CN104238885B - The method and device that a kind of autoplacement shown suitable for more equipment contents and content are shown - Google Patents
The method and device that a kind of autoplacement shown suitable for more equipment contents and content are shown Download PDFInfo
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- CN104238885B CN104238885B CN201410468163.2A CN201410468163A CN104238885B CN 104238885 B CN104238885 B CN 104238885B CN 201410468163 A CN201410468163 A CN 201410468163A CN 104238885 B CN104238885 B CN 104238885B
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Abstract
The method and device that the autoplacement and content that the present invention provides a kind of to show suitable for more equipment contents are shown.Under multi-equipment environment, the present invention is that different types of equipment Auto-matching realizes the layout for adapting to its display condition, and content is made to obtain Utopian display in suitably display subregion in various kinds of equipment.In turn, the present invention is based on the priorities of shown content to map that the subregion that attribute matches, the present invention establishes logical relation between different subregions according to unified sort method, in this way, in the case where dividing using different zones, unified layout is obtained in more equipment, in turn, preferred sequence based on content establishes its mapping relations with subregion, and so that the logic between content is sorted can be continued in the layout of distinct device.
Description
Technical field
The present invention relates to computer technologies, more particularly, to a kind of autoplacement shown suitable for more equipment contents
And the method and device that content is shown.
Background technique
With popularizing for mobile Internet, user may possess simultaneously and use PC, tablet computer, smart television, intelligence
A plurality of types of electronic equipments such as mobile phone and intelligent wearable device.Correspondingly, content provider is also required to adapt to the use of more equipment
Family environment is shown and offer so as to carry out content on various types of electronic equipments.For example, user outdoors may
Certain contents are obtained using tablet computer or smart mobile phone, and will be continued to obtain these with smart television in going back home identical
Content.
In electronic equipment, generally the display area of screen can be divided sub-viewing areas according to certain layout,
Each sub-viewing areas provides each content.As ideal situation, under more equipment states, identical content should be to have height
The layout of consistency is presented on different types of electronic equipment.Unified display styles can be reached in this way, enabled users to
It is enough that identical content is obtained on distinct electronic apparatuses with same mode of operation known to oneself, so as to improve more equipment
User experience under state.
Since the screen size, resolution ratio, depth-width ratio of different type electronic equipment all have apparent difference, in a kind of electricity
The layout division being applicable in sub- equipment may not can be also applicable on other types of electronic equipment, therefore should be based on different
Screen condition and adaptively carry out the division of subregion respectively for each type of electronic equipment, thus in every kind of electronic equipment
On reach layout compatible with its screen, each content is presented in most suitable sub-viewing areas.
However, in the prior art in order to reach the layout of the high consistency in the case where display of more equipment contents,
Display area is often divided to subregion in different electronic equipments in a manner of duplicate, such layout method must
The presentation of at least part content will be will affect, result is often unified layout obtained can only be in the electronics of some types
Reach satisfied display effect in equipment, and display sub-zone dividing will be shown on other types of electronic equipment
Irrationality.For example, certain layouts can achieve the effect that on smart television or tablet computer it is relatively good, but by the cloth
Office is carried forward into that screen is smaller and when on the smart phone of wide high proportion significant change, just will appear display subregion quantity and distribution
Unreasonable, part shows the defects of subregion area is too small.
As it can be seen that being needed in order to which identical content to be shown in various electronic with the layout with high consistency
The method for dividing layout in the same manner merely in the prior art is improved, flexible layout system support is provided.
Summary of the invention
In order to overcome the above-mentioned defects in the prior art, the present invention provides it is a kind of suitable for more equipment contents show from
The method and device that dynamic layout and content are shown.Under multi-equipment environment, the present invention is different types of equipment Auto-matching
It realizes the layout for adapting to its own display condition, idealizes content in suitably display subregion in various kinds of equipment
Display.In turn, the priority determined the present invention is based on the significance level of shown content maps that attribute phase
Matched display subregion, so that the present invention establishes logical relation between different subregions according to unified sort method, in this way,
In the case where dividing using different zones, based on content and the uniformity in the mapping relations of subregion is shown, in more equipment
In obtain unified layout, continue the logical order between content in the layout of distinct device.
Present invention firstly provides a kind of autoplacement methods shown suitable for more equipment contents, comprising the following steps:
Obtain the layout format that the device display area of at least one equipment in more equipment is divided into display subregion；
Determine the ordinal relation that subregion is respectively shown in the layout format.
Preferably, the device display area is whole region or the partial region of device screen.
Preferably, self attributes parameter and placement constraint condition based on device display area, obtain the layout lattice
Formula.It may further be preferable that the self attributes parameter of the device display area includes at least one of the following: resolution ratio, display
Area size, display area position, display area central point.It may further be preferable that the placement constraint condition includes following
At least one of: the quantity for showing subregion, the number of levels for showing subregion, position restrictive condition, the same layer for showing subregion
Display subregion quantity under grade.
Preferably, the step of obtaining the layout format includes: to select from scheduled display subregion distribution mode
Optimal display subregion distribution mode divides the cloth to device display area according to optimal display subregion distribution mode
Office's format.
Preferably, the step of obtaining the layout format include: according to the self attributes parameter of device display area and
Placement constraint condition selects the layout format saved.
