CN104238885A - Automatic layout and content displaying method and device suitable for multi-equipment content displaying - Google Patents
Automatic layout and content displaying method and device suitable for multi-equipment content displaying Download PDFInfo
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Abstract
The invention provides an automatic layout and content displaying method and an automatic layout and content displaying device suitable for multi-equipment content displaying. Under a multi-equipment environment, different types of equipment are automatically matched with layouts capable of meeting displaying conditions of the equipment, so that contents can be ideally displayed in proper displaying sub regions in all the types of equipment; furthermore, the displayed contents are mapped to sub regions with matched properties according to the priority of the displayed contents; a logic relation is established among different sub regions according to a uniform sequencing method, so that under a condition that division of different regions is adopted, a uniform layout is obtained from the multiple types of equipment; therefore a mapping relation is established between the contents and the sub regions according to the priority of the contents, and the logic sequencing among the contents can be expanded in the layout of the different types of equipment.
Description
Technical field
The present invention relates to computer technology, more specifically, relate to a kind of be applicable to many equipment content display autoplacement and content display method and device.
Background technology
Along with popularizing of mobile Internet, user may have simultaneously and use polytype electronic equipments such as PC, panel computer, intelligent television, smart mobile phone and Intelligent worn device.Correspondingly, content provider also needs the user environment adapting to many equipment, thus can on various types of electronic equipment, carry out content display and provide.Such as, user may use panel computer or smart mobile phone to obtain some content out of doors, and will continue to obtain these identical contents with intelligent television in going back home.
In the middle of electronic equipment, generally the viewing area of screen can be divided sub-viewing area according to certain layout, provide each content each sub-viewing area.As ideal situation, under many equipment states, identical content should present on dissimilar electronic equipment with the layout with high consistency.Unified display styles can be reached like this, enable user with oneself the same mode of operation be familiar with on distinct electronic apparatuses, obtain identical content, thus improve the Consumer's Experience under many equipment states.
Because the screen size of dissimilar electronic equipment, resolution, depth-width ratio all have obvious difference, the layout that a kind of electronic equipment is suitable for divides and also can may not be suitable on the electronic equipment of other type, therefore should based on different screen condition adaptively for the electronic equipment of every type carries out the division of subregion respectively, thus the layout suitable with its screen is reached on often kind of electronic equipment, every content is presented in most suitable sub-viewing area.
But, situation in order to show in many equipment content in prior art is issued to the layout of described high consistency, often in different electronic equipments, viewing area is divided subregion in duplicate mode, such layout method will affect presenting of content at least partially, the unified layout that its result is obtained often can only reach satisfied display effect on the electronic equipment of some types, and will show the irrationality of display sub-zone dividing on the electronic equipment of other type.Such as, some layout can reach reasonable effect on intelligent television or panel computer, but this layout is adopted screen less and on the smart mobile phone of wide high proportion significant change time, just there will be the defects such as display subregion quantity and irrational distribution, part display subregion area be too small.
Visible, in order to identical content is shown with the layout with high consistency in various electronic, need to improve the method dividing merely layout in prior art in the same manner, provide layout system flexibly to support.
Summary of the invention
In order to overcome above-mentioned defect of the prior art, the invention provides a kind of be applicable to many equipment content display autoplacement and content display method and device.Under multi-equipment environment, the present invention is the layout that dissimilar equipment Auto-matching realizes adapting to himself display condition, makes content in suitable display subregion, obtain Utopian display in various kinds of equipment.And then, the priority that the significance level that the present invention is based on shown content determines is mapped to the display subregion that attribute matches, thus the present invention sets up logical relation according to unified sort method between different subregion, like this, when adopting zones of different to divide, the content-based unitarity with showing in the mapping relations of subregion, obtains unified layout, the logical order between content can be continued in the layout of distinct device in many equipment.
The present invention provide firstly a kind of autoplacement method being applicable to the display of many equipment content, comprises the following steps:
Obtain the layout format device display area of at least one equipment in many equipment being divided into display subregion;
Determine the ordinal relation of each display subregion in described layout format.
Preferably, described device display area is Zone Full or the subregion of device screen.
Preferably, based on self attributes parameter and the layout restrictions condition of device display area, described layout format is obtained.Further preferably, the self attributes parameter of described device display area comprises following at least one item: resolution, display area size, position, viewing area, viewing area central point.Further preferably, described layout restrictions condition comprises following at least one item: the display subregion quantity under the quantity of display subregion, the number of levels showing subregion, the position limitation condition showing subregion, same level.
