picture, also implement：
Adjustment has the location layout of display picture, have after adjustment display picture location layout and adjustment after have and show Show that the location layout in area is identical.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are realized when determining first position according to setting rule, specific implementation：
By the setting regions position put using centered on the end position as first position；Or,
The maximum rectangle blank area comprising the end position in the layout area is determined, by the maximum rectangle blank area As the first position.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are also implemented as follows operation：
Display screen receiving area adjustment instruction is controlled, the rea adjusting instruction acts on first viewing area；
Control display screen adjusts the display area of first viewing area to first object area, the first object area Adjustment instruction determines according to area；
The display area of indicating intelligent interaction plate adjustment the first display picture is to the second target area, second target Area is determined according to the first object area.
Further, when one or more of programs are executed by one or more of processors, so that one Or multiple processors are also implemented as follows operation：
It controls display screen and receives END instruction, the END instruction acts on first viewing area；
It controls display screen and closes first viewing area；
Indicate that the intelligent interaction plate closes the first display picture.
Further, first viewing area shows the identity of first signal source, and/or, described first is aobvious Show that area shows at least one content element of the first display picture.
Further, first signal source is to throw screen signal source and/or video signal source.
Fourth aspect, it is described the embodiment of the invention also provides a kind of storage medium comprising computer executable instructions Computer executable instructions by computer processor when being executed for executing display interface controlling party as described in relation to the first aspect Method.
Display interface control method, device, equipment and the storage medium of above-mentioned offer are handed over by the way that intelligence for rendering is arranged The layout area of mutual at least one position of display image of plate layout, and after confirmation the first signal source access intelligent interaction plate, Layout area shows the first display of display picture in the first viewing area and intelligent interaction plate, acts in layout area receiving When the position adjustment instruction of the first viewing area, the first viewing area is adjusted by first position to the second position, meanwhile, by intelligent friendship The first display picture corresponding with the first viewing area is adjusted by first object position to the technology of the second target position in mutual plate Means realize the position adjustment to picture is shown in intelligent interaction plate, and carry out position adjustment by layout area, can solve Certainly due to intelligent interaction flat screens excessive the problem of being not easy to user's operation, screen meeting especially is thrown in video conference or multiterminal Under scene, by such mode, controlled convenient for display picture of the participant to access signal source.
Detailed description of the invention
By reading a detailed description of non-restrictive embodiments in the light of the attached drawings below, of the invention other Feature, objects and advantages will become more apparent upon：
Fig. 1 is a kind of flow chart for display interface control method that the embodiment of the present invention one provides；
Fig. 2 is the first display interface schematic diagram of intelligent interaction plate；
Fig. 3 is a kind of flow chart of display interface control method provided by Embodiment 2 of the present invention；
Fig. 4 is the second display interface schematic diagram of intelligent interaction plate；
Fig. 5 is the third display interface schematic diagram of intelligent interaction plate；
Fig. 6 is the 4th display interface schematic diagram of intelligent interaction plate；
Fig. 7 is the 5th display interface schematic diagram of intelligent interaction plate；
Fig. 8 is the first schematic diagram of slide；
Fig. 9 is the second schematic diagram of slide；
Figure 10 is the 6th display interface schematic diagram of intelligent interaction plate；
Figure 11 is slide third schematic diagram；
Figure 12 is the 7th display interface schematic diagram of intelligent interaction plate；
Figure 13 is the 4th schematic diagram of slide；
Figure 14 is the 8th display interface schematic diagram of intelligent interaction plate；
Figure 15 is the 5th schematic diagram of slide；
Figure 16 is the 9th display interface schematic diagram of intelligent interaction plate；
Figure 17 is the tenth display interface schematic diagram of intelligent interaction plate；
Figure 18 is the 6th schematic diagram of slide；
Figure 19 is the 11st display interface schematic diagram of intelligent interaction plate；
Figure 20 is a kind of structural schematic diagram for display interface control device that the embodiment of the present invention three provides；
Figure 21 is the structural schematic diagram that a kind of display interface that the embodiment of the present invention four provides controls equipment.
Specific embodiment
The present invention is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched The specific embodiment stated is used only for explaining the present invention rather than limiting the invention.It also should be noted that in order to just In description, only some but not all contents related to the present invention are shown in the drawings.
Embodiment one
The display interface control method provided in embodiment can control equipment by display interface and execute, the display interface control Control equipment can realize that display interface control equipment can be two or more physics by way of software and/or hardware Entity is constituted, and is also possible to a physical entity and is constituted.Display interface control equipment can be computer, mobile phone, and projector is put down Plate or intelligent interaction plate etc..
In order to make it easy to understand, controlling equipment as display interface using intelligent interaction plate in embodiment carries out exemplary description. In practical application, display interface control equipment is also possible to establish the other equipment of data connection with intelligent interaction plate.Wherein, Be not construed as limiting in the communication mode embodiment of data connection, for example, can by USB connection, internet, local area network, bluetooth, The communication modes such as Wi-Fi or purple peak agreement (ZigBee) establish data connection.
Wherein, intelligent interaction plate can be by touch technology to be shown in display plate on content carry out manipulation and The integration apparatus for realizing man-machine interactive operation, is integrated with projector, electronic whiteboard, curtain, sound equipment, television set and video One or more functions such as conference terminal.
Further, at least one display picture is shown in intelligent interaction plate.Wherein, show that being particularly shown for picture is interior Hold in embodiment and is not construed as limiting.It, can also be with for example, display picture can be the window interface of application program in intelligent interaction plate It is the throwing screen interface that external device (ED) is sent or the video data that external device (ED) is sent.Wherein, external device (ED) can be：Hand Machine, laptop, tablet computer and desktop computer etc., and the external device (ED) and intelligent interaction plate establish data connection.It is real It applies in example, to show that picture is the throwing screen interface that external device (ED) is sent and/or carries out for the video data that external device (ED) is sent Description.
At this point, an external device (ED) can be defaulted as the signal source for sending data to intelligent interaction plate.That is, signal Source refers to the external device (ED) that data connection is established with intelligent interaction plate, and the external device (ED) sends to intelligent interaction plate and shows Data.For example, signal source can be throwing screen signal source and/or video signal source.Wherein, it throws screen signal source and is directed to intelligent interaction Plate send throw screen interface external device (ED), specifically, external device (ED) to show in itself screen content progress screenshotss after obtain Screen interface is thrown, and the throwing screen interface is sent to intelligent interaction plate, so that the intelligent interaction FPD throwing screen interface.Video Signal source is directed to the external device (ED) that intelligent interaction plate sends video data, wherein.It is logical that video data can be external device (ED) The real time data for crossing camera acquisition can also be the video data that external device (ED) is recorded by record screen function, be also possible to outer The video data that part device has been deposited.Further, external device (ED) sends video data to intelligent interaction plate, so that intelligence is handed over The mutual FPD video data.For example, the meeting room of local meeting room and other offices configures under conference scenario There is intelligent interaction plate.The intelligent interaction plate of other offices obtains the video data of participant and is sent to local intelligence It can be shown in interaction plate, at this point, the intelligent interaction plate of other offices is the video letter of local intelligent interaction plate Number source.Meanwhile local spokesman is sent to local intelligent interaction plate using laptop and throws screen interface, at this point, pen Remember this computer as throwing screen signal source.
Further, intelligent interaction plate can determine corresponding letter by data receiver interface or data receiver content Number source belongs to throwing screen signal source or video signal source.For example, intelligent interaction plate passes through high-definition multimedia interface (High Definition Multimedia Interface, HDMI) data are received, it can be true by the external device (ED) for sending the data It is set to video signal source.For another example, the interface data that intelligent interaction plate is applied by throwing screen, can will send the data External device (ED) be determined as throw screen signal source.Further, each signal source has corresponding identity, which can To include at least one of device id, device name, user's head portrait and user's title etc..Intelligent interaction plate passes through identity mark Knowledge can identify the signal source being currently accessed.
Specifically, Fig. 1 is a kind of flow chart for display interface control method that the embodiment of the present invention one provides.With reference to Fig. 1, The step specifically includes：
S110, determine that the first signal source accesses intelligent interaction plate.
Specifically, the first signal source is the signal source of current new access intelligent interaction plate.First signal source is to throw screen letter Number source and/or video signal source.Optionally, after intelligent interaction plate and the first signal source establish data connection, the first letter is notified Number source can send display data, and after the display data for receiving the transmission of the first signal source, determine the first signal source Access intelligent interaction plate.Further, synchronous to obtain the when intelligent interaction plate and the first signal source establish data connection The identity of one signal source.
S120, increase by the first viewing area in layout area, the first viewing area is located at first position.
Specifically, showing at least one display picture and layout area in intelligent interaction plate.Wherein, it is laid out area for rendering The location layout of at least one display picture in intelligent interaction plate, layout area includes at least one viewing area, each viewing area A corresponding display picture, each corresponding signal source of the display picture.