Preferably, the step of obtaining the layout format includes: the layout that other equipment from more equipment are configured
In format, obtain referring to layout format；It is shown based on the equipment obtained referring to layout format for dividing current device
The layout format in region.It may further be preferable that based on the equipment referring to layout format acquisition for dividing current device
The step of layout format of display area, specifically includes: executing the device display area of both current device and described other equipment
Similarity system design；In the case where the device display area of both similarity system design result expressions is same or similar, current
It is applicable in equipment described referring to layout format；The situation of the device display area dissmilarity of the two is indicated in similarity system design result
Under, based on the placement constraint condition having referring to layout format, the device display area of current device is divided by acquisition
Show the layout format of subregion.
It may further be preferable that the device display area is divided into the layout format for showing subregion by described obtain
Step further comprises: changing existing layout format by adjusting operation by user to generate new layout format.Into one
Step is preferably, and is operated based on the adjustment, and the ordinal relation respectively shown between subregion in new layout format is updated.Into one
Step is preferably, and the adjustment operation comprises at least one of the following: division operation, union operation, recursive operation, translation,
Rotation process, duplication operation, mirror image operation, zoom operations.
Preferably, the ordinal relation that subregion is respectively shown in the layout format includes the ordinal relation of multiple dimensions.
It may further be preferable that the ordinal relation includes the ordinal relation of three area, position and level dimensions.Further preferred
It is that the ordinal relation is partial ordering relation or ordering relation.
Preferably, when based on the layout format for obtaining current device referring to layout format, it is based on the reference
The ordinal relation that subregion is respectively shown in layout format determines in the layout format of current device between each display subregion
Ordinal relation.It may further be preferable that according to the ordinal relation determined in referring to layout format between each display subregion
Mode, determine in the layout format of current device it is each display subregion between ordinal relation.
The present invention also provides a kind of subregion content display methods suitable for more equipment, comprising the following steps: according to
The priority of each content shown at least one equipment in more equipment, by setting for each content map to the equipment
Each display subregion in the layout format of standby display area.
Preferably, the step of each display subregion by each content map into the layout format include: will be described
Corresponding content-data source is respectively associated in each display subregion in layout format.
Preferably, the content-data source is subjected to classification set, and based in the multiple dimensions in content-data source
Partial ordering relation or ordering relation determine the priority of each content shown in the device display area.
It may further be preferable that the partial ordering relation or ordering relation between the content-data source include following at least one
Kind: the partial ordering relation determined according to content-data source publisher, the partial ordering relation determined according to the content quality in content-data source,
The ordering relation determined according to the number of users in content-data source.
Preferably, according to the priority of each content shown in the device display area, successively each content is reflected
Each display subregion being mapped in the layout format.
It may further be preferable that being arranged according to the dimension preference in each content-data source, according in the dimension of relative priority
The ordinal relation for showing subregion, is associated with each display subregion for the content-data source.
Preferably, after by each display subregion of each content map into the layout format, pass through and update behaviour
Make to change the layout format, content-data source or content-data source and shows the mapping relations of subregion.
It may further be preferable that changing the quantity in the content-data source, and according to change in update operation
The quantity in content-data source afterwards determines whether correspondingly to change the placement constraint condition, and changes in placement constraint condition
In the case where regenerate the layout format.
The present invention provides a kind of autoplacement devices shown suitable for more equipment contents, comprising:
The device display area of at least one equipment in more equipment is divided into display for obtaining by region division module
The layout format of subregion；
Subregion relation management module is shown, for determining the ordinal relation for respectively showing subregion in the layout format.
Preferably, the device display area is whole region or the partial region of device screen.
It may further be preferable that the autoplacement device further include: display area control module, for obtaining or being arranged
The self attributes parameter of device display area；Condition setting module, for placement constraint condition to be arranged；The region division module
Self attributes parameter and placement constraint condition based on device display area, obtain the layout format.
It may further be preferable that the self attributes parameter of the device display area include at least one of the following: resolution ratio,
Display area size, display area position, display area central point.
It may further be preferable that the placement constraint condition includes at least one of the following: the quantity of display subregion, display
Display subregion quantity under the number of levels of subregion, the position restrictive condition for showing subregion, same level.
Preferably, the autoplacement device further include: layout distribution library module, for providing scheduled display sub-district
Domain distribution mode；The region division module selects optimal display sub-district from the scheduled display subregion distribution mode
Domain distribution mode divides the layout format to device display area according to optimal display subregion distribution mode.
Preferably, the autoplacement device includes: layout format library module, for saving layout format；The area
Domain division module is selected according to the self attributes parameter and placement constraint condition of device display area from the layout format library module
Select the layout format saved.
Preferably, the autoplacement device includes: layout format library module, for from other equipment in more equipment
In the layout format configured, obtains and save referring to layout format；The region division module is based on described referring to layout
Format obtains the layout format for dividing the device display area of current device.
It is currently set it may further be preferable that the region division module is based on described obtain referring to layout format for dividing
The layout format of standby device display area specifically includes: the region division module executes current device and other equipment
The similarity system design of the device display area of the two；Similarity system design result both indicate device display area is identical or phase
As in the case of, the region division module is applicable in described referring to layout format on current device；In similarity system design result
In the case where indicating that the device display area of the two is dissimilar, the region division module is had based on described referring to layout format
Placement constraint condition, obtain by the device display area of current device be divided into display subregion layout format.
