CN103176687A - Regionalized management method and regionalized management system of desktop icons - Google Patents
Regionalized management method and regionalized management system of desktop icons Download PDFInfo
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- CN103176687A CN103176687A CN2011104411447A CN201110441144A CN103176687A CN 103176687 A CN103176687 A CN 103176687A CN 2011104411447 A CN2011104411447 A CN 2011104411447A CN 201110441144 A CN201110441144 A CN 201110441144A CN 103176687 A CN103176687 A CN 103176687A
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Abstract
The invention provides a regionalized management method of desktop icons. The regionalized management method of the desktop icons comprises the following steps: regionalized frames are generated on a desktop, the desktop icons are stored in the regionalized frames, and corresponding relation lists about the identities (IDs) of the regionalized frames and the IDs of the desktop icons in the regionalized frames are stored; when user input that the desktop icons are dragged from a source regionalized frame to a target regionalized frame is received, the IDs of the dragged desktop icons are added to the corresponding relation list of the target regionalized frame, the IDs of the dragged desktop icons are deleted from the corresponding relation list of the source regionalized frame, and the dragged desk icons are drawn in the target regionalized frame. The invention further provides a regionalized management system of the desktop icons. By means of the regionalized management method and the regionalized management system of the desktop icons, flexibility of icon arrangement on the desktop of a user is improved, the user can arrange the icons on the desktop at will and carries out regionalized management on the icons, and the user experience is largely improved.
Description
Technical field
Embodiment of the present invention relates to the desktop application technical field, more specifically, relates to a kind of partition management method and system of desktop icons.
Background technology
Desktop tool is the software that a class is used for changing the thing of putting on desktop visual effect or management desktop, and some make the computer software more convenient to use of oneself.The desktop subregion refers to the file on user's desktop is comprised shortcut, uses entrance, and text etc. gather classification, and are placed on respectively the unified management of zones of different.
A lot of popular desktop tools are arranged now; such as Google desktop, 360 desktops, Yahoo desktop etc.; these desktop tools can provide functions of some management desktop icons usually, and for example the pulling of desktop icons, icon add file to, icon Pagination Display etc.Also have some desktop tools the icon on user's desktop can be sorted out according to type arrangement separately, then the subregion shows.
Fig. 1 is desktop subregion schematic diagram in prior art.As seen from Figure 1, four subregions of called after file, shortcut, music file and document are respectively arranged on desktop, these four subregions are respectively used to preserve the icon file of corresponding type.
Sort out although some existing desktop management systems can arrange the icon on user's desktop, dirigibility is very poor, and the user uses very inconvenient.Such as, existing desktop management system does not support that generally the icon between zones of different pulls mutually; Do not support the user with certain regional whole deletion; Do not support User Defined zone; Do not support that the user names Regional Gravity And; Do not support the user that these zones are arbitrarily dragged and change size, etc., and these defectives will inevitably reduce user's experience.
More specifically, although the word document that some existing desktop management systems can be all with desktop is placed on a zone, the video file that desktop is all is placed on a zone.But this way to manage just is placed on a fixing zone with these icons according to separately type simply, the user can not be self-defined oneself a subregion, icon can not be pulled between each different zone mutually, dirigibility must be had a greatly reduced quality like this, and the user uses also very inconvenient.
Summary of the invention
Embodiment of the present invention proposes a kind of partition management method of desktop icons, to strengthen the dirigibility of desktop icons management.
Embodiment of the present invention proposes a kind of partition management system of desktop icons, to strengthen the dirigibility of desktop icons management.
The concrete scheme of embodiment of the present invention is as follows:
A kind of partition management method of desktop icons, the method comprises:
Generate on the table the subregion frame, deposit desktop icons in the subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame;
When receiving that the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
A kind of partition management system of desktop icons, this system comprise that subregion frame generation unit and corresponding relation change the unit, wherein:
Subregion frame generation unit is used for generating the subregion frame on the table, deposits desktop icons in described subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame;
Corresponding relation change unit, be used for receiving when the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
Can find out from technique scheme, in embodiment of the present invention, generate at first on the table the subregion frame, deposit desktop icons in the subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame; Then when receiving that the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.This shows, after using embodiment of the present invention, corresponding relation list between ID by change subregion frame and the ID of the desktop icons in this subregion frame, realized the change of the corresponding relation of desktop icons and its subregion frame, thereby can input in response to the user, realize that the cross-subarea frame changes the performance position of desktop icons.Therefore, embodiment of the present invention has improved the dirigibility that on user's desktop, the icon arrangement is sorted out.
And, in embodiment of the present invention, interface and data are separated, thereby have avoided interface and data are rubbed the chaotic and problem of easy care and expansion not of the framework that together will inevitably cause.
In embodiment of the present invention, the user can arbitrarily arrange by the hobby of oneself and put icon on own desktop, and these icons are carried out the block management, has also greatly improved user's experience.