Illustratively, be laid out area peripheral shape be rectangle, and the length and width of rectangle respectively with intelligent interaction plate The length and width of display screen is proportional.In other words, layout area may be considered the display screen after reducing.Specifically, layout area Trigger condition embodiment be not construed as limiting, can be with automatic trigger, or artificial triggering.For example, aobvious in intelligent interaction plate When showing at least one display picture, simultaneous display is laid out area.For another example, intelligent interaction plate shows layout after receiving triggering command Area.Wherein, the concrete form embodiment of triggering command is not construed as limiting, for example, setting triggering key, the triggering key can be reality Body key is also possible to virtual key, and when triggering key is clicked, confirmation receives triggering command.In general, when intelligence When interaction FPD layout area, it is laid out the display level highest in area, layout area is mutually independent with display picture.
Optionally, display position of the layout area in intelligent interaction plate can arbitrarily adjust.For example, user is by pulling cloth The mode of office's area's frame line adjusts the display position in layout area.For another example, user adjusts cloth by way of pulling and being laid out area vertex Office's area's size.It should be noted that above-mentioned example is only used for illustrating, not to the restriction of display position adjustment mode.
It further, include at least one viewing area inside layout area.The quantity phase of the quantity of viewing area and display picture Deng, and show that the quantity of picture is equal with the signal source quantity of access, thus may determine that the letter of the quantity of viewing area and access Number source quantity is equal.Typically, the corresponding display picture in each viewing area, and opposite position of each viewing area in layout area It sets identical as relative position of the corresponding display picture in intelligent interaction plate.For example, display picture is flat positioned at intelligent interaction The upper right corner of plate and a quarter screen is occupied, at this point, there is viewing area corresponding with display picture in layout area, and the display Area is located at the upper right corner in layout area and occupies a quarter layout area.For another example, when intelligent interaction plate receives a new access Signal source send data when, increase a display picture in the lower right corner, and the display picture occupies 1/6th screens, this When, it is synchronous to increase a viewing area in the layout area lower right corner, and viewing area occupies 1/6th layout areas.In other words, Yong Huke Location layout of the display picture in intelligent interaction plate is determined with the location layout by viewing area in layout area.For example, Fig. 2 For the first display interface schematic diagram of intelligent interaction plate.It include display picture in intelligent interaction FPD interface with reference to Fig. 2 11 and display picture 12 and layout area 13, be laid out area 13 in include viewing area 131 and viewing area 132, wherein layout area 13 in The location layout of viewing area is identical as the display location layout of picture.Viewing area 131 corresponds to display picture 11, viewing area 132 Corresponding to display picture 12.
It should be noted that this embodiment is not limited for the particular content shown in viewing area.For example, viewing area in Fig. 2 Only show user's title of signal source.It, can also be with the number of display source signal, title or display picture in practical application Content element etc..
Optionally, the location layout rule embodiment of viewing area is not construed as limiting.For example, layout templates are preset, according to The quantity in current demand signal source selects corresponding layout templates, and then obtains the location layout of viewing area.For another example, selected aobvious by user Show the location layout in area.
Further, the corresponding first display picture in the first viewing area, the first corresponding first signal source of display picture, i.e., first The corresponding viewing area of signal source is denoted as the first viewing area.It, can be automatic when confirming the first signal source access intelligent interaction plate Corresponding first viewing area is shown in layout area, after the selected operation that also can receive user, the display pair in layout area The first viewing area answered, for example, pop-up prompting frame goes the first display of display in layout after receiving the selected operation of user Area.
Typically, the first viewing area is located at first position, wherein first position is the display area position of the first viewing area It sets.In general, first position can refer to the center position of the first viewing area, the covering of the first viewing area may also mean that The band of position.It is described by taking the band of position of the first viewing area covering as an example in embodiment.Wherein, the setting rule of first position It then may be set according to actual conditions, for example, the corresponding layout templates of different access signal source total quantitys are preset, according to One signal source access serial number finds corresponding position in layout modules, and is denoted as first position.For another example, instruction user is in layout area Selected location, and the position that user is selected is denoted as first position.It further, can be after determining first position The first viewing area is shown at one position.Optionally, if intelligent interaction plate is other than the first signal source, there is also others to believe Number source, i.e., the signal source total quantity currently accessed are at least two, then it is determined that other signal sources are corresponding aobvious when first position Show that the display position in area may need synchronous adjustment, at this point it is possible to which the position of other viewing areas is adaptively adjusted.
S130, indicating intelligent interaction plate increase by the first display picture.
Wherein, the first display picture is located at first object position, and first object position is determined according to first position.
Identical variation is executed specifically, showing in intelligent interaction plate and corresponding to viewing area in picture and layout area.Therefore, It is determined corresponding with first position the in display screen according to intelligent interaction panel display screen and the pixel mapping relations for being laid out area One target position, and increase by the first display picture in first object position.Specifically, when intelligent interaction plate increases in layout area It is synchronous to increase by the first display picture in first object position behind first viewing area, first is embodied by the first viewing area to realize Show the location layout of picture.Optionally, corresponding in intelligent interaction plate when being laid out other display zone position adjustment in area Show picture synchronization adjustment.
S140, position adjustment instruction is received, position adjustment instruction acts on the first viewing area in layout area.
Further, position adjustment instruction is the instruction for adjusting display zone position, can be acted in layout area Any viewing area.In order to make it easy to understand, being described so that position adjustment instruction acts on the first viewing area as an example in embodiment. Wherein, position adjustment instruction can be automatically generated by intelligent interaction plate, can also be raw after the instruction for receiving user's sending At.For example, intelligent interaction plate needs the position to existing viewing area to adjust at the viewing area of the new access signal source of display It is whole, at this point, position adjustment instruction can be generated for the viewing area.For another example, the touching of viewing area is acted on when user receives When control operation, the position adjustment instruction for receiving user's sending is determined.
In embodiment, it is described so that position adjustment instruction is the instruction that user issues as an example.Specifically, user can lead to The mode for crossing touch-control intelligent interaction panel display screen issues position adjustment instruction, or issues position adjustment by keying mode and refer to It enables.When issuing position adjustment instruction by keying mode, user can be by the physical button of intelligent interaction plate or logical Cross the equipment being connect with intelligent interaction plane data physical button issue position adjustment instruction, as mouse, keyboard, remote controler, The physical button of laptop etc..
In embodiment, by taking user issues position adjustment instruction by way of touch-control intelligent interaction panel display screen as an example into Row description.Typically, intelligent interaction panel display screen has touch function, and it is either infrared to can be capacitance plate, electromagnetic screen Screen.The display screen can receive the touch control operation that user is inputted by finger or input equipment.Wherein, input equipment include but It is not limited to：Stylus, infrared pen and/or capacitance pen etc..Specifically, intelligent interaction plate receives touch-control behaviour in layout area Make, and the touch control operation meets the touch-control rule of position adjustment instruction, then the confirmation of intelligent interaction plate receives position adjustment Instruction.For example, being located at the slide for being laid out area when intelligent interaction plate detects, and the initial position of the slide is located at In a certain viewing area, end position is located in layout area, then viewing area is determined as the first viewing area, and determination receives position Adjustment instruction.For another example, another one after intelligent interaction plate detects that a certain viewing area receives long press operation, in layout area It sets and receives long press operation, then viewing area is determined as the first viewing area, and determination receives position adjustment instruction.It is general and Speech, after determining the first viewing area, display picture corresponding with the first viewing area can be determined as the first display picture.
S150, the first viewing area is adjusted by first position to the second position.
Specifically.The second position is the first display zone position position adjusted.In general, the second position be equally with It is described for the band of position of first viewing area covering.Further, the second position is determined according to position adjustment instruction, Specifically, determining the second position according to the end position for the touch control operation for generating position adjustment instruction.For example, by touch control operation Central point of the end position as the first viewing area, and using the obtained band of position as the second position.For another example, viewing area is transferred Layout templates, selected in layout templates with the most matched band of position of end position as the second position.For another example, touch-control is grasped The end position of work has existed viewing area, then using the band of position of the viewing area as the second position.
Illustratively, the pixel value and relative positional relationship of the first viewing area each pixel at first position are recorded, And according to above-mentioned record content, the first viewing area is shown in the second position, meanwhile, the first viewing area is deleted in first position, with Realize the first display zone position adjustment.Wherein, when area of the area of the second position less or greater than first position, pass through The mode of pixel mapping, which is realized, shows the first viewing area in the second position.The regular embodiment of the above-mentioned pixel mapping referred to It is not construed as limiting, corresponding first display picture can be determined by meeting user by the first viewing area.