Preferably, the autoplacement device further comprises: display subregion operation module, for being passed through by user
Adjustment operation changes existing layout format to generate new layout format.
It may further be preferable that the display subregion relation management module is operated based on the adjustment, update new
The ordinal relation between subregion is respectively shown in layout format.
It may further be preferable that the adjustment operation comprises at least one of the following: division operation, union operation, recurrence behaviour
Make, translation, rotation process, duplication operation, mirror image operation, zoom operations.
Preferably, the ordinal relation for each display subregion that display subregion relation management module determines includes multiple dimensions
The ordinal relation of degree.
It may further be preferable that the ordinal relation includes the ordinal relation of three area, position and level dimensions.
It may further be preferable that the ordinal relation is partial ordering relation or ordering relation.
Preferably, the display subregion relation management module is based on described referring to respectively showing subregion in layout format
Ordinal relation, determine in the layout format of current device it is each display subregion between ordinal relation.
It may further be preferable that it is characterized in that, the display subregion relation management module is according to referring to layout lattice
The mode that the ordinal relation between each display subregion is determined in formula determines each display in the layout format of current device
Ordinal relation between region.
The present invention provides a kind of subregion content displays suitable for more equipment, comprising: content managing module is used
In the priority for determining each content shown by least one equipment in more equipment；
Mapping association module, for the priority according to each content, by the equipment of each content map to the equipment
Each display subregion in the layout format of display area.
Preferably, the mapping association module, for each display subregion in the layout format to be respectively associated
Corresponding content-data source.
Preferably, the content managing module of the autoplacement device is used to the content-data source carrying out category set
It closes, and based on the partial ordering relation or ordering relation in the multiple dimensions in content-data source, determines in the device display area
The priority of each content of display.
It may further be preferable that the partial ordering relation or ordering relation between the content-data source include following at least one
Kind: the partial ordering relation determined according to content-data source publisher, the partial ordering relation determined according to the content quality in content-data source,
The ordering relation determined according to the number of users in content-data source.
Preferably, the mapping association module is according to the preferential suitable of each content shown in the device display area
Sequence, successively each display subregion by each content map into the layout format.
It may further be preferable that the mapping association module according to the dimension preference in each content-data source be arranged, according to
The content-data source is associated with each display subregion by the ordinal relation that subregion is shown in the dimension of relative priority.
Preferably, described device further includes display subregion operation module, and by each content map to the cloth
After each display subregion in office's format, pass through display subregion operation module, content managing module or mapping association mould
The update operation of block changes the layout format, content-data source or content-data source respectively and shows that the mapping of subregion is closed
System.
Preferably, described device includes condition setting module and region division module, and in update operation,
The content managing module changes the quantity in the content-data source, and condition setting module is according to the content-data after change
The quantity in source determines whether to change the placement constraint condition accordingly, and in the case where the change of placement constraint condition, institute
It states region division module and regenerates the layout format.
The achievable effect of the present invention is as follows: first is that being that every kind of equipment is adapted to respective flexible cloth under more appointed conditions
Office makes layout meet the display condition of every kind of equipment itself, and the mode of adaptation not only includes that layout lattice are automatically configured in equipment
Formula further includes the layout format that reference has saved, and the configuration of the reference layout format based on other equipment is suitable for current device
Layout format；It second is that being divided in a certain equipment to display area, and is the resulting display of division on different dimensions
Subregion establishes logical relation, realizes that content can be regularly resulting with division according to objective significance level and subjective setting
Each display subregion corresponds；For example, most important content is in the display area of each equipment under more appointed conditions
It is on most significant display subregion；Third is that the separation of content change and display area variation, when content source number dynamic
Variation, the adjustment that display area can neatly carry out dividing in interregional integration and region are corresponding to it；It is important when content source
Degree changes, and readjusts content source in the case where having layout and divides the corresponding relationship in region.
Detailed description of the invention
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:
Fig. 1 is overall procedure schematic diagram of the invention；
Fig. 2 is the flow chart of display sub-zone dividing of the present invention and sequence step；
Fig. 3 A-C is the schematic diagram that existing layout format is changed by adjusting operation；
Fig. 4 is the flow chart of content associated steps of the present invention；
Fig. 5 is the schematic diagram of the autoplacement device of the present invention shown suitable for more equipment contents.
Specific embodiment
In order that those skilled in the art will better understand the technical solution of the present invention, and make above-mentioned mesh of the invention
, feature and advantage can be more obvious and easy to understand, the present invention is made below with reference to embodiment and embodiment attached drawing further detailed
Explanation.