Description of drawings
Fig. 1 is desktop subregion schematic diagram in prior art;
Fig. 2 is the partition management method flow diagram according to the desktop icons of embodiment of the present invention;
Fig. 3 is the partition management system architecture schematic diagram according to the desktop icons of embodiment of the present invention;
Fig. 4 is the partition management system preferred structure schematic diagram according to the desktop icons of embodiment of the present invention;
Fig. 5 is the desktop subregion schematic diagram according to embodiment of the present invention.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is described in further detail below in conjunction with accompanying drawing.
For the deficiencies in the prior art, in order to strengthen dirigibility and the convenience of desktop icons management, embodiment of the present invention preferably is provided at the function that desktop creates the division.This subregion is preferably supported pull and stretch, and with title block.
Preferably, when the user enters desktop first, at first the icon on user's desktop is divided into the type of several acquiescences, default type several according to this panel that creates the division then, the icon that each type is corresponding add in separately subregion.In embodiment of the present invention, the user can optionally drag icon between subregion, can also be newly-built oneself self-defined subregion, also can delete any one subregion.After the deletion subregion, the icon in subregion is got back to desktop automatically.
Particularly, need the work of two aspects of design, one is contact bed, and one is data Layer, and contact bed will be responsible for the interface performance of each subregion, such as drag, the processing of stretching, function menu, title block etc.Data Layer will be managed the information of each subregion, and icon list information corresponding to each subregion.Data Layer also is responsible for when withdrawing from there is local file in the subregion situation of user's desktop in addition, can recover the subregion situation of user when withdrawing from last time next time when starting.On the interface, the size of subregion, position, title during the information change such as the file number in subregion, all can notify data Layer to do synchronous processing.
Wherein: data Layer need to manage the icon in each subregion and subregion on desktop, needs the data structure of corresponding these information of definition.Here the data structure that needs to manage mainly contains following a few class:
(1), the information of each subregion, the data that each subregion is corresponding comprise an ID, and subregion area coordinate on the table, the title of subregion, the ID list of the icon that comprises in subregion, whether whether the setup of attribute of subregion for example hides title block automatically, lock etc.
(2), the details of each icon file.Whether the details of each icon have comprised the type of icon file, be for example file, shortcut or program, the title that has also comprised icon file, path, icon, title etc.
(3), need the ID of each subregion of management to the mapping relations of its details.Namely by an ID just can fast finding to the details of this subregion.
(4), need the management Icon ID to the mapping relations of each icon details.Namely by an Icon ID just can fast finding to the details of this icon.
Combination is described in more details the below to embodiment of the present invention.
Fig. 2 is the partition management method flow diagram according to the desktop icons of embodiment of the present invention.
As shown in Figure 2, the method comprises:
Step 201: generate on the table the subregion frame, deposit desktop icons in the subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame.
Here, can generate on the table in several ways subregion frame (frame), such as some standard commands that carry by operating system realize generating the subregion frame, perhaps realize generating on the table the subregion frame by modes such as third party software or interfaces.The subregion frame is deposited the desktop icons corresponding with it after generating in the subregion frame.
And, ID, the ID of the desktop icons in each subregion frame of all subregion frames of preservation in data Layer, and the corresponding relation list between the ID of the desktop icons in the ID of subregion frame and this subregion frame.
In one embodiment, when the user who receives newly-increased subregion frame inputs, create the ID of this newly-increased subregion frame, and draw the pattern exhibiting of this newly-increased subregion frame; And/or
When the user who receives deletion subregion frame inputs, delete the ID of this subregion frame, and remove the pattern exhibiting of this subregion frame.
Step 202: when receiving that the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
At first, can receive user's input with crossing the mouse action that receives the user.Perhaps, for the application of touch-screen, can receive the finger sliding track of user on touch-screen and determine corresponding user's input.
In one embodiment, the target partition that drags is by can be in response to the message that has file to pull into such as form (Window) message mechanism.
Relate generally to 7 as shown in table 1 and pull message such as: the file in the Windows system pulls:
Table 1
Target partition is by the ID that imports the icon file that parameter acquiring pulls into to this into of these message.Target partition is plotted in the file icon of pulling in this subregion.Then, target partition notification data layer inserts the ID of the icon of newly pulling in the Icon ID list of the correspondence of this subregion, simultaneously this Icon ID is deleted from Icon ID list corresponding to source partition.At last, the icon that will be dragged away of data Layer notice contact bed is deleted in source partition.
Here, the cross-subarea performance position that changes desktop icons specifically can comprise any one in following or the combination in any of at least two: the cross-subarea frame pulls desktop icons; Desktop icons are dragged to desktop from the subregion frame; Desktop icons are dragged to the subregion frame from desktop, etc.