Optionally, when the second position has existed viewing area, by the first viewing area adjust to the second position can be by First viewing area and already existing viewing area transposition, can also be the first viewing area being covered on already existing display Qu Shang is also possible at the clear position in layout area set new position for already existing viewing area, and in the first display When area is adjusted to the second position, synchronization adjusts already existing viewing area to new position.If the second position is only shown The partial content of viewing area is had existed, at this point, processing mode is similar to the above, therefore not to repeat here.Further, when first When viewing area is covered on already existing viewing area, user can not watch already existing viewing area, at this point, already existing The corresponding signal source in viewing area can be accessed normally, can also temporarily cease access, when user selectes already existing viewing area When, restore access signal source.Wherein, when user selectes already existing viewing area, already existing viewing area is covered on first On viewing area.
S160, indicating intelligent interaction plate are adjusted the first display picture to the second target position by first object position.
Illustratively, when the position of the first viewing area of setting adjustment, corresponding first position of display image of synchronous adjustment, with Guarantee that the location layout of at least one display picture is presented in layout area in real time.Wherein, the second target position is the first display picture Position adjusted, the second target position are determined according to the second position.Specifically, determining the picture in layout area and intelligent interaction plate Vegetarian refreshments mapping relations, and then pixel mapping is carried out to the second position, to obtain the second target position.For example, it is laid out area Ratio with intelligent interaction panel display screen is 1:4, at this point it is possible to determine a pixel in layout area, corresponds to intelligence and hand over The pixel coordinate points of mutual plate, that is, pixel (0,0) in layout area corresponds in intelligent interaction panel display screen with (0,0) (3,3) it is the pixel in the rectangular area on vertex, is laid out pixel (0,1) in area, corresponds to intelligent interaction FPD In screen with (0,4) and (3,7) be vertex rectangular area in pixel, and so on.According to above-mentioned pixel mapping relations, And it can determine the second target position corresponding with the second position.Further, by the first display picture by first object position It adjusts to the second target position, it is identical as the first viewing area is adjusted the mode to the second position by first position, do not make herein It repeats.
Optionally, around layout area, such as top, lower section, left or the right in layout area, it is additionally provided with equipment Area.The identity of battery limits at least one display affiliated signal source of picture for rendering, user can be defined by battery limits The signal source being currently accessed.Wherein, identity include device id, device name, user's head portrait and user's title etc. extremely One item missing.Further, it when the first signal source accesses intelligent interaction plate, is laid out in area and increases by the first viewing area, meanwhile, if Pop up corresponding identity in preparation area.Either, when the first signal source accesses intelligent interaction plate, identity is popped up in battery limits Mark, after intelligent interaction plate receives user to the selected operation of the mark of identity, increase by first is aobvious in layout area Show area.Wherein, it is not construed as limiting in the concrete form embodiment of the selected operation of mark, such as clicks identity or pull identity mark Know to modes such as layout areas.The benefit that battery limits are arranged is, convenient for the signal source that user is clearly currently accessed, while convenient for control Signal source.
It is also optional, it is provided with closing key in each viewing area, when detecting that closing key is clicked, it is aobvious to close this Show area, the corresponding display picture of close synchronously.Battery limits if it exists, the then corresponding identity in the viewing area in synchronization removal battery limits Mark.It should be noted that closing key is only a kind of exemplary description, display is closed for indicating that intelligent interaction plate has The function of area and corresponding display picture.In practical application, the function can also be realized by other means, such as double-click viewing area Deng.Further, after viewing area is closed, being adapted to property of the location layout adjustment for being laid out remaining viewing area in area can also be protected It holds constant.When being adaptively adjusted, synchronous adjustment shows the location layout of picture.
Display interface control method provided in this embodiment, by the way that intelligent interaction plate for rendering is arranged, at least one is aobvious Show the layout area of picture position layout, and after confirmation the first signal source access intelligent interaction plate, shows that first is aobvious in layout area Show the first display of display picture in area and intelligent interaction plate, receives the position for acting on the first viewing area in layout area When adjustment instruction, the first viewing area is adjusted by first position to the second position, meanwhile, it will be shown in intelligent interaction plate with first Show that the corresponding first display picture in area is adjusted by first object position to the technological means of the second target position, realizes to intelligence The position adjustment of picture is shown in interaction plate, and position adjustment is carried out by layout area, can solve since intelligent interaction is flat Plate screen excessive the problem of being not easy to user's operation, especially in the case where screen conference scenario is thrown in video conference or multiterminal, by such Mode controls convenient for display picture of the participant to access signal source.
Embodiment two
Fig. 3 is a kind of flow chart of display interface control method provided by Embodiment 2 of the present invention.The present embodiment is above-mentioned It is embodied on the basis of embodiment.
Specifically, display interface control method provided in this embodiment specifically includes with reference to Fig. 3：
S201, determine that the first signal source accesses intelligent interaction plate.
S202, the identity of the first signal source is shown in battery limits.
Wherein, battery limits and layout area are located at same display layer, the identity of battery limits at least one signal source for rendering Mark, at least one signal source access intelligent interaction plate.
Specifically, in order to make user define the current signal source for having accessed intelligent interaction plate, in intelligent interaction plate Battery limits are shown, the size of the battery limits can be set according to the actual situation, which has currently connect for showing Enter the identity of the signal source of intelligent interaction plate.In general, the battery limits and layout area are located at same display layer, and high In the display layer of display picture.Further, battery limits with layout area it is adjacent, for example, battery limits be located at layout area lower section and It is adjacent with layout area.
In embodiment, the identity that set device area is shown is user's title.The entitled user's wound of the user The title registered when building account.Specifically, when signal source and intelligent interaction plate establish data connection, signal source is to intelligent friendship Mutual plate sends the data packet comprising contents such as user's titles, after intelligent interaction plate parses the data packet, records user Title, and when receiving the display data of signal source transmission, user's title is shown in battery limits.
Optionally, this embodiment is not limited for the display rule of identity.For example, showing identity by way of highlighted Mark, so that user notices current first signal source access intelligent interaction plate.Further, the display position of identity It can be determined according to preset rules.For example, preset rules are according to access sequence, horizontal direction successively shows identity, when When a line display number reaches given threshold, separately sets a line and continue to show identity.At this point, can be true according to preset rules The display position of fixed first signal source identity.
S203, the selected operation of mark is received.
Wherein, the selected identity operated for selecting the first signal source of mark, when intelligent interaction plate receives mark After knowing selected operation, the first display picture of the first signal source of display is determined.Specifically, the operation rules of the selected operation of mark can To be set according to actual conditions.For example, setting, after detecting that the display position where identity is clicked, determination receives The selected operation of mark.For another example, setting, which is worked as, receives slide, and the initial position of slide is aobvious where identity Show position, end position determines when being laid out in area and receives the selected operation of mark.It should be noted that above-mentioned merely exemplary Explanation the selected operation of mark is realized by way of touch control operation.In practical application, mark can also be realized by keying mode Know selected operation.In embodiment, the initial position of the selected operation of setting identification is located at where the identity of the first signal source Display position, end position are located at any display position inside layout area.At this point, the selected operation of mark can be sliding behaviour Make, is also possible to be located at the clicking operation etc. of different display positions twice in succession.
It should be noted that can be omitted S203 in practical application, when the first signal source of setting accesses intelligent interaction plate, Automatically the first viewing area is shown in layout area, while showing the first display picture.
S204, first position is determined according to setting rule.
Wherein, setting rule may be set according to actual conditions.In embodiment, exemplary retouch is carried out with following two schemes It states：
Scheme one, the step specifically include：
S2041, the access serial number for determining the first signal source.
Wherein, access serial number indicates the signal source total quantity that intelligent interaction plate has currently accessed.For example, the first signal source It is the signal source of the 3rd access intelligent interaction plate, then access serial number 3.
S2042, the layout templates for searching layout area.
Wherein, layout templates determine that layout templates are used to determine the position cloth of at least one viewing area based on access serial number Office.
Specifically, intelligent interaction plate is equipped with multiple layout templates, each access serial number has corresponding layout templates, intelligence Energy interaction plate carries out location layout to viewing area according to layout templates, meanwhile, the location layout of setting display picture and display The location layout in area is identical, to realize the function in layout area.
Optionally, same access serial number can correspond to multiple layout templates.For example, serial number 5, layout templates are accessed It can be：The upper half area equalization in layout area shows 3 viewing areas, and lower half region equalization shows 2 viewing areas；Layout templates are also It can be：The left area equalization in layout area shows 3 viewing areas, and right half area equalization shows 2 viewing areas.Optionally, when Intelligent interaction plate determined based on access serial number there are a layout templates when multiple layout templates, can be randomly selected, or It is to select the layout templates most by selection number either all to show multiple layout templates based on historical record Come, is selected by users.Further, after determining layout templates, user can replace layout templates according to actual needs, In, substitute mode embodiment is not construed as limiting.
Also optional, difference access serial number can correspond to different or identical layout templates.For example, access serial number 2 Layout templates be：Be laid out the impartial display in area or so, the layout templates of access serial number 3 become being laid out area divide equally 4 regions into Row display, the layout templates for accessing serial number 4 are equally that layout area divides equally 4 regions and shown.
S2043, first position is determined.
Wherein, first position is the display area position of the first viewing area, and first position is determined according to layout templates.