The method and dress that the autoplacement and content that the present invention provides a kind of to show suitable for more equipment contents are shown
It sets.Fig. 1 is overall procedure schematic diagram of the invention.It can be seen from figure 1 that the method that autoplacement and content of the invention is shown is total
It include display two parts of sub-zone dividing and sequence step and content associated steps on body.Wherein, display sub-zone dividing is
Any of them equipment is directed under multi-equipment environment, according to the self attributes parameter of the device display area of the equipment and
Placement constraint condition set by user obtains the layout format that the device display area is divided into display subregion.This
Invention provides a variety of methods for obtaining the layout format, comprising: is matched with automatic algorithms and generates layout format；Or to
User provides the candidate list for the layout format being saved, and therefrom selects layout format by user；Either set based on other
Standby reference layout format configuration is suitable for the layout format of current device.The present invention is further supported by user in above-mentioned automatic life
At layout format, the layout format that has been saved or based on the layout lattice configured referring to layout format by current device
On formula basis, the adjustment such as is split, merged, translate to it and being operated, forming the layout format of update.Show subregion sequence
Refer to the ordinal relation for determining and respectively showing subregion in the layout format.Content associated steps refer to aobvious according to the equipment
The priority for showing each content shown in region reflects each display subregion of each content map into the layout format
The core penetrated is that content priority sequence is made to keep unified in logic successively aspect and the ordinal relation of each display subregion, to protect
Important content is demonstrate,proved all to present in significantly display subregion on each device.
Fig. 2 is the flow chart of display sub-zone dividing of the present invention and sequence step.Referring to fig. 2, subregion is shown
Division specifically may include with the next stage:
Step 201, the self attributes parameter of the device display area of current device is obtained.The device display area is to set
For carrying out the whole region of content presentation on standby screen, the whole region which can be device screen is (complete
Screen display), it is also possible to the partial region (non-full screen display) of device screen.The self attributes parameter of device display area be by
What the hardware configuration condition of device screen itself was determined, also by the device display area in the case where non-full screen display
Region setting is determined.In the case where device display area is device screen whole region, which includes point
Resolution, display area size, display area central point.If device display area is device screen partial region, this itself
Property parameters include resolution ratio, the subregional size of the screen section, position and display area central point.Display area central point
It can be the geometry midpoint of display area.
Step 202, the placement constraint condition as set by equipment user is collected, the placement constraint condition is by equipment
Display area is divided into the restrictive condition for needing to meet when display subregion, the number of the display subregion including finally dividing acquisition
Display subregion quantity under amount, the number of levels of display subregion, the position restrictive condition for showing subregion, same level.
Step 203, optimal show is selected from scheduled display subregion distribution mode according to the placement constraint condition
Show subregion distribution mode.Autoplacement method of the invention can pre-define the display subregion distribution side on several basis
Formula, such as offer curves method, a variety of subregion distribution mode such as gridding method and parallel method.It is pre- according to placement constraint condition etc.
Determine factor, selects optimal display subregion distribution mode from several display subregion distribution mode.
Step 204, it according to the optimal display subregion distribution mode, is laid out for equipment adaptation, to make each set
Standby device display area forms the layout format including at least one display subregion.
In step 205, user can be adjusted operation to the layout format of automatic adaptation, determine final layout lattice
Formula.Adjustment is operated including division operation, union operation, recursive operation, rotation process, duplication operation, and mirror is grasped to operation, scaling
Make, translation etc..For example, translation refers to that the layout reference point of mobile current region, change virtual region are working as proparea
Mapping in domain divides；Union operation can be and will be left white region merger and enter to have divided region；Recursive operation, which refers to, to be formed
Display subregion in be laid out again, thus will display subregion divide again.Exist between the display subregion of division
Hierarchical relationship, the hierarchical relationship between subregion are the products of recursive operation, and all subregions for being subordinated to low-level are closed
And a part for being subordinated to a level is formed afterwards.Equipment owner can merge operation to the subregion of low layer, to height
The subregion of layer carries out division operation.Duplication operation is will be by some or certain layout format duplications for showing subregion and constituting
To the other parts of device display area.Mirror is to be directed to some or certain layout formats for showing subregion and constituting to operation,
The layout format of mirror symmetry therewith is formed in the other parts of device display area.
Other than according to the layout of process automatic adaptation described in above-mentioned steps 203 and step 204, the present invention also supports root
According to the self attributes parameter and placement constraint condition of device display area, according to above-mentioned from the layout format being saved before
Parameter and restrictive condition are matched, and generate candidate layout format list, and existing layout is selected from the list by user
Format.User can be adjusted operation on the basis of selected existing layout format, to form final layout lattice
Formula.Fig. 3 A-B is the schematic diagram that existing layout format is changed by adjusting operation.Obtain the self attributes of device display area
Parameter, for example, equipment entire display area length have 26 unit lengths, width be 21 unit lengths, obtain equipment
The resolution ratio of display area, the position on device screen, device display area the basic parameters such as center point, centre bit
Set a little be display area geometry midpoint.In turn, division setting following layout qualifications of the user to display subregion: altogether
Divide seven to eight display subregions, wherein at least two subregion meet display important content requirement (such as satisfaction pair
Requirement in terms of the size of subregion, position, level), and the level of the display subregion formed is no more than Pyatyi.According to setting
The self attributes parameter and placement constraint condition of standby display area provide candidate layout list, and user therefrom selectes as shown in Figure 3A
Layout format.According to the layout format, device display area is subjected to double of division operation, area equation is formed and belongs to
Two pieces of display subregions of the first level.Display subregion above, is divided using curve method above-mentioned, is formed
Totally 4 sub-regions comprising three levels；For the display subregion of lower section, operated using duplication, by the established sample in top
Formula is cloned into lower section, forms last layout pattern.User is on the basis of selected layout format, to the display sub-district of top
Domain has carried out adjustment operation appropriate, two display subregions of lowest hierarchical level is merged into one using union operation, shape
It altogether include 4 levels, seven sub-regions, using symmetrical above and below as axis to bisector at final layout as shown in Figure 3B；Wherein have
There is the identical display subregion of two pieces of area equations, level, may be used as important content displaying.