Preferably, the step obtaining described layout format comprises: from predetermined display subregion distribution mode, select optimum display subregion distribution mode, divide described layout format according to the display subregion distribution mode of optimum to device display area.
Preferably, the step obtaining described layout format comprises: select the layout format of having preserved according to the self attributes parameter of device display area and layout restrictions condition.
Preferably, the step obtaining described layout format comprises: in the middle of the layout format that the miscellaneous equipment many equipment configures, and obtains with reference to layout format; Based on the described layout format obtaining the device display area for dividing current device with reference to layout format.Further preferably, specifically comprise based on the described step obtaining the layout format of the device display area for dividing current device with reference to layout format: the similarity system design performing the device display area of current device and described both miscellaneous equipments; Under similarity system design result represents the same or analogous situation of the device display area of the two, current device is suitable for described with reference to layout format; Under similarity system design result represents the dissimilar situation of the device display area of the two, based on the described layout restrictions condition had with reference to layout format, obtain the layout format device display area of current device being divided into display subregion.
Further preferably, the step of layout format that described device display area is divided into display subregion by described acquisition comprises further: generate new layout format by user by the adjustment operation existing layout format of change.Further preferably, based on described adjustment operation, upgrade the ordinal relation between each display subregion in new layout format.Further preferably, described adjustment operation comprises following at least one: division operation, union operation, recursive operation, translation, rotation process, replicate run, mirror image operation, zoom operations.
Preferably, in described layout format, the ordinal relation of each display subregion comprises the ordinal relation of multiple dimension.Further preferably, described ordinal relation comprises the ordinal relation of area, position and level three dimensions.Further preferably, described ordinal relation is partial ordering relation or ordering relation.
Preferably, when based on the described layout format with reference to layout format acquisition current device, based on the described ordinal relation with reference to display subregion each in layout format, determine the ordinal relation between each display subregion in the layout format of current device.Further preferably, according to reference to the mode determining the ordinal relation between each display subregion in the middle of layout format, the ordinal relation between each display subregion in the layout format of current device is determined.
Present invention also offers a kind of subregion content display method being applicable to many equipment, comprise the following steps: according to the priority of each content shown at least one equipment in described many equipment, by each content map to each display subregion in the layout format of the device display area of this equipment.
Preferably, the step of each content map to each display subregion in described layout format is comprised: each display subregion in described layout format is associated corresponding content-data source respectively.
Preferably, described content-data source is carried out classification set, and partial ordering relation in the multiple dimension of content-based data source or ordering relation, determine the priority of each content shown in described device display area.
Further preferably, partial ordering relation between described content-data source or ordering relation comprise following at least one: 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, according to the ordering relation that the number of users in content-data source is determined.
Preferably, according to the priority of each content shown in described device display area, successively by each content map to each display subregion in described layout format.
Further preferably, the dimension preference according to each content-data source is arranged, and according to the ordinal relation showing subregion in the dimension of relative priority, this content-data source is associated with each display subregion.
Preferably, after by each content map to each display subregion in described layout format, change described layout format, content-data source or content-data source and the mapping relations showing subregion by renewal rewards theory.
Further preferably, in described renewal rewards theory, change the quantity in described content-data source, and determine whether correspondingly to change described layout restrictions condition according to the quantity in the content-data source after change, and regenerate described layout format when layout restrictions condition is changed.
The invention provides a kind of autoplacement's device being applicable to the display of many equipment content, comprising:
Region dividing module, for obtaining the layout format device display area of at least one equipment in many equipment being divided into display subregion;
Display subregion relation management module, for determining the ordinal relation of each display subregion in described layout format.
Preferably, described device display area is Zone Full or the subregion of device screen.
Further preferably, described autoplacement device also comprises: viewing area control module, for obtaining or arrange the self attributes parameter of device display area; Condition setting module, for arranging layout restrictions condition; Described Region dividing module, based on the self attributes parameter of device display area and layout restrictions condition, obtains described layout format.
Further preferably, the self attributes parameter of described device display area comprises following at least one item: resolution, display area size, position, viewing area, viewing area central point.
Further preferably, described layout restrictions condition comprises following at least one item: the display subregion quantity under the quantity of display subregion, the number of levels showing subregion, the position limitation condition showing subregion, same level.