Optionally, first position is determined according to the display order of layout templates.For example, layout templates are that layout area divides equally 4 A region shown, display order is first from left to right again from top to bottom.Two regions of current arrangements' area's top half are Through there are viewing areas, then, determine that first position is the left area of lower half portion.
It is also optional, first position is determined in conjunction with selected operate of mark.At this point, first position be layout templates in end The most matched band of position in position.Specifically, determining the end position of the selected operation of mark after the selected operation of mark. Wherein, intelligent interaction plate determines the concrete mode of end position this embodiment is not limited, by taking condenser type display screen as an example, when For user when executing touch control operation on the display screen of intelligent interaction plate, the capacitor of corresponding position of touch can be according to the touch of user And change, that is, the touch signal comprising capacitance variations situation is generated, processor can determine mark according to touch signal The end position of selected operation.Further, location layout is carried out according to layout templates, confirms the position area where end position Domain, and using the band of position as first position.Wherein, the band of position refers in layout templates for showing the area of viewing area Domain.Optionally, if end position searches the position nearest apart from end position not in any position region of layout templates Region is as first position.It is also optional, if it is determined that the band of position have existed viewing area, then defaulting will be already present aobvious Show that area's sequence is discharged to the next position region, using the band of position as first position, either, cancel and show existing viewing area, And using the band of position as first position.
When in scheme two, intelligent interaction plate without setting layout templates, it can directly pass through the knot of the selected operation of mark Beam position determines first position, is specially：The selected setting regions comprising end position is as first position.
Wherein, which specifically includes：By the setting regions position put using centered on end position as first position.Its In, intelligent interaction plate combination actual conditions preset the size of viewing area, each viewing area it is equal in magnitude.Further , intelligent interaction plate according to default viewing area size, by the setting regions put using centered on end position as first It sets, at this point, without considering whether first position has existed existing viewing area.
Also optional, which also specifically includes：Determine the maximum rectangle blank area comprising end position in layout area, it will Maximum rectangle blank area is as first position.Specifically, after intelligent interaction plate determines end position, the whole in traversal layout area Pixel finds the white space comprising end position, wherein the white space is the region of connection.Further, at this Maximum rectangle blank area is searched in white space, as first position.Wherein, white space refers to that there is no displays in the region Area.Optionally, it if there is no white space, then according to preset viewing area size, is set what is put centered on end position Region is determined as first position.As another implementation, after can also be determining white space, in the blank area according to Preset viewing area size, by the setting regions put using centered on end position as first position.If white space is less than Preset viewing area size then searches maximum rectangle blank area, as first position in the blank area.
S205, increase by the first viewing area in layout area, the first viewing area is located at first position.
Specifically, can show the first viewing area at first position after determining first position.
Typically, the first viewing area shows the identity of the first signal source, and/or, the first viewing area shows that first is aobvious Show at least one content element of picture.Wherein, content element be first display picture in any display content, as picture, Keyword etc..For example, being laid out includes the first viewing area in area, and the first viewing area corresponds to the first display picture, and first is aobvious The identity for showing corresponding first signal source of picture is " Bing ".Fig. 4 is that the second display interface of intelligent interaction plate is illustrated Figure.With reference to Fig. 4, the first viewing area is set as viewing area 20, at this point, closing in the first viewing area 20 display the first display picture 200 Key word.Alternatively, setting, the first viewing area is viewing area 131, at this point, the first viewing area shows the first signal source with reference to Fig. 2 Identity " Bing ", the first display picture normal display data.
Further, if intelligent interaction plate is other than the first signal source, there is also other signal sources, i.e., currently The signal source total quantity of access is at least two, then it is determined that other signal sources correspond to the display position of viewing area when first position Synchronous adjustment may be needed by setting.For example, being laid out in area and removing when causing layout templates to change due to the access of the first signal source The display position for the existing viewing area gone outside the first viewing area needs to synchronize variation according to the variation of layout templates.Accordingly, when It is also synchronous to execute when executing S205 when the preceding signal source total quantity accessed is at least two：Adjustment layout has display in area The location layout in area, the location layout for having viewing area after adjustment is determined according to layout templates.
Wherein, it is laid out existing viewing area in area and refers to other viewing areas removed outside the first viewing area.Further, according to Layout templates can determine the new position of existing viewing area, in turn, show corresponding viewing area in new position.
S206, indicating intelligent interaction plate increase by the first display picture.
Wherein, the first display picture is located at first object position, and first object position is determined according to first position.
Identical variation is executed specifically, showing in intelligent interaction plate and corresponding to viewing area in picture and layout area.Therefore, It is determined corresponding with first position the in display screen according to intelligent interaction panel display screen and the pixel mapping relations for being laid out area One target position, and increase by the first display picture in first object position.
Further, after being laid out location layout of the area according to layout templates adjustment existing viewing area, intelligent interaction plate In existing display picture also need adjustment location layout.Accordingly, synchronous to execute when executing S206：Adjustment has display picture The location layout in face, the location layout for having display picture after adjustment are identical as having the location layout of viewing area after adjustment.I.e. It is synchronized really after viewing area adjusts position according to display position adjusted according to the corresponding relationship of display picture and viewing area Surely it shows the target position of picture, and display picture is adjusted to the target position.
S207, position adjustment instruction is received, position adjustment instruction acts on the first viewing area in layout area.
S208, the first viewing area is adjusted by first position to the second position.
Wherein, the second position is determined according to position adjustment instruction.
S209, indicating intelligent interaction plate are adjusted the first display picture to the second target position by first object position.
Wherein, the second target position is determined according to the second position.
Optionally, the second position shows the second viewing area and executes when the second viewing area corresponds to the second display picture It is also synchronous to execute when S208：Second viewing area is adjusted by the second position to first position.When executing S209, also synchronizes and hold Row：Second display picture is adjusted by the second target position to first object position.
Specifically, the end position when position adjustment instruction has had shown that the second viewing area, then by the second viewing area Display position is as the second position.At this point, setting is by the first viewing area and the second viewing area transposition, i.e., it is aobvious in the second position Show the first viewing area, shows the second viewing area in first position.Synchronous, corresponding first display picture in intelligent interaction plate With the second display same transposition of picture, i.e., the first display picture is shown in the second target position, it is aobvious in first object position Show the second display picture.It should be noted that when the first viewing area and the second viewing area transposition, do not limit first position and The second position is equal in magnitude.When unequal, the first viewing area and the second viewing area can in such a way that pixel maps, into Row adaptability zooms in or out.
Also optional, the second position shows third viewing area, when the third viewing area corresponds to third display picture, It is also synchronous to execute when executing S208：First viewing area is covered on third viewing area.It is also synchronous to execute when executing S209： First display picture is covered on third to show on picture.
Specifically, the size of the first viewing area is constant when the position of the first viewing area of setting adjustment.Further, by position Point centered on the end position of adjustment instruction is set, chooses regional location identical with the first viewing area size as second It sets.Further, after determining the second position, if showing third viewing area on the second position, by the first viewing area tune It is whole to the second position when, the first viewing area is covered on third viewing area.Further, the quantity of third viewing area can be At least one., can be identical as the size of the first viewing area when third viewing area is one, the first display can also be greater than The size in area, at this point, the first viewing area is placed only in the corresponding display content in the second position.When third viewing area is at least two When a, the part that the second position contains at least two complete third viewing area, contains at least two third viewing area can be Region either includes at least one complete third viewing area and the partial region of at least one third viewing area, at this point, First viewing area is placed only in the corresponding display content in the second position.Further, indicating intelligent interaction plate is held It is similarly operated in row and layout area, so that the first display picture is covered on third and shows on picture.
At this point, the display level of the first viewing area is higher than the display level of third viewing area, in order to realize user to third Viewing area is operated, on that basi of the above embodiments, setting：First display picture is covered on the third to show on picture Later, further include：The selected instruction in viewing area is received, the selected instruction in viewing area acts on third viewing area；Third viewing area is covered It covers on the first viewing area；Third is shown that picture is covered on the first display picture by indicating intelligent interaction plate.
Specifically, the selected instruction in viewing area is for the selected third viewing area covered by the first viewing area.It is specifically touched Originating party formula may be set according to actual conditions.For example, being set in second when third viewing area is completely covered by the first viewing area When receiving long press operation in position, determines and receive the selected instruction in viewing area.For another example, when third viewing area is not shown by first It when showing that area is completely covered, sets when the uncovered position in third viewing area receives clicking operation, determination receives display The selected instruction in area.Further, when intelligent interaction plate, which receives viewing area, selectes instruction, determine user to third viewing area It is operated, at this point, the display level of third viewing area is improved, so that third viewing area is covered on the first viewing area.Meanwhile Indicating intelligent interaction plate executes identical operation, so that third shows that picture is covered on the first display picture.Later, intelligence Interaction plate continues to user for other control operations of third viewing area, and when controlling third viewing area, synchronous control Third processed shows picture.
S210, END instruction is received.