In multi-equipment environment, in addition to it is recited above for any display area in plurality of devices and these equipment it is straight
Automatic adaptation layout format is connect, or is selected outside from the layout format saved before, the present invention can also set more
Multiplexing layout's format between standby.Specific step is as follows for multiplexing layout's format between more equipment: step 1, acquisition will match for it
Set the above-mentioned self attributes parameter of the device display area of the equipment (calling current device in the following text) of layout format；Step 2, it is directed to
The layout format that other equipment (calling first equipment in the following text) in more equipment are configured and saved therefrom selects a kind of as current
The reference layout format of the device display area of equipment；Step 3, the similitude test for executing device display area, that is, be somebody's turn to do
The device display area self attributes parameter of the first equipment referring to belonging to layout format, such as resolution ratio, device display area
Size, device display area position etc., and itself of these self attributes parameters and the device display area of current device are belonged to
Property parameter compared to pair, test similitude between the two；Step 4, show current device by similitude test and formerly set
The attribute of both standby device display area is identical or difference permissible range (such as difference value acceptable threshold with
Under) in the case where, using described referring to layout format directly on current device.This case, which is generally present in, currently to be set
Standby and first equipment belongs to equipment of the same race or close equipment, and the situation that set device display area is identical or approximate
Under, it is also possible to it appears in current device and first equipment belongs to equipment not of the same race, but keep the two equipment aobvious by being manually set
In the case where showing that region has same or similar attribute.Step 5, if showing current device and first equipment through similitude test
The device display area of the two is dissimilar (such as difference value is more than acceptable threshold), then obtains and configure the reference cloth in first equipment
Used placement constraint condition when office's format, then enters the display sub-district since above-mentioned steps 203 on current device
Domain partiting step realizes the operations such as display sub-zone dividing according to the placement constraint condition on current device.Certainly, for base
In be referring to layout format current device configuration layout format, user can also according to above the method for by the agency of to it
It is adjusted operation, to change existing layout format and generate new layout format.
Step 206 be sequence step, for subregion is respectively shown in layout format, determine each display subregion area,
Ordinal relation in multiple dimensions such as position and level, the ordinal relation include partial ordering relation or ordering relation.From area
From the point of view of dimension, the present invention is that standard area is arranged in display subregion, shows that there are partial ordering relations between subregion and standard area:
When different display subregion areas is identical divided by remainder obtained by standard area area, show that there are partial order passes between subregion
System, is then ranked up, to form quotient's remainder partial ordering relation with quotient；From the point of view of location dimension, the present invention is that equipment is shown
Region is arranged center point and gauged distance, it is each show between subregion center point and center point away from
From based on gauged distance, there is also the partial ordering relations of above-mentioned quotient's remainder；From the point of view of level dimension, show locating minimum in subregion
The label of level is 1, and there are ordering relations between different levels.The present invention will use three dimensions to display of division
Region is encoded, and partial order code or total order code is generated in each dimension, such as area and location dimension, will use quotient
It will be using level reference numerals as display for level as the partial order code for showing subregion in this dimension with the sum of remainder
The total order code in region；And generated partial order code and total order code in three dimensions are integrated, when along with access display subregion
Order code, formed display subregion code.For example, with regard in layout format shown by Fig. 3 B, by seven sub-regions press from
Top to bottm, sequence number consecutively 1-7 from left to right.To show subregion central point as geometric center point, 4 square units are long
Degree is used as standard area size, and 2 unit lengths are the foundation of seven sub-regions from area dimension and location dimension as gauged distance
Partial ordering relation establishes ordering relation from level dimension.The area in 1 work song region is 169 square unit length, with place-centric point
Between distance be 8 unit lengths (actually 7.6, take and round up), locating level is 2.For area and position, it will adopt
Use the sum of quotient and remainder as the coding of this dimension.In this example, use serial number as the order code of access one's respective area, so
1 work song region is completely encoded to (42+1) (4+0) (2) (1), i.e., (43) (4) (2) (1).It, will for remaining six sub-regions
Automated generalization and encoding operation are carried out using identical method.
It is worth noting that, described above is the reference cloth for being multiplexed first equipment on current device under multi-equipment environment
The method of office's format.In the process for determining ordinal relation to each display subregion divided in a manner of multiplexing layout's format
In, it can be according to the method for determining the ordinal relation between each display subregion in referring to layout format, with same side
Method determines the ordinal relation in current device layout format between each display subregion.
It also refers to above, user can carry out adjustment operation described above, adjustment operation on layout format
It will lead to the attribute change of display subregion.So under the premise of the ordinal relation that each display subregion has built up, it is described
Adjustment operation can update the ordinal relation between display subregion simultaneously, be formed between final layout format and display subregion
Ordinal relation.