Preferably, described autoplacement device also comprises: layout distribution library module, for providing predetermined display subregion distribution mode; Described Region dividing module selects optimum display subregion distribution mode from described predetermined display subregion distribution mode, divides described layout format according to the display subregion distribution mode of optimum to device display area.
Preferably, described autoplacement device comprises: layout format library module, for preserving layout format; Described Region dividing module, according to the self attributes parameter of device display area and layout restrictions condition, selects the layout format of having preserved from described layout format library module.
Preferably, described autoplacement device comprises: layout format library module, in the middle of the layout format that configures from the miscellaneous equipment in many equipment, obtains and preserves with reference to layout format; Described Region dividing module is based on the described layout format obtaining the device display area for dividing current device with reference to layout format.
Further preferably, described Region dividing module specifically comprises based on the described layout format obtained for the device display area dividing current device with reference to layout format: described Region dividing module performs the similarity system design of the device display area of current device and described both miscellaneous equipments; Under similarity system design result represents the same or analogous situation of the device display area of the two, described Region dividing module is suitable for described with reference to layout format on current device; Under similarity system design result represents the dissimilar situation of the device display area of the two, described Region dividing module, based on the described layout restrictions condition had with reference to layout format, obtains the layout format device display area of current device being divided into display subregion.
Preferably, described autoplacement device comprises further: display subregion operational module, for being changed existing layout format by user by adjustment operation thus generated new layout format.
Further preferably, described display subregion relation management module operates based on described adjustment, upgrades the ordinal relation between each display subregion in new layout format.
Further preferably, described adjustment operation comprises following at least one: division operation, union operation, recursive operation, translation, rotation process, replicate run, mirror image operation, zoom operations.
Preferably, the ordinal relation showing each display subregion that subregion relation management module is determined comprises the ordinal relation of multiple dimension.
Further preferably, described ordinal relation comprises the ordinal relation of area, position and level three dimensions.
Further preferably, described ordinal relation is partial ordering relation or ordering relation.
Preferably, described display subregion relation management module, based on the described ordinal relation with reference to display subregion each in layout format, determines the ordinal relation between each display subregion in the layout format of current device.
Further preferably, it is characterized in that, described display subregion relation management module, according to reference to the mode determining the ordinal relation between each display subregion in the middle of layout format, determines the ordinal relation between each display subregion in the layout format of current device.
The invention provides a kind of subregion content display being applicable to many equipment, comprising: content managing module, for determining the priority of each content in described many equipment shown by least one equipment;
Mapping association module, for the described priority according to each content, by each content map to each display subregion in the layout format of the device display area of this equipment.
Preferably, described mapping association module, for associating corresponding content-data source respectively by each display subregion in described layout format.
Preferably, the content managing module of described autoplacement device is used for described content-data source being carried out classification set, and the partial ordering relation in the multiple dimension of content-based data source or ordering relation, determine the priority of each content shown in described device display area.
Further preferably, partial ordering relation between described content-data source or ordering relation comprise following at least one: 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, according to the ordering relation that the number of users in content-data source is determined.
Preferably, described mapping association module according to the priority of each content shown in described device display area, successively by each content map to each display subregion in described layout format.
Further preferably, described mapping association module is arranged according to the dimension preference in each content-data source, according to the ordinal relation showing subregion in the dimension of relative priority, this content-data source is associated with each display subregion.
Preferably, described device also comprises display subregion operational module, and after by each content map to each display subregion in described layout format, change described layout format, content-data source or content-data source and the mapping relations showing subregion respectively by the renewal rewards theory of display subregion operational module, content managing module or mapping association module.
Preferably, described device comprises condition setting module and Region dividing module, and in described renewal rewards theory, described content managing module changes the quantity in described content-data source, and condition setting module determines whether to change described layout restrictions condition accordingly according to the quantity in the content-data source after change, and when layout restrictions condition is changed, described Region dividing module regenerates described layout format.