Wherein, END instruction acts on the first viewing area, for closing the first signal source, specifically triggers form and implements It is not construed as limiting in example.For example, increasing virtual key in the first viewing area, when the virtual key is clicked, determination is received END instruction.For another example, after the identity of the first signal source in battery limits is clicked, determination receives END instruction.It needs Illustrate, the first viewing area can be any viewing area in layout area.
S211, the first viewing area is closed.
Specifically, stopping the first viewing area of display in layout area.Optionally, after the first viewing area is closed, adaptability tune The location layout of whole residue viewing area.For example, layout templates change, at this point, according to new cloth after closing the first viewing area The remaining viewing area of office's template rearrangement.
S212, indicating intelligent interaction plate close the first display picture.
Illustratively, intelligent interaction plate stops display the first display picture, and guarantees the position row of remaining display picture Cloth is identical as the remaining position arrangement of viewing area in layout area.
Exemplary description is carried out to the technical solution provided in embodiment below：
Following examples are to throw screen scene, wherein intelligent interaction plate and at least one laptop establish data company It connects.Further, throwing screen application is installed in intelligent interaction plate and laptop.Laptop will by throwing screen application The throwing screen interface of interception is sent to intelligent interaction plate.Intelligent interaction plate throws screen interface by throwing screen application reception, and shows Throw screen interface.Specifically, control application is equipped in intelligent interaction plate, when control application starts, in intelligent interaction plate Middle display layout area and battery limits.Further, when the location layout of viewing area changes in being laid out area, control application will Location layout is serialized, and is sent to throwing screen application, and throwing screen interface applications receive data and carry out unserializing to be shown The location layout in area, and then the location layout for showing picture is determined according to the location layout.
Example one, the third display interface schematic diagram that Fig. 5 is intelligent interaction plate.As shown in Figure 5, in intelligent interaction plate Including display picture 221, display picture 222, layout area 23 and battery limits 24.By battery limits 24 it is found that currently having accessed two A signal source, i.e. signal source 241 and signal source 242, wherein the identity of signal source 241 is：" Bing ", signal source 242 Identity is " computer of ACE ", wherein since the display position of battery limits 24 is not enough to show whole " computer of ACE ", Therefore, " computer of ACE " is substituted in the non-display portion in battery limits 24 by ellipsis.Further, layout area 23 includes viewing area 231 and viewing area 232.The identity of viewing area display source signal, at this point, as shown in Figure 5, viewing area 231 corresponds to signal Source 241, viewing area 232 correspond to signal source 242.Further, since layout area shows the location layout of picture for rendering, Therefore, viewing area 231 corresponds to display picture 221, and viewing area 232 corresponds to display picture 222.
Specifically, popping up the signal newly accessed in layout area 23 when the new signal source of determination accesses intelligent interaction plate The identity in source.Fig. 6 is the 4th display interface schematic diagram of intelligent interaction plate.It will be appreciated from fig. 6 that battery limits 24 are new in display It when the identity of the signal source 243 of access, is distinctly displayed with signal source 241 and signal source 242, in order to user's differentiation.Under Face corresponding viewing area of display source signal 243 in layout area 23 using three kinds of scheme descriptions.
Scheme one, after detecting that signal source 243 is clicked, determine its access serial number 3, at this point, transferring corresponding cloth Office's template, and determine according to the display order of setting the display position of each viewing area.Later, the display interface of intelligent interaction plate Fig. 7 is become from Fig. 6.Fig. 7 is the 5th display interface schematic diagram of intelligent interaction plate.With reference to Fig. 7, the increase pair in layout area 23 Should be in the viewing area of signal source 243 2331, and adjust the position of viewing area 231 and viewing area 232.Wherein, in viewing area 2331 The identity of display source signal 243.Further, intelligent interaction plate increases display picture 2231, and according to layout area The distributing adjustment in 23 counties Zhong Ge viewing area shows picture 221 and display picture 222.Wherein, display picture 2231 corresponds to display Area 2331.
Scheme two, intelligent interaction plate detect slide, wherein Fig. 8 is the first schematic diagram of slide, can from Fig. 8 Know, the initial position for acting on the slide of Fig. 6 display interface is located at the display position at 243 place of signal source, end position In layout area 23.The selected operation of mark is received at this point, determining.Later, it determines that signal source 243 accesses serial number 3, transfers Corresponding layout templates, and according to the end position of slide, search the most matched band of position in layout templates, and The band of position increases viewing area.After increasing viewing area, the display interface of intelligent interaction plate is as shown in Figure 7.At this point, intelligence is handed over Other operations of mutual plate, such as adjustment are laid out area and show the operation of picture, and similar to scheme one, therefore not to repeat here.
Scheme three, intelligent interaction plate detect slide, wherein Fig. 9 is the second schematic diagram of slide, can from Fig. 9 Know, the initial position for acting on the slide of Fig. 6 display interface is located at the display position at 243 place of signal source, end position In layout area 23.At this point, determining the end position of slide, the point centered on end position is selected in layout area 23 Setting regions as the position where the viewing area of signal source 243.Specifically, Figure 10 is the 6th display of intelligent interaction plate Interface schematic diagram.With reference to Figure 10, increase the viewing area of signal source 243 in layout area 23 based on the end position of slide 2332.At this point, there are the overlappings of part display position for viewing area 2332 and viewing area 232, the display level of viewing area 2332 is set Higher than the display level of viewing area 232.Meanwhile intelligent interaction plate increases display picture 2232, and in intelligent interaction plate, shows Show that correspond to the location layout of viewing area identical in the location layout and layout area of picture.
Example two, the display interface of intelligent interaction plate are as shown in Figure 2.Intelligent interaction plate receives slide, In, Figure 11 is that slide third schematic diagram acts on the initial position of the slide of Fig. 2 display interface as can be seen from Figure 11 In viewing area 131, end position is located in viewing area 132.At this point, determination receives position adjustment instruction.By viewing area 131 are determined as the first viewing area, using the position of viewing area 132 as the second position.Further, it exchanges viewing area 131 and shows Show the display position in area 132, synchronously control shows that picture 11 and display picture 12 exchange display position, at this point, intelligent interaction is flat The display interface of plate is as shown in figure 12, and Figure 12 is the 7th display interface schematic diagram of intelligent interaction plate, at this point, user passes through control Viewing area in system layout area, realizes the location layout of display interface in synchronously control intelligent interaction plate.
Example three, the display interface of intelligent interaction plate are as shown in Figure 7.Intelligent interaction plate receives slide, In, Figure 13 is that the 4th schematic diagram of slide acts on the initial position of the slide of Fig. 7 display interface as can be seen from Figure 13 In viewing area 231, end position is located in region 234.At this point, determination receives position adjustment instruction.By viewing area 231 It is determined as the first viewing area, using the position in layout templates with the most matched region 234 of end position as the second position.Into one Step, viewing area 231 is adjusted to display at 234 position of region, synchronously control shows that picture 221 adjusts position.At this point, intelligence The display interface of interaction plate is as shown in figure 14, and Figure 14 is the 8th display interface schematic diagram of intelligent interaction plate, at this point, user By the viewing area in control layout area, the location layout of display interface in synchronously control intelligent interaction plate is realized.
Example four, the display interface of intelligent interaction plate are as shown in Figure 7.Intelligent interaction plate receives slide, In, Figure 15 is the 5th schematic diagram of slide, from figure 15, it can be known that acting on the initial position of the slide of Fig. 8 display interface In viewing area 231, end position is located at location point 235.At this point, determination receives position adjustment instruction.By viewing area 231 Be determined as the first viewing area, will using centered on location point 235 point, region identical with 231 size of viewing area as the second position. Further, viewing area 231 is adjusted to the second place and is shown, synchronously control shows that picture 221 adjusts position.At this point, intelligence The display interface of energy interaction plate is as shown in figure 16, and Figure 16 is the 9th display interface schematic diagram of intelligent interaction plate, at this point, aobvious Show that area 231 is partially covered on the partial region of viewing area 232 and viewing area 2331, meanwhile, display picture 221 is partially covered on It shows picture 222 and shows on the partial region of picture 2231.At this point, user is realized by the viewing area in control layout area The location layout of display interface in synchronously control intelligent interaction plate.
Example five, the display interface of intelligent interaction plate are as shown in Figure 7.Intelligent interaction plate detects that signal source 241 connects After receiving clicking operation, either, each viewing area is provided with " exiting " function button 25, and determination receives END instruction. At this point, the corresponding viewing area 231 in shutdown signal source 241 and corresponding display picture 221.Further, access two is transferred Layout templates when signal source, and the position of viewing area 232 and viewing area 2331 is adaptively adjusted according to layout templates.Meanwhile Adjustment display picture 222 and the position for showing picture 2231.At this point, the display interface of intelligent interaction plate is as shown in figure 17, figure 17 be the tenth display interface schematic diagram of intelligent interaction plate.It is put down since signal source 242 accesses intelligent interaction prior to signal source 243 Plate, therefore, according to the display rule of layout templates, the left-half in layout area shows viewing area 232, and right half part is shown Show area 2331.At this point, user realizes in synchronously control intelligent interaction plate by the viewing area in control layout area and shows boundary The location layout in face.