Fig. 4 is the flow chart of content associated steps of the present invention.Performing above-mentioned display sub-zone dividing and row
After sequence step, several content-data sources are provided for display subregion, the present invention is sub by content-data source and the display divided
Region is associated, realizes the orientation output in content-data source to each display subregion.Specifically includes the following steps:
Step 601, content-data source relationship is established, i.e., classification set is carried out for provided multiple content-data sources,
Partial ordering relation or ordering relation are established from multiple dimensions.Common dimension includes the publisher in content-data source, content-data
The content quality in source and the number of users in content-data source etc..In the above two dimension, partial ordering relation will be established between data source；
On the number of users of data source, ordering relation will be established between data source.
Step 602, one kind, or comprehensive a variety of partial ordering relations and ordering relation are selected from existing ordering relation, really
The priority in fixed each content-data source.In the present embodiment, it can directly select for the complete of content-data source user number generation
Order relation also can choose a variety of partial ordering relations, gradually from different dimensions as the foundation of content-data source prioritizing
Existing content-data source is classified, the precedence relationship in priority is finally established between content data source.
Step 603, it establishes content-data source and shows the mapping relations between subregion, i.e., by each content map to layout
In each display subregion in format.During establishing above-mentioned mapping relations, for multiple content-data sources, according to upper
The sequence of priority is stated, first prepreerence content-data source in selection priority, then chooses what priority was taken second place
Content-data source, is successively mapped in this way.And for one of content-data source, in mapping according to its dimension preference
Setting, according to the ordinal relation for being in each display subregion on the dimension of relative priority position in preference equipment, by this
Content-data source is associated with each display subregion.Display subregion dimension is arranged with preference for content-data source, such as right
The preference of the position and then level setting after first area, the present invention are first determined for compliance with the area paritially ordered set of the display subregion of requirement
It closes, high-order display subregion is relatively wherein then being in come selected and sorted by area first；If two display sub-districts
Domain area equation selects to sort in location dimension in high-order display subregion among the two；If position is also equal, choosing
Select the two display subregion of sequence in a high position in the ordering relation of level.If three above dimensional comparison gets off still
It, then will random selection and the matched region in this content-data source in the presence of more than two candidate subregions.
Step 604, after the mapping relations for establishing content-data source and each display subregion, behaviour can be updated
Make.Update operation include update layout format, or more new content source (including the more quantity in new content source,
Source address, publisher, quality related parameter etc.), or the mapping relations between more new content source and display subregion.It lifts
For example, if by updating operation increase or deleting content-data source, so that after the quantity in content-data source changes, then
A possibility that in the presence of needing to generate new layout format, in this case it is necessary to according to the number in the content-data source after change
It measures and determines whether to change the placement constraint condition accordingly, and in the case where placement constraint condition is changed, it can Shen
The step of turning back to display sub-zone dividing, layout format is regenerated by approach presented above step.
For the example of Fig. 3 B, layout format is formed by for Fig. 3 B, the following contents data source is provided: certain information list
First content, the corresponding two dimensional code of the information unit, information unit source, certain house mark, certain company's two dimensional code.For the above content
The priority that data source is established is from high to low successively are as follows: information element content, company's two dimensional code, information unit two dimensional code, letter
Interest statement member source and house mark.According to the priority set, it is followed successively by content-data source and matches corresponding display sub-district
Domain.For showing information element content, the selection preference ordering that it sets is successively area dimension, level dimension and location dimension
Degree.Matched content-data source is carried out as first, selects area maximum in seven pieces of subregions；It was found that there is two pieces of regions
Area equation, then successively check that level dimension and location dimension are equal, therefore randomly choose one piece of subregion and match the content
Data source.Similarly, identical matching operation is carried out to other content data source, obtains bandwagon effect as shown in Figure 3B.When interior
Hold data source and subregion is completed after matching, in updating operation, can propose that change is applied with regard to layout format.In this example,
The operation that three display subregions of top are carried out to rotation 180 degree is wished, so that the maximum region of area equation is with centre bit
Set point symmetry.The update that rotation process is laid out format can be executed, the display effect such as Fig. 3 C is formed.
Fig. 5 is the structural schematic diagram that the present invention is suitable for the autoplacement device that more equipment contents are shown.The device is specific
It include: display area control module 701, condition setting module 702, region division module 703, display sub-district area relation management mould
Block 704, mapping association module 706, layout distribution library module 707, layout format library module 708, is shown content managing module 705
Show subregion operation module 709.
The display area control module 701 is used to obtain or be arranged the self attributes parameter of device display area, as above
Described in text, which is the whole region of device screen or the related basic parameter of partial region.User may be used also
To adjust the basic parameter of device display area, including adjustment position, size, resolution by the display area control module 701
Rate and central point etc..Condition setting module 702, for placement constraint condition described above to be arranged.Region division module 703 is used
In being based on the self attributes parameter and placement constraint condition, satisfaction layout is obtained in layout distribution library module 707
The optimal display subregion distribution mode of restrictive condition passes through adaptation according still further to the optimal display subregion distribution mode
Layout format is obtained to specific equipment.Alternatively, what the region division module 703 was saved from layout format library module 708
The self attributes parameter of matching unit display area and the layout format of placement constraint condition are chosen in existing layout format, is formed
Candidate layout format list therefrom selects layout format by user.Alternatively, the layout format library module 708 is from more equipment
The layout format that is configured of other equipment in, obtain and save referring to layout format；And the region division module 703
Based on the layout format obtained referring to layout format for dividing the device display area of current device.For obtained
Layout format, display subregion operation module 709 are used to change existing layout format by adjusting operation by user to raw
The layout format of Cheng Xin, the adjustment operation comprise at least one of the following: division operation, union operation, recursive operation, translation behaviour
Make, rotation process, duplication operation, mirror is to operation, zoom operations.