The attainable effect of the present invention is as follows: one is be the adaptive respective flexible topology of often kind of equipment under many appointed conditions, layout is made to meet the display condition of often kind of equipment self, adaptive mode is not only included on equipment and automatically configures layout format, also comprise the layout format quoted and preserved, and configure based on the reference layout format of miscellaneous equipment the layout format being suitable for current device; Two is divide viewing area on a certain equipment, and on different dimensions, set up logical relation for dividing the display subregion of gained, realize content can according to objective significance level and subjective setting regularly with divide gained each show subregion one_to_one corresponding; Such as, under many appointed conditions, most important content is in and shows the most significantly on subregion in the viewing area of each equipment; Three is being separated of changing with display area of content change, and when the dynamic change of content source number, the adjustment that viewing area can carry out dividing in interregional integration and region is neatly corresponding with it; When the significance level of content source changes, under existing layout, readjust the corresponding relation of content source and zoning.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation:
Fig. 1 is overall procedure schematic diagram of the present invention;
Fig. 2 is the process flow diagram of display sub-zone dividing of the present invention and ordered steps;
Fig. 3 A-C is the schematic diagram by the existing layout format of adjustment operation change;
Fig. 4 is the process flow diagram of relevance step of the present invention;
Fig. 5 is the schematic diagram being applicable to autoplacement's device of many equipment content display of the present invention.
Embodiment
In order to make those skilled in the art person understand technical scheme of the present invention better, and enable above-mentioned purpose of the present invention, feature and advantage become apparent more, below in conjunction with embodiment and embodiment accompanying drawing, the present invention is further detailed explanation.
The invention provides a kind of be applicable to many equipment content display autoplacement and content display method and device.Fig. 1 is overall procedure schematic diagram of the present invention.As seen from Figure 1, the method for autoplacement of the present invention and content display comprises display sub-zone dividing and ordered steps and relevance step two part generally.Wherein, display sub-zone dividing is for wherein any one equipment under multi-equipment environment, according to the layout restrictions condition set by the self attributes parameter of the device display area of this equipment and user, obtain the layout format described device display area being divided into display subregion.The invention provides the method for the described layout format of multiple acquisition, comprising: generate layout format with automatic algorithms coupling; Or the candidate list of the layout format of having preserved is provided to user, therefrom select layout format by user; Or configure based on the reference layout format of miscellaneous equipment the layout format being suitable for current device.The present invention supports by user further in the layout format of above-mentioned automatic generation, the layout format of preserving or based on the layout format basis configured for current device with reference to layout format, split it, merge, translation etc. adjusts operation, forms the layout format upgraded.The sequence of display subregion refers to the ordinal relation determining each display subregion in described layout format.Relevance step refers to the priority according to each content shown in described device display area, by each content map to each display subregion in described layout format, the core mapped makes content priority order keep unified with the ordinal relation of each display subregion in logic successively, thus ensure that important content all presents on each device in significant display subregion.
Fig. 2 is the process flow diagram of display sub-zone dividing of the present invention and ordered steps.See Fig. 2, the division of display subregion specifically can comprise with the next stage:
Step 201, obtains the self attributes parameter of the device display area of current device.Described device display area is for carrying out the whole region that content presents on device screen, this device display area can be the Zone Full (full screen display) of device screen, also can be the subregion (non-full screen display) of device screen.The self attributes parameter of device display area is determined by the hardware configuration condition of device screen self, also determined by setting the region of this device display area when non-full screen display.When device display area is device screen Zone Full, this self attributes parameter comprises resolution, display area size, viewing area central point.If device display area is device screen subregion, then this self attributes parameter comprises resolution, the subregional size of this screen section, position and viewing area central point.Viewing area central point can be the geometry mid point of viewing area.
Step 202, collect the layout restrictions condition set by equipment user, described layout restrictions condition is the restrictive condition viewing area of equipment being divided into demand fulfillment when showing subregion, comprises the display subregion quantity under the quantity of the display subregion that final division obtains, the number of levels of display subregion, the position limitation condition showing subregion, same level.
Step 203, selects optimum display subregion distribution mode according to described layout restrictions condition from predetermined display subregion distribution mode.Autoplacement method of the present invention can pre-define the display subregion distribution mode on several basis, such as offer curves method, the subregion distribution mode that gridding method and parallel method etc. are multiple.According to predetermined factors such as layout restrictions conditions, from several display subregion distribution mode, select optimum display subregion distribution mode.
Step 204, according to the display subregion distribution mode of described optimum, is the adaptive layout of equipment, thus makes the formation of the device display area of each equipment comprise the layout format of at least one display subregion.