It should be noted that the display area of layout area and battery limits may be set according to actual conditions, in above-mentioned example It is merely for convenience of understanding technical solution, by the increase of display area adaptability.
Technical solution provided in this embodiment is used for the battery limits of display source signal identity, Yi Jicheng by setting The layout area of the location layout of the existing corresponding display picture of signal source, the operation by user to battery limits and layout area, synchronous control The location layout that picture is shown in intelligent interaction plate processed realizes the clear signal source currently accessed of user, and passes through spirit Mode of operation and setting rule living, realizes the display picture to signal source and controls.Meanwhile being laid out area and battery limits only Be integrated in a certain piece of region of intelligent interaction plate, be convenient for user's control, without user entire intelligent interaction plate display Screen carries out touch control operation to display picture.
On the basis of the above embodiments, setting removes outside the adjustment instruction of position, and user can also be to the face of display picture Product size is controlled, and following operation is specifically included：
S213, receiving area adjustment instruction.
Wherein, rea adjusting instruction acts on the first viewing area in layout area.First viewing area and unspecific display Area can be laid out any viewing area by user's current selected adjustment area in area.Further, the tool of rea adjusting instruction It is not construed as limiting in body setting form embodiment.For example, when intelligent interaction plate receives two cunnings simultaneously in any viewing area Dynamic operation, and two slides are contrary, it is determined that receive rea adjusting instruction.For another example, when intelligent interaction plate exists After receiving dragging instruction on the frame of any viewing area, determines and receive rea adjusting instruction.
S214, the display area of the first viewing area is adjusted to first object area.
Wherein, adjustment instruction determines first object area according to area.Specifically, adjustment instruction determines the 4th according to area The scaling of viewing area calculates first object area according to scaling later.
Optionally, when the display area of the first viewing area being adjusted to first object area, the display surface of other viewing areas The adjustment of being adapted to property of product, or remain unchanged.When being adaptively adjusted, specific adjustment rule can be according to the actual situation Setting.Will not be overlapped for example, setting each viewing area, after display area is modified in the first viewing area, if blocked Other viewing areas, then other viewing area adaptability being blocked reduce, until not being blocked.When the first viewing area, modification is aobvious After showing area, in the event of white space, then other viewing areas can be remained unchanged or adaptability is amplified, to fill up empty White region.
S215, indicating intelligent interaction plate adjustment the first display picture display area to the second target area.
Wherein, the second target area is determined according to first object area, i.e., according to layout area and intelligent interaction FPD The pixel mapping relations of screen calculate the second target area.Further, indicating intelligent interaction plate is shown according in layout area The location layout in area readjusts the location layout of each display picture.
The lower adjustment process of product face-to-face illustrates：
The display interface of intelligent interaction plate is as shown in Figure 7.Intelligent interaction plate receives slide, wherein Figure 18 For the 6th schematic diagram of slide the slide of Fig. 7 display interface is acted on as two o'clock touch-control, and two o'clock as can be seen from Figure 18 Glide direction is opposite.Rea adjusting instruction is received at this point, determining.Slide viewing area 232 is determined as the first viewing area. Further, according to the relationship of the sliding distance of preset slide and scaling, first object area is calculated, and then will The display area of viewing area 232 is adjusted to first object area.Figure 19 is that the 11st display interface of intelligent interaction plate is illustrated Figure, at this point, viewing area 232 is adjusted to first object area, viewing area 231 and 2331 adaptability of viewing area reduce display surface Product, to prevent from being blocked.Meanwhile the location layout of display interface is adaptively adjusted in intelligent interaction plate.I.e. user passes through layout Area can realize that the display area to display picture controls, and control mode simple and flexible.
Embodiment three
Figure 20 is a kind of structural schematic diagram for display interface control device that the embodiment of the present invention three provides.With reference to Figure 20, The display interface control device includes：Signal source AM access module 301, display indicating module 303, refers to layout area's display module 302 Enable receiving module 304, the first adjustment module 305 and second adjustment module 306.
Wherein, signal source AM access module 301, for determining that the first signal source accesses intelligent interaction plate；Layout area is shown Module 302, for increasing the first viewing area, the layout area at least one display in intelligent interaction plate for rendering in layout area The location layout of picture, layout area includes at least one viewing area, the corresponding display picture in each viewing area, each display picture Face corresponds to a signal source, and the corresponding first display picture in the first viewing area, the first corresponding first signal source of display picture, first is aobvious Show that area is located at first position；It shows indicating module 303, is used to indicate intelligent interaction plate and increases by the first display picture, first is aobvious Show that picture is located at first object position, first object position is determined according to first position；Command reception module 304, for receiving Position adjustment instruction, position adjustment instruction act on the first viewing area；The first adjustment module 305, for by the first viewing area by First position is adjusted to the second position, and the second position is determined according to position adjustment instruction；Second adjustment module 306, is used to indicate Intelligent interaction plate is adjusted the first display picture to the second target position by first object position, and the second target position is according to the Two positions determine.
Technical solution provided in this embodiment, by the way that at least one display picture position of intelligent interaction plate for rendering is arranged Set the layout area of layout, and after confirming the first signal source access intelligent interaction plate, layout area show the first viewing area and The first display of display picture in intelligent interaction plate, is receiving the position adjustment instruction for acting on the first viewing area in layout area When, the first viewing area is adjusted by first position to the second position, meanwhile, it will be corresponding with the first viewing area in intelligent interaction plate First display picture adjusted by first object position to the technological means of the second target position, realize to intelligent interaction plate The position adjustment of middle display picture, and position adjustment is carried out by layout area, it can solve due to intelligent interaction flat screens mistake Very much not user-friendly problem, by such mode, is convenient for especially in the case where screen conference scenario is thrown in video conference or multiterminal Participant controls the display picture of access signal source.
On the basis of the above embodiments, the second position shows the second viewing area, and it is aobvious that the second viewing area corresponds to second Show picture；The first adjustment module 305 is also used to by the second position adjust the second viewing area to first position；Second adjustment mould Block 306 is also used to by the second target position adjust the second display picture to first object position.
On the basis of the above embodiments, the second position shows third viewing area, and third viewing area is aobvious corresponding to third Show picture；The first adjustment module 305 is also used to for being covered on third viewing area the first viewing area；Second adjustment module 306, It is also used to the first display picture being covered on third and show on picture.
On the basis of the above embodiments, further include：Selected command reception module, for institute first to be shown picture covering After third is shown on picture, the selected instruction in viewing area is received, the selected instruction in viewing area acts on third viewing area；First covers Cover module, for third viewing area to be covered on the first viewing area；Second overlay module, being used to indicate intelligent interaction plate will Third shows that picture is covered on the first display picture.
On the basis of the above embodiments, further include：Position determination module, for layout area increase the first viewing area it Before, first position is determined according to setting rule.
On the basis of the above embodiments, further include：Identity display module, for determining that the first signal source access intelligence is handed over After mutual plate, the identity of the first signal source is shown in battery limits, the battery limits and layout area are located at same display layer, if The identity of preparation area at least one signal source for rendering, at least one signal source access intelligent interaction plate.
On the basis of the above embodiments, further include：Receiving module is operated, for showing the first signal source in battery limits After identity, the selected operation of mark, the selected identity operated for selecting the first signal source of the mark are received.
On the basis of the above embodiments, the initial position of the selected operation of mark is located at the identity institute of the first signal source Display position, end position be located at layout area inside any display position.
On the basis of the above embodiments, position determination module includes：Serial number determination unit, for determining the first signal source Access serial number, which indicates the signal source total quantity that has currently accessed of intelligent interaction plate；Template searching unit is used In the layout templates for searching layout area, layout templates determine that layout templates are for determining at least one display based on access serial number The location layout in area；Match determination unit, for determining first position, the first position be layout templates in end position most The matched band of position.
On the basis of the above embodiments, the signal source total quantity currently accessed is at least two；It is laid out area and shows mould Block 302, is also used to：Has the location layout of viewing area in adjustment layout area, the location layout for having viewing area after adjustment is root It is determined according to layout templates；It shows indicating module 303, is also used to：Adjustment has the location layout of display picture, has after adjustment Show that the location layout of picture is identical as having the location layout of viewing area after adjustment.
On the basis of the above embodiments, position determination module is specifically used for：The setting that will be put centered on end position Regional location is as first position；Or, determine the maximum rectangle blank area comprising end position in layout area, maximum rectangle is empty White area is as the first position.
On the basis of the above embodiments, further include：Receiving module is adjusted, receiving area adjustment instruction, area tune are used for Whole instruction acts on the first viewing area；Third adjusts module, for adjusting the display area of the first viewing area to first object face Product, adjustment instruction determines first object area according to area；4th adjustment module, is used to indicate intelligent interaction plate adjustment first The display area of picture is shown to the second target area, the second target area is determined according to first object area.