It shows subregion relation management module 704, respectively shows that the sequence of subregion is closed in the layout format for determining
System, so that the partial order or total order of divided display subregion are established and saved from multiple dimensions such as area, position and level
Relationship, and partial order code or total order code in three dimensions are integrated to be numbered for display subregion.Display
Regional relation management module determines the mode of ordinal relation further include: based on described referring to respectively showing subregion in layout format
Ordinal relation determines the ordinal relation in the layout format of current device between each display subregion.Show subregion relationship
Management module 704 is also based on the adjustment operation, updates and respectively shows that the sequence between subregion is closed in new layout format
System.
Content-data source is carried out classification set by content managing module 705, and based in the multiple dimensions in content-data source
Partial ordering relation or ordering relation, determine the priority of each content shown in the device display area；Mapping association
Module 706, for the priority according to each content, by each display sub-district of each content map into the layout format
Domain.After by each display subregion of each content map into the layout format, display subregion can be passed through and operate mould
The layout format, content number are changed in the update operation of block 709, content managing module 705 or mapping association module 706 respectively
According to the mapping relations in source or content-data source and display subregion.
To which the achievable effect of the present invention is as follows: first is that being that every kind of equipment is adapted to respective spirit under more appointed conditions
Layout living, makes layout meet the display condition of every kind of equipment itself；Second is that display area is divided in a certain equipment, and
Establish logical relation on different dimensions to divide resulting display subregion, realization content can according to objective significance level and
Subjectivity setting is regularly corresponded with the resulting each display subregion of division；For example, under more appointed conditions, it is most important
Content be in the display area of each equipment on most significant display subregion；Third is that content change and show area
The separation of domain variation, when content source number dynamic increases or decreases, display area can neatly be carried out in interregional integration and region
The adjustment of division is corresponding to it；When the significance level of content source changes, content source is readjusted in the case where having layout and is drawn
Subregional corresponding relationship.
The above description is merely a specific embodiment, and the present invention can be applied in other equipment；It retouches above
Size and number in stating are only informative, and those skilled in the art can select appropriate using ruler according to actual needs
It is very little, without departing from the scope of the present invention.Scope of protection of the present invention is not limited thereto, any technology for being familiar with the art
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by personnel, should all cover in protection model of the invention
Within enclosing.Therefore, the scope of protection of the present invention shall be subject to the scope of protection defined by the claims.
Claims (30)
1. a kind of autoplacement method shown suitable for more equipment contents, which comprises the following steps:
Obtain the layout format that the device display area of at least one equipment in more equipment is divided into display subregion；
By the sequence to display subregion, determines and respectively show the ordinal relation of subregion in logic in the layout format；
Wherein, the step of obtaining the layout format include: in the layout format that other equipment in more equipment are configured,
It obtains referring to layout format；Execute the similarity system design of the device display area of both current device and described other equipment；?
In the case that similarity system design result indicates that the device display area of the two is same or similar, the ginseng is applicable on current device
According to layout format；In the case where similarity system design result indicates the device display area dissmilarity of the two, it is based on the reference
The placement constraint condition that layout format has obtains the layout that the device display area of current device is divided into display subregion
Format.
2. autoplacement method according to claim 1, which is characterized in that the device display area is device screen
Whole region or partial region.
3. autoplacement method according to claim 1, which is characterized in that the self attributes ginseng based on device display area
Several and placement constraint condition, obtains the layout format.
4. autoplacement method according to claim 3, which is characterized in that the self attributes of the device display area are joined
Number includes at least one of the following: resolution ratio, display area size, display area position, display area central point.
5. autoplacement method according to claim 3, which is characterized in that the placement constraint condition include it is following at least
One: under the quantity for showing subregion, the number of levels for showing subregion, the position restrictive condition for showing subregion, same level
Display subregion quantity.
6. autoplacement method according to claim 1, which is characterized in that the step of obtaining the layout format include:
Optimal display subregion distribution mode is selected from scheduled display subregion distribution mode, according to optimal display subregion
Distribution mode divides the layout format to device display area.
7. autoplacement method according to claim 1, which is characterized in that the step of obtaining the layout format include:
The layout format saved is selected according to the self attributes parameter of device display area and placement constraint condition.
8. according to claim 1, autoplacement method described in any one of 6,7, which is characterized in that the acquisition will be described
Device display area be divided into display subregion layout format the step of further comprise: by user by adjusting operation change
Existing layout format is to generate new layout format.
9. autoplacement method according to claim 8, which is characterized in that operated, updated new based on the adjustment
The ordinal relation between subregion is respectively shown in layout format.
10. autoplacement method according to claim 8, which is characterized in that the adjustment operation includes following at least one
Kind: division operation, union operation, recursive operation, translation, rotation process, duplication operation, mirror image operation, zoom operations.
11. autoplacement method according to claim 1, which is characterized in that respectively show subregion in the layout format
Ordinal relation include multiple dimensions ordinal relation.