In step 205, user can carry out adjustment operation to the layout format of automatic adaptation, determines final layout format.Adjustment operation comprise division operation, union operation, recursive operation, rotation process, replicate run, mirror to operation, zoom operations, translation etc.Such as, translation refers to the layout reference point of mobile current region, and the mapping of change virtual region in current region divides; Union operation can be to stay white region merger to enter zoning; Recursive operation refers to carries out layout again in established display subregion, thus is divided by display subregion again.There is hierarchical relationship between the display subregion divided, the hierarchical relationship between subregion is the product of recursive operation, and all subregions being subordinated to low-level carry out merging rear formation and are subordinated to the secondary part of last layer.Equipment owner can carry out union operation to the subregion of low layer, carries out division operation to the subregion of high level.Replicate run is the other parts layout format be made up of certain or some display subregions being copied to device display area.Mirror is the layout format formed for certain or some display subregions to operation, forms the layout format of mirror symmetry with it in the other parts of device display area.
Except according to except the process automatic adaptation layout described in above-mentioned steps 203 and step 204, the present invention also supports self attributes parameter according to device display area and layout restrictions condition, mate according to above-mentioned parameter and restrictive condition from the layout format of having preserved before, generate the list of candidate's layout format, and from this list, select existing layout format by user.User can operate by enterprising Row sum-equal matrix on the basis of selected existing layout format, thus forms final layout format.Fig. 3 A-B is the schematic diagram by the existing layout format of adjustment operation change.The self attributes parameter of equipment viewing area, the length of the whole viewing area of such as equipment has 26 unit lengths, width is 21 unit lengths, the basic parameters such as the center point of the resolution of acquisition device display area, the position on device screen, device display area, center point is the geometry mid point of viewing area.And then, the division of user to display subregion is set as follows layout qualifications: divide seven to eight display subregions altogether, wherein have at least two sub regions to meet the requirement (such as meeting the requirement of the size to subregion, position, level aspect) of display important content, and the level of the display subregion formed is no more than Pyatyi.There is provided the list of candidate's layout according to the self attributes parameter of device display area and layout restrictions condition, user is selected layout format as shown in Figure 3A therefrom.According to this layout format, device display area is carried out double division operation, form area equation and belong to two pieces of the first level display subregions.Display subregion up, adopts curve method above-mentioned to divide, and forms totally 4 sub regions comprising three levels; For the display subregion of below, adopt replicate run, established for top pattern is cloned into below, forms last layout pattern.User is on the basis of selected layout format, suitable adjustment operation has been carried out to the display subregion of top, have employed union operation and two of lowest hierarchical level display subregions are merged into one, form final layout as shown in Figure 3 B, comprise 4 levels altogether, seven sub regions, with to mean line for axle is symmetrical up and down; Wherein there is two pieces of area equation, display subregion that level is identical, important content can be used as and show.
In multi-equipment environment, except recited above be the direct automatic adaptation layout format in any viewing area on plurality of devices and these equipment, or outside being selected from the layout format of having preserved before, the present invention can also between many equipment multiplexing layout's form.Between many equipment, the concrete steps of multiplexing layout's form are as follows: step 1, obtain the above-mentioned self attributes parameter that will configure the device display area of the equipment (calling current device in the following text) of layout format for it; Step 2, obtain the miscellaneous equipment (calling in the following text at first equipment) in the middle of for many equipment configure and the layout format of preserving, therefrom select a kind of reference layout format of the device display area as current device; Step 3, the similarity test of actuating equipment viewing area, namely the device display area self attributes parameter of being somebody's turn to do at first equipment belonging to this reference layout format is obtained, as resolution, device display area size, device display area position etc., and the self attributes parameter of the device display area of these self attributes parameters and current device is compared, test similarity therebetween; Step 4, when showing that current device or difference identical with the attribute of the device display area at first both equipment is within permissible range (such as difference value is below acceptable threshold) by similarity test, on current device, directly apply described reference layout format.This situation generally appears at current device and belongs to equipment of the same race or close equipment at first equipment, and set device display area identical or approximate when, also likely appear at current device and belong to equipment not of the same race at first equipment, but when making the two device display area have same or similar attribute by artificial setting.Step 5, if show current device and the device display area dissmilarity (if difference value is more than acceptable threshold) at first both equipment through similarity test, then obtain the layout restrictions condition adopted when to configure this reference layout format on first equipment, then on current device, enter the display sub-zone dividing step from above-mentioned steps 203, on current device, realize the operations such as display sub-zone dividing according to this layout restrictions condition.Certainly, for based on the layout format with reference to layout format being current device configuration, user also can according to above the method for by the agency of adjustment operation is carried out to it, thus the existing layout format of change and generate new layout format.