On the basis of the above embodiments, further include：Terminate receiving module, for receiving END instruction, END instruction is made For the first viewing area；First closedown module, for closing the first viewing area；Second closedown module, is used to indicate intelligent interaction Plate closes the first display picture.
On the basis of the above embodiments, the first viewing area shows the identity of the first signal source, and/or, first is aobvious Show that area shows at least one content element of the first display picture.
On the basis of the above embodiments, the first signal source is to throw screen signal source and/or video signal source.
Display interface control device provided in this embodiment can be used for executing display circle that above-mentioned any embodiment provides Face control method has corresponding function and beneficial effect.
Example IV
Figure 21 is the structural schematic diagram that a kind of display interface that the embodiment of the present invention four provides controls equipment.The display interface Controlling equipment includes：Processor 40, memory 41, display screen 42, input unit 43 and output device 44.The display interface control The quantity of processor 40 can be one or more in control equipment, in Figure 21 by taking a processor 40 as an example.The display interface The quantity of memory 41 can be one or more in control equipment, in Figure 21 by taking a memory 41 as an example.Display circle Face control equipment processor 40, memory 41, display screen 42, input unit 43 and output device 44 can by bus or Person's other modes connect, in Figure 21 for being connected by bus.In embodiment, display interface control equipment can be computer, Mobile phone, plate, projector or intelligent interaction plate etc..In embodiment, it is using display interface control equipment as intelligent interaction plate Example, is described.
Memory 41 is used as a kind of computer readable storage medium, can be used for storing software program, journey can be performed in computer Sequence and module, as described in any embodiment of that present invention the corresponding program instruction/module of display interface control method (for example, Signal source AM access module 301, layout area's display module 302 in display interface control device, display indicating module 303, instruction Receiving module 304, the first adjustment module 305 and second adjustment module 306).Memory 41 can mainly include storing program area The storage data area and, wherein storing program area can application program needed for storage program area, at least one function；Store number It can be stored according to area and created data etc. are used according to equipment.In addition, memory 41 may include high random access storage Device, can also include nonvolatile memory, a for example, at least disk memory, flush memory device or other are non-volatile Solid-state memory.In some instances, memory 41 can further comprise the memory remotely located relative to processor 40, These remote memories can pass through network connection to equipment.The example of above-mentioned network includes but is not limited to internet, in enterprise Portion's net, local area network, mobile radio communication and combinations thereof.
Display screen 42 is the display screen 42 with touch function, can be capacitance plate, electromagnetic screen or infrared screen.Generally For, display screen 42 is used to show data according to the instruction of processor 40, is also used to receive the touch behaviour for acting on display screen 42 Make, and corresponding signal is sent to processor 40 or other devices.Optionally, it when display screen 42 is infrared screen, also wraps Infrared touch frame is included, which is arranged in the surrounding of display screen 42, can be also used for receiving infrared signal, and should Infrared signal is sent to processor 40 or other equipment.
Input unit 43 can be used for receiving the number or character information of input, and generates and control equipment with display interface User setting and function control related key signals input, can also be the camera for obtaining image and obtain sound The pick up facility of frequency evidence.Output device 44 may include the audio frequency apparatuses such as loudspeaker.It should be noted that 43 He of input unit The concrete composition of output device 44 may be set according to actual conditions.
Optionally, display interface control equipment further includes communication device (not shown), for communicating with other equipment foundation Connection, can be wire communication device and/or wireless communication device.
Software program, instruction and the module that processor 40 is stored in memory 41 by operation, thereby executing equipment Various function application and data processing, that is, realize above-mentioned display interface control method.
Specifically, in embodiment, when one or more of programs are executed by one or more of processors 40, so that One or more of processors 40 realize following operation：
Determine that the first signal source accesses intelligent interaction plate；
It controls display screen 42 and increases by the first viewing area in layout area, layout area is for rendering at least one in intelligent interaction plate The location layout of a display picture, layout area includes at least one viewing area, the corresponding display picture in each viewing area, each Showing the corresponding signal source of picture, the corresponding first display picture in the first viewing area, first shows corresponding first signal source of picture, First viewing area is located at first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, the first mesh Cursor position is determined according to first position；
It controls display screen 42 and receives position adjustment instruction, position adjustment instruction acts on the first viewing area；
Control display screen 42 is adjusted the first viewing area to the second position by first position, and the second position is adjusted according to position Instruction determines；
Indicating intelligent interaction plate is adjusted the first display picture to the second target position, the second mesh by first object position Cursor position is determined according to the second position.
On the basis of the above embodiments, the second position shows the second viewing area, and it is aobvious that the second viewing area corresponds to second Show picture；
When one or more programs are executed by one or more processors 40, so that one or more processors 40 realize control When display screen 42 processed is adjusted the first viewing area to the second position by first position, also implement：
Second viewing area is adjusted by the second position to first position；
When one or more programs are executed by one or more processors 40, so that the realization of one or more processors 40 refers to When showing that intelligent interaction plate is adjusted the first display picture to the second target position by first object position, also implement：
Second display picture is adjusted by the second target position to first object position.
On the basis of the above embodiments, the second position shows third viewing area, and third viewing area is aobvious corresponding to third Show picture；
When one or more programs are executed by one or more processors 40, so that one or more processors 40 realize control When display screen 42 processed is adjusted the first viewing area to the second position by first position, also implement：
First viewing area is covered on third viewing area；
When one or more programs are executed by one or more processors 40, so that the realization of one or more processors 40 refers to When showing that intelligent interaction plate is adjusted the first display picture to the second target position by first object position, also implement：
First display picture is covered on third to show on picture.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one After first display picture is covered on third display picture by a or multiple realizations of processors 40, also implement：
It controls display screen 42 and receives the selected instruction in viewing area, the selected instruction in viewing area acts on third viewing area；
Third viewing area is covered on the first viewing area by control display screen 42；
Third is shown that picture is covered on the first display picture by indicating intelligent interaction plate.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one A or multiple processors 40 realize that control display screen 42 before layout area increases by the first viewing area, also implements：
First position is determined according to setting rule.
On the basis of the above embodiments, when one or more programs are executed by one or more processors, so that one Or multiple processors are realized after determining the first signal source access intelligent interaction plate, are also implemented：
Control display screen 42 shows the identity of the first signal source in battery limits, and battery limits and layout area are located at same aobvious Show layer, the identity of battery limits at least one signal source for rendering, it is flat that at least one signal source accesses the intelligent interaction Plate.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one A or multiple processors 40 realize control display screen 42 after the identity that battery limits show the first signal source, go back specific real It is existing：
Receive the selected operation of mark, the selected identity operated for selecting the first signal source of mark.
On the basis of the above embodiments, the initial position of the selected operation of mark is located at the identity institute of the first signal source Display position, end position be located at layout area inside any display position.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one When a or multiple processors realize first position determining according to setting rule, specific implementation：
Determine that the access serial number of the first signal source, the signal source that access serial number indicates that intelligent interaction plate has currently accessed are total Quantity；
The layout templates in layout area are searched, layout templates determine that layout templates are for determining at least one based on access serial number The location layout of a viewing area；
Determine first position, first position be in layout templates with the most matched band of position of end position.
On the basis of the above embodiments, the signal source total quantity currently accessed is at least two；
When one or more programs are executed by one or more processors 40, so that one or more processors 40 realize control Display screen 42 processed is also implemented when being laid out area the first viewing area of increase：
Has the location layout of viewing area in adjustment layout area, the location layout for having viewing area after adjustment is according to layout What template determined；
When one or more programs are executed by one or more processors 40, so that the realization of one or more processors 40 refers to When showing that intelligent interaction plate increases by the first display picture, also implement：
Adjustment has the location layout of display picture, have after adjustment display picture location layout and adjustment after have and show Show that the location layout in area is identical.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one When a or multiple processors 40 realize first position determining according to setting rule, specific implementation：
By the setting regions position put using centered on end position as first position；Or, determining in layout area comprising knot The maximum rectangle blank area of beam position, using maximum rectangle blank area as first position.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one A or multiple processors 40 are also implemented as follows operation：
42 receiving area adjustment instruction of display screen is controlled, rea adjusting instruction acts on first viewing area；
The display area of first viewing area of the adjustment of display screen 42 is controlled to first object area, first object area is according to face Product adjustment instruction determines；
The display area of indicating intelligent interaction plate adjustment the first display picture is to the second target area, the second target area It is determined according to first object area.
On the basis of the above embodiments, when one or more programs are executed by one or more processors 40, so that one A or multiple processors 40 are also implemented as follows operation：
It controls display screen 42 and receives END instruction, END instruction acts on the first viewing area；
It controls display screen 42 and closes the first viewing area；
Indicating intelligent interaction plate closes the first display picture.
On the basis of the above embodiments, the first viewing area shows the identity of the first signal source, and/or, first is aobvious Show that area shows at least one content element of the first display picture.