12. autoplacement method according to claim 11, which is characterized in that the ordinal relation includes area, position
With the ordinal relation of three dimensions of level.
13. autoplacement method according to claim 11, which is characterized in that the ordinal relation be partial ordering relation or
Ordering relation.
14. autoplacement method according to claim 1, which is characterized in that based on described referring to each aobvious in layout format
The ordinal relation for showing subregion determines the ordinal relation in the layout format of current device between each display subregion.
15. autoplacement method according to claim 14, which is characterized in that determined according in referring to layout format
The mode of ordinal relation between each display subregion, determines in the layout format of current device between each display subregion
Ordinal relation.
16. a kind of autoplacement device shown suitable for more equipment contents, comprising:
Layout format library module, for obtaining and saving ginseng in the layout format that other equipment in more equipment are configured
According to layout format；
Region division module, for, referring to layout format, the device display area of current device to be divided by acquisition based on described
Show the layout format of subregion；
Show subregion relation management module, it is each aobvious in the layout format for determining by the sequence to display subregion
Show the ordinal relation of subregion in logic；
Wherein, the region division module executes the similitude of the device display area of both current device and described other equipment
Compare；In the case where the device display area of both similarity system design result expressions is same or similar, the region division mould
Block is applicable in described referring to layout format on current device；In the device display area not phase that similarity system design result both indicates
As in the case of, for the region division module based on the placement constraint condition having referring to layout format, acquisition will be current
The device display area of equipment is divided into the layout format of display subregion.
17. autoplacement device according to claim 16, which is characterized in that the device display area is device screen
Whole region or partial region.
18. autoplacement device according to claim 16, which is characterized in that the autoplacement device further include: aobvious
Show region control module, for obtaining or being arranged the self attributes parameter of device display area；Condition setting module, for being arranged
Placement constraint condition；Self attributes parameter and placement constraint condition of the region division module based on device display area, are obtained
Obtain the layout format.
19. autoplacement device according to claim 18, which is characterized in that the self attributes of the device display area
Parameter includes at least one of the following: resolution ratio, display area size, display area position, display area central point.
20. autoplacement device according to claim 19, which is characterized in that the placement constraint condition include with down toward
One item missing: the quantity for showing subregion, the number of levels for showing subregion, the position restrictive condition for showing subregion, same level
Under display subregion quantity.
21. autoplacement device according to claim 16, which is characterized in that the autoplacement device further include: cloth
Score of the game cloth library module, for providing scheduled display subregion distribution mode；The region division module is from described scheduled aobvious
Show and select optimal display subregion distribution mode in subregion distribution mode, according to optimal display subregion distribution mode pair
Device display area divides the layout format.
22. autoplacement device according to claim 16, which is characterized in that the autoplacement device includes: layout
Format library module, for saving layout format；The region division module according to the self attributes parameter of device display area and
Placement constraint condition selects the layout format saved from the layout format library module.
23. autoplacement device described in any one of 6,21,22 according to claim 1, which is characterized in that the automatic cloth
Exchange device further comprises: display subregion operation module, for changing existing layout format by user by adjusting operation
To generate new layout format.
24. autoplacement device according to claim 23, which is characterized in that the display subregion relation management module
It is operated based on the adjustment, updates the ordinal relation respectively shown between subregion in new layout format.
25. autoplacement device according to claim 23, which is characterized in that the adjustment operation includes following at least one
Kind: division operation, union operation, recursive operation, translation, rotation process, duplication operation, mirror image operation, zoom operations.
26. autoplacement device according to claim 16, which is characterized in that display subregion relation management module determines
Each display subregion ordinal relation include multiple dimensions ordinal relation.
27. autoplacement device according to claim 26, which is characterized in that the ordinal relation includes area, position
With the ordinal relation of three dimensions of level.
28. autoplacement device according to claim 26, which is characterized in that the ordinal relation be partial ordering relation or
Ordering relation.
29. autoplacement device according to claim 16, which is characterized in that the display subregion relation management module
Based on described referring to the ordinal relation for respectively showing subregion in layout format, each display in the layout format of current device is determined
Ordinal relation between subregion.
30. autoplacement device according to claim 29, which is characterized in that the display subregion relation management module
According to the mode for determining the ordinal relation between each display subregion in referring to layout format, the layout of current device is determined
Ordinal relation in format between each display subregion.
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| CN108882049B (en) * | 2017-11-30 | 2021-04-06 | 视联动力信息技术股份有限公司 | Data display method and video networking terminal |
| CN110310471B (en) * | 2019-06-28 | 2021-05-18 | 高斯贝尔数码科技股份有限公司 | Household appliance remote control method and system |
| CN111782313B (en) * | 2020-05-15 | 2023-10-20 | 北京完美知识科技有限公司 | Display method, device, equipment, system and storage medium |
| CN112346813B (en) * | 2021-01-08 | 2021-04-13 | 北京小米移动软件有限公司 | Control method and device of operation list |
| CN115599809B (en) * | 2022-11-16 | 2023-03-28 | 泽恩科技有限公司 | Database layout design method based on particle swarm optimization algorithm |
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| CN102804161A (en) * | 2009-04-03 | 2012-11-28 | 社会传播公司 | Application sharing |
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