Step 206 is ordered steps, respectively shows subregion in layout format, and determine the ordinal relation of each display subregion in multiple dimensions such as area, position and level, described ordinal relation comprises partial ordering relation or ordering relation.From area dimension, the present invention arranges standard area for showing subregion, there is partial ordering relation between standard area in display subregion: when different display subregion areas is identical divided by standard area area gained remainder, partial ordering relation is there is between display subregion, then sort with quotient, thus form business's remainder partial ordering relation; From location dimension, the present invention is that device display area arranges center point and gauged distance, and the distance between each display subregion center point and described center point also exists the partial ordering relation of above-mentioned business's remainder based on gauged distance; From level dimension, what show lowest hierarchical level residing in subregion is labeled as level 1, there is ordering relation between different levels.Use three dimensions are encoded to the display subregion divided by the present invention, each dimension generates partial order code or total order code, such as area and location dimension, using the partial order code adopting business and remainder sum to show subregion in Ben Weidu, for level, using the total order code adopting level reference numerals as display subregion; And integrate partial order code and total order code that three dimensions produce, add order code during access display subregion, form the code of display subregion.Such as, in the layout format just shown by Fig. 3 B, seven sub regions are pressed from top to bottom, order number consecutively 1-7 from left to right.To show subregion central point as geometric center point, 4 square unit length are as standard area size, and 2 unit lengths, as gauged distance, are that seven sub regions set up partial ordering relation from area dimension and location dimension, set up ordering relation from level dimension.The area in 1 work song region is 169 square unit length, and the distance between place-centric point is 8 unit lengths (are 7.6 in fact, take to round up), and residing level is 2.For area and position, using the coding adopting business and remainder sum as Ben Weidu.In this example, use serial number as the order code of access one's respective area, so the complete of 1 work song region is encoded to (42+1) (4+0) (2) (1), i.e. (43) (4) (2) (1).For residue six sub regions, the identical method of use is carried out Automated generalization and encoding operation.
It should be noted that the method that described above is the multiplexing reference layout format at first equipment on current device under multi-equipment environment.In the process to each display subregion determination ordinal relation divided in the mode of multiplexing layout's form, according to reference to the method determining the ordinal relation between each display subregion in the middle of layout format, the ordinal relation between each display subregion in current device layout format can be determined in the same way.
Also refer to above, user can carry out adjustment described above operation on layout format, and adjustment operation can cause the attribute change showing subregion.So under the prerequisite of the ordinal relation set up at each display subregion, described adjustment operation can upgrade the ordinal relation between display subregion, forms the ordinal relation between final layout format and display subregion simultaneously.
Fig. 4 is the process flow diagram of relevance step of the present invention.After performing above-mentioned display sub-zone dividing and ordered steps, for display subregion provides some content-data sources, content-data source is associated with the display subregion divided by the present invention, realizes content-data source and exports to the orientation of each display subregion.Specifically comprise the following steps:
Step 601, sets up content-data source relation, namely carries out classification set for provided multiple content-data sources, sets up partial ordering relation or ordering relation from multiple dimension.Conventional dimension comprises the publisher in content-data source, the content quality in content-data source and the number of users etc. in content-data source.In the above two dimension, between data source, partial ordering relation will be set up; On the number of users of data source, between data source, ordering relation will be set up.
Step 602, selects a kind of from existing ordering relation, or comprehensive multiple partial ordering relation and ordering relation, determines the priority in each content-data source.In the present embodiment, can directly select the ordering relation produced for content-data source user number as the foundation of content-data source prioritizing, also multiple partial ordering relation can be selected, successively is classified in existing content-data source from different dimensions, between content-data source, finally set up the precedence relationship in priority.
Step 603, sets up the mapping relations between content-data source and display subregion, in the middle of each content map to each display subregion in layout format.In the process setting up above-mentioned mapping relations, for multiple content-data source, according to the sequence of above-mentioned priority, first choose prepreerence content-data source in priority, then choose the content-data source that priority is taken second place, map so successively.And for one of them content-data source, arrange according to its dimension preference when mapping, according to the ordinal relation of each display subregion on the dimension being in relative priority position in preference equipment, this content-data source is associated with each display subregion.Content-data source has preference for display subregion dimension and arranges, such as position after first area then level preference arrange, the present invention first determines the area partial ordering set of satisfactory display subregion, then first carrys out selected and sorted by Area comparison wherein and is in high-order display subregion; If two display subregion area equation, among both selections, in location dimension, sequence is in high-order display subregion; If position is also equal, both selections are sorted and are in high-order display subregion in the ordering relation of level.If above three dimensional comparisons get off still to exist two or more candidate subregion, then by region that Stochastic choice mates with this content-data source.