On the basis of the above embodiments, the first signal source is to throw screen signal source and/or video signal source.
It should be noted that be intelligent interaction plate since display interface controls equipment in embodiment, it is above-mentioned to refer to Indicating intelligent interaction plate relevant operation, it can be understood as processor instruction display screen relevant operation.In practical application In, when display interface control equipment is other equipment (such as mobile phone), then the above-mentioned indicating intelligent referred to interacts the correlation of plate Operation, it can be understood as the relevant operation that the processor control display screen of indicating intelligent interaction plate executes.
The display interface control equipment of above-mentioned offer can be used for executing the display interface control that above-mentioned any embodiment provides Method has corresponding function and beneficial effect.
Embodiment five
The embodiment of the present invention five also provides a kind of storage medium comprising computer executable instructions, and the computer can be held Row instruction is used to execute a kind of display interface control method when being executed by computer processor, including：
Determine that the first signal source accesses intelligent interaction plate；
Increase by the first viewing area in layout area, layout area at least one display picture in intelligent interaction plate for rendering Location layout, layout area includes at least one viewing area, the corresponding display picture in each viewing area, and each display picture is corresponding One signal source, the corresponding first display picture in the first viewing area, the first corresponding first signal source of display picture, the first display position In first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, the first mesh Cursor position is determined according to first position；
Position adjustment instruction is received, position adjustment instruction acts on the first viewing area；
First viewing area is adjusted by first position to the second position, the second position is determined according to position adjustment instruction；
Indicating intelligent interaction plate is adjusted the first display picture to the second target position, the second mesh by first object position Cursor position is determined according to the second position.
Certainly, a kind of storage medium comprising computer executable instructions, computer provided by the embodiment of the present invention The display interface control method operation that executable instruction is not limited to the described above, can also be performed any embodiment of that present invention and is mentioned Relevant operation in the display interface control method of confession, and have corresponding function and beneficial effect.
By the description above with respect to embodiment, it is apparent to those skilled in the art that, the present invention It can be realized by software and required common hardware, naturally it is also possible to which by hardware realization, but in many cases, the former is more Good embodiment.Based on this understanding, technical solution of the present invention substantially in other words contributes to the prior art Part can be embodied in the form of software products, which can store in computer readable storage medium In, floppy disk, read-only memory (Read-Only Memory, ROM), random access memory (Random such as computer Access Memory, RAM), flash memory (FLASH), hard disk or CD etc., including some instructions are with so that a computer is set Standby (can be robot, personal computer, server or the network equipment etc.) executes and shows described in any embodiment of that present invention Show interface control method.
It is worth noting that, included each unit and module are only according to function in above-mentioned display interface control device Energy logic is divided, but is not limited to the above division, as long as corresponding functions can be realized；In addition, each function The specific name of energy unit is also only for convenience of distinguishing each other, the protection scope being not intended to restrict the invention.
It should be appreciated that each section of the invention can be realized with hardware, software, firmware or their combination.Above-mentioned In embodiment, software that multiple steps or method can be executed in memory and by suitable instruction execution system with storage Or firmware is realized.It, and in another embodiment, can be under well known in the art for example, if realized with hardware Any one of column technology or their combination are realized：With for realizing the logic gates of logic function to data-signal Discrete logic, with suitable combinational logic gate circuit specific integrated circuit, programmable gate array (PGA), scene Programmable gate array (FPGA) etc..
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example Point is included at least one embodiment or example of the invention.In the present specification, schematic expression of the above terms are not Centainly refer to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be any One or more embodiment or examples in can be combined in any suitable manner.
Note that the above is only a better embodiment of the present invention and the applied technical principle.It will be appreciated by those skilled in the art that The invention is not limited to the specific embodiments described herein, be able to carry out for a person skilled in the art it is various it is apparent variation, It readjusts and substitutes without departing from protection scope of the present invention.Therefore, although being carried out by above embodiments to the present invention It is described in further detail, but the present invention is not limited to the above embodiments only, without departing from the inventive concept, also It may include more other equivalent embodiments, and the scope of the invention is determined by the scope of the appended claims.

Claims (10)

1. a kind of display interface control method, which is characterized in that including：
Determine that the first signal source accesses intelligent interaction plate；
Increase by the first viewing area in layout area, the layout area at least one display picture in intelligent interaction plate for rendering Location layout, the layout area includes at least one viewing area, the corresponding display picture in each viewing area, each display Picture corresponds to a signal source, the corresponding first display picture in first viewing area, and the first display picture corresponds to the first signal source, First viewing area is located at first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, and described the One target position is determined according to the first position；
Position adjustment instruction is received, the position adjustment instruction acts on first viewing area；
First viewing area is adjusted by first position to the second position, the second position is according to the position adjustment instruction It determines；
Indicate that the intelligent interaction plate is adjusted the first display picture to the second target position, institute by first object position The second target position is stated to be determined according to the second position.
2. display interface control method according to claim 1, which is characterized in that it is aobvious that the second position shows second Show that area, second viewing area correspond to the second display picture；
It is described when adjusting first viewing area to the second position by first position, further include：
Second viewing area is adjusted by the second position to the first position；
The instruction intelligent interaction plate is adjusted the first display picture to the second target position by first object position When setting, further include：
The second display picture is adjusted by second target position to the first object position.
3. display interface control method according to claim 1, which is characterized in that it is aobvious that the second position shows third Show that area, the third viewing area correspond to third and show picture；
It is described when adjusting first viewing area to the second position by first position, further include：
First viewing area is covered on the third viewing area；
The instruction intelligent interaction plate is adjusted the first display picture to the second target position by first object position When setting, further include：
The first display picture is covered on the third to show on picture.
4. display interface control method according to claim 1, which is characterized in that described to increase by the first display in layout area Before area, further include：
First position is determined according to setting rule.
5. display interface control method according to claim 4, which is characterized in that first signal source of determination accesses intelligence After energy interaction plate, further include：
The identity of first signal source is shown in battery limits, and the battery limits and the layout area are located at same display Layer, the identity of the battery limits at least one signal source for rendering, at least one described signal source access the intelligence Interaction plate.
6. display interface control method according to claim 1, which is characterized in that further include：
Receiving area adjustment instruction, the rea adjusting instruction act on first viewing area；
The display area of first viewing area is adjusted to first object area, the first object area adjusts according to area to be referred to It enables and determining；
The display area of indicating intelligent interaction plate adjustment the first display picture is to the second target area, second target area It is determined according to the first object area.
7. display interface control method according to claim 1, which is characterized in that further include：
END instruction is received, the END instruction acts on first viewing area；
Close first viewing area；
Indicate that the intelligent interaction plate closes the first display picture.
8. a kind of display interface control device, which is characterized in that including：
Signal source AM access module, for determining that the first signal source accesses intelligent interaction plate；
It is laid out area's display module, for increasing the first viewing area, layout area intelligent interaction plate for rendering in layout area In at least one display picture location layout, the layout area includes at least one viewing area, each viewing area correspondence one Show picture, each corresponding signal source of the display picture, the corresponding first display picture in first viewing area, first is aobvious Show corresponding first signal source of picture, first viewing area is located at first position；
It shows indicating module, is used to indicate intelligent interaction plate and increases by the first display picture, the first display picture is located at the One target position, the first object position are determined according to the first position；
Command reception module, for receiving position adjustment instruction, the position adjustment instruction acts on first viewing area；
The first adjustment module, for being adjusted first viewing area by first position to the second position, the second position root It is determined according to the position adjustment instruction；
Second adjustment module is used to indicate the intelligent interaction plate and adjusts the first display picture by first object position To the second target position, second target position is determined according to the second position.
9. a kind of display interface controls equipment, which is characterized in that including：
Memory, display screen and one or more processors；
The memory, for storing one or more programs；
When one or more of programs are executed by one or more of processors, so that one or more of processors are real Now following operation：
Determine that the first signal source accesses intelligent interaction plate；
Control the display screen and increase by the first viewing area in layout area, the layout area for rendering in intelligent interaction plate at least The location layout of one display picture, the layout area includes at least one viewing area, the corresponding display picture in each viewing area Face, each corresponding signal source of the display picture, the corresponding first display picture in first viewing area, the first display picture Corresponding first signal source, first viewing area is located at first position；
Indicating intelligent interaction plate increases by the first display picture, and the first display picture is located at first object position, and described the One target position is determined according to the first position；
It controls the display screen and receives position adjustment instruction, the position adjustment instruction acts on first viewing area；
Control display screen is adjusted first viewing area to the second position by first position, and the second position is according to institute's rheme Adjustment instruction is set to determine；
Indicate that the intelligent interaction plate is adjusted the first display picture to the second target position, institute by first object position The second target position is stated to be determined according to the second position.
10. a kind of storage medium comprising computer executable instructions, which is characterized in that the computer executable instructions by For executing the display interface control method as described in any in claim 1-7 when computer processor executes.
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