Step 604, after the mapping relations establishing content-data source and each display subregion, can carry out renewal rewards theory.Described renewal rewards theory comprises renewal layout format, or update content data source (comprising the quantity of update content data source, source address, publisher, quality related parameter etc.), or the mapping relations between update content data source and display subregion.For example, if increased by renewal rewards theory or delete content-data source, after the quantity in content-data source is changed, then there is the possibility needing to generate new layout format, in this case, the quantity in the content-data source after according to change is needed to determine whether to change described layout restrictions condition accordingly, and when change occurs layout restrictions condition, the step returning display sub-zone dividing can be applied for, regenerate layout format by method step presented hereinbefore.
By the example of Fig. 3 B, the layout format formed for Fig. 3 B provides following content-data source: certain information element content, the Quick Response Code that this message unit is corresponding, and message unit is originated, certain house mark, certain company's Quick Response Code.The priority set up for above content-data source is followed successively by from high to low: information element content, company's Quick Response Code, message unit Quick Response Code, message unit source and house mark.According to the priority set, be followed successively by the display subregion that content-data source coupling is corresponding.To show information element content, the selection preference order of its setting is area dimension successively, level dimension and location dimension.As the content-data source that first is carried out mating, in seven pieces of subregions, select area maximum; Find that there is two pieces of region areas equal, then check that level dimension and location dimension are all equal successively, therefore Stochastic choice one piece of subregion mates this content-data source.In like manner, identical matching operation is carried out to other guide data source, obtain bandwagon effect as shown in Figure 3 B.After content-data source and subregion complete coupling, in renewal rewards theory, with regard to layout format, change application can be proposed.In this example, wish the operation of carrying out three of top display subregions to revolve turnback, make the maximum region of area equation with center point symmetry.The renewal that rotation process carries out layout format can be performed, form the display effect as Fig. 3 C.
Fig. 5 is the structural representation that the present invention is applicable to autoplacement's device of many equipment content display.This device specifically comprises: viewing area control module 701, condition setting module 702, Region dividing module 703, display subregion relation management module 704, content managing module 705, mapping association module 706, layout distribution library module 707, layout format library module 708, display subregion operational module 709.
Described viewing area control module 701 is for obtaining or arrange the self attributes parameter of device display area, and as described above, this self attributes parameter is the Zone Full of device screen or the relevant basic parameter of subregion.User can also adjust the basic parameter of device display area by this viewing area control module 701, comprise adjustment position, size, resolution and central point etc.Condition setting module 702, for arranging layout restrictions condition mentioned above.Region dividing module 703 is for based on described self attributes parameter and layout restrictions condition, the display subregion distribution mode of the optimum meeting layout restrictions condition is obtained in the middle of described layout distribution library module 707, again according to the display subregion distribution mode of this optimum, obtain layout format by being fitted to concrete equipment.Or, described Region dividing module 703 chooses the self attributes parameter of matching unit viewing area and the layout format of layout restrictions condition from the existing layout format that layout format library module 708 is preserved, form the list of candidate's layout format, therefrom select layout format by user.Or described layout format library module 708, in the middle of the layout format that the miscellaneous equipment many equipment configures, obtains and preserves with reference to layout format; And described Region dividing module 703 is based on the described layout format obtaining the device display area for dividing current device with reference to layout format.For obtained layout format, display subregion operational module 709 is for being changed existing layout format by user by adjustment operation thus generated new layout format, described adjustment operation comprises following at least one: division operation, union operation, recursive operation, translation, rotation process, replicate run, mirror to operation, zoom operations.
Display subregion relation management module 704, for determining the ordinal relation of each display subregion in described layout format, thus set up from multiple dimensions such as area, position and levels and preserve partial order or the ordering relation of divided display subregion, and the partial order code integrated in three dimensions or total order code thus be numbered for display subregion.The mode of described display subregion relation management module determination ordinal relation also comprises: based on the described ordinal relation with reference to display subregion each in layout format, determine the ordinal relation between each display subregion in the layout format of current device.Display subregion relation management module 704 based on described adjustment operation, can also upgrade the ordinal relation between each display subregion in new layout format.
Classification set is carried out in content-data source by content managing module 705, and partial ordering relation in the multiple dimension of content-based data source or ordering relation, determine the priority of each content shown in described device display area; Mapping association module 706, for the described priority according to each content, by each content map to each display subregion in described layout format.After by each content map to each display subregion in described layout format, described layout format, content-data source or content-data source and the mapping relations showing subregion can be changed respectively by the renewal rewards theory of display subregion operational module 709, content managing module 705 or mapping association module 706.
Thus the attainable effect of the present invention is as follows: one is flexible topology respective for often kind of equipment adaptation under many appointed conditions, makes layout meet the display condition of often kind of equipment self; Two is divide viewing area on a certain equipment, and on different dimensions, set up logical relation for dividing the display subregion of gained, realize content can according to objective significance level and subjective setting regularly with divide gained each show subregion one_to_one corresponding; Such as, under many appointed conditions, most important content is in and shows the most significantly on subregion in the viewing area of each equipment; Three is being separated of changing with display area of content change, dynamically increases or reduce when content source number, and the adjustment that viewing area can carry out dividing in interregional integration and region is neatly corresponding with it; When the significance level of content source changes, under existing layout, readjust the corresponding relation of content source and zoning.
The above, be only the specific embodiment of the present invention, and the present invention can also be applied in miscellaneous equipment; Size in more than describing and quantity are all only informative, and those skilled in the art can select suitable application size according to actual needs, and do not depart from the scope of the present invention.Protection scope of the present invention is not limited thereto, and is anyly familiar with those skilled in the art in the technical scope that the present invention discloses, the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, the protection domain that protection scope of the present invention should define with claim is as the criterion.
Claims (10)
1. be applicable to an autoplacement method for many equipment content display, it is characterized in that, comprise the following steps:
Obtain the layout format device display area of at least one equipment in many equipment being divided into display subregion;
Determine the ordinal relation of each display subregion in described layout format.
2. autoplacement method according to claim 1, it is characterized in that, the step obtaining described layout format comprises: from predetermined display subregion distribution mode, select optimum display subregion distribution mode, divide described layout format according to the display subregion distribution mode of optimum to device display area; Or the step obtaining described layout format comprises: select the layout format of having preserved according to the self attributes parameter of device display area and layout restrictions condition; Or the step obtaining described layout format comprises: in the middle of the layout format that the miscellaneous equipment many equipment configures, obtain with reference to layout format; Based on the described layout format obtaining the device display area for dividing current device with reference to layout format.
3. autoplacement method according to claim 2, it is characterized in that, the step that described device display area is divided into the layout format of display subregion by described acquisition comprises further: changed existing layout format by user by adjustment operation thus generated new layout format.
4. autoplacement method according to claim 1, is characterized in that, in described layout format, the ordinal relation of each display subregion comprises the ordinal relation of multiple dimension.
5. one kind is applicable to the subregion content display method of many equipment, it is characterized in that, according to the priority of each content shown at least one equipment in described many equipment, by each content map to each display subregion in the layout format of the device display area of this equipment.
6. be applicable to autoplacement's device of many equipment content display, comprise:
Region dividing module, for obtaining the layout format device display area of at least one equipment in many equipment being divided into display subregion;
Display subregion relation management module, for determining the ordinal relation of each display subregion in described layout format.
7. autoplacement according to claim 6 device, is characterized in that, described autoplacement device also comprises: layout distribution library module, for providing predetermined display subregion distribution mode; Described Region dividing module selects optimum display subregion distribution mode from described predetermined display subregion distribution mode, divides described layout format according to the display subregion distribution mode of optimum to device display area; Or described autoplacement device comprises: layout format library module, for preserving layout format; Described Region dividing module, according to the self attributes parameter of device display area and layout restrictions condition, selects the layout format of having preserved from described layout format library module; Or layout format library module, in the middle of the layout format that configures from the miscellaneous equipment in many equipment, obtains and preserves with reference to layout format; Described Region dividing module is based on the described layout format obtaining the device display area for dividing current device with reference to layout format.
8. autoplacement according to claim 7 device, is characterized in that, described autoplacement device comprises further: display subregion operational module, for being changed existing layout format by user by adjustment operation thus generated new layout format.
9. autoplacement according to claim 8 device, is characterized in that, described ordinal relation comprises the ordinal relation of area, position and level three dimensions.
10. be applicable to a subregion content display for many equipment, it is characterized in that, content managing module, for determining the priority of each content in described many equipment shown by least one equipment;
Mapping association module, for the described priority according to each content, by each content map to each display subregion in the layout format of the device display area of this equipment.
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