Although abovely enumerate out some instantiations that cross-subarea changes the performance position of desktop icons, it will be appreciated by those of skill in the art that this is only exemplary for example, and the protection domain that is not intended to limit the present invention.
In one embodiment, the method also comprises: the interface performance attribute information of the frame that creates the division; And when receiving that the user who changes the interface performance of subregion frame self inputs, change the interface performance attribute information of this subregion frame, and realize the change at subregion frame self interface based on the change of this interface performance attribute information.
Particularly, the interface of subregion frame performance attribute information can comprise: subregion frame area coordinate on the table, the title of subregion frame, the setup of attribute of subregion frame (for example whether automatically hide title block, whether lock etc.).And, change the interface performance of subregion frame self and comprise any one in following operation or the combination in any of at least two: drag subregion frame position on the table; Amplify the subregion frame; Dwindle the subregion frame; The Background of change subregion frame; The transparency of change subregion frame; The name of change subregion frame; Automatically whether change the hidden partition frame; Whether change locks the title of subregion frame, etc.
Although above some instantiations of enumerating out the interface performance of cross-subarea change subregion frame self, it will be appreciated by those of skill in the art that this is only exemplary for example, and the protection domain that is not intended to limit the present invention.
In one embodiment, can also newly increase the existing subregion frame of subregion frame or deletion.And the method further comprises: performance attribute information in the interface of desktop icons in the frame that creates the division; When the user who receives self the interface performance that changes desktop icons in the subregion frame inputs, change the interface performance attribute information of these desktop icons in this subregion frame, and realize the change at desktop icons self interface based on the change of the interface performance attribute information of these desktop icons.
In one embodiment, the interface performance attribute information of desktop icons can comprise: the title of the area coordinate of desktop icons on the subregion frame, the type of desktop icons (whether being for example file, shortcut or program), desktop icons, path, icon, title etc.At this moment, self the interface performance that changes desktop icons in the subregion frame specifically can comprise: newly-built desktop icons in the subregion frame; Delete desktop icons in the subregion frame; Amplify minute desktop icons in the subregion frame; Dwindle desktop icons in the subregion frame, etc.
Although above some instantiations of enumerating out self interface performance of desktop icons in change subregion frame, it will be appreciated by those of skill in the art that this is only exemplary for example, and the protection domain that is not intended to limit the present invention.
In one embodiment, the method also further comprises: when pulling the subregion frame, realize magnetic absorption and automatic aligning between the subregion frame.Particularly, comprising:
When dragging the subregion frame, if the top margin that the subregion frame detects oneself from the top of another subregion frame of desktop within intended pixel, the top absorption of another subregion frame of this top and this is alignd;
When dragging the subregion frame, if the left side that the subregion frame detects oneself apart from the right of another subregion frame of desktop within intended pixel, the right absorption of another subregion frame of this left side and this is alignd;
When dragging the subregion frame, if the rightmargin that the subregion frame detects oneself from the left side of another subregion frame of desktop within intended pixel, alignd with the left side absorption of another subregion frame in this right;
When dragging the subregion frame, if the top margin that the subregion frame detects oneself from another subregion frame of desktop below within intended pixel, alignd with the following absorption of another subregion frame in this top.
By the function of this automatic absorbing alignment, make each limit of the subregion on desktop all be in the state of alignment, can not seem uneven, affect attractive in appearancely, greatly improved user's experience.
Wherein, when user's mouse point lower time, according to above demand, obtain the set of a desktop magnetic regions and the set of the position that subregion should be stopped.Magnetic regions refers to: when dragging subregion, when mouse enters this zone, subregion just should embody the effect of magnetic absorption.The position that the subregion frame should be stopped refers to that the subregion frame should adsorb the position of alignment.Then, drag in the process of subregion frame the user, the position of judgement mouse if the position of mouse is in the magnetic regions that the first step gets, rests in the subregion frame position that it should adsorb alignment automatically.
When the subregion on desktop and icon information changed, contact bed can notification data layer Update Table structure, the purpose that the information that reaches is synchronous.
So that file on desktop is dragged to another subregion as example from a subregion.The embodiment of the present invention process is as follows: at first, the target partition that drags responds by the window message mechanism message that file is pulled into; Then target partition is by importing parameter acquiring into to the ID of this icon file; Then target partition is plotted in the file icon of pulling in this subregion; Follow, target partition notification data layer inserts the ID of the icon of newly pulling in the Icon ID list of the correspondence of this subregion again.Simultaneously this Icon ID is deleted from Icon ID list corresponding to source partition.At last, the icon that will be dragged away of data Layer notice contact bed is deleted in source partition.
By above step, realized that icon across the dragging of subregion, can find out, whole process, what in fact change is Icon ID list corresponding to each subregion, and the details of icon itself leave data Layer always in and did not change.
Based on above-mentioned labor, embodiment of the present invention has also proposed a kind of partition management system of desktop icons.
Fig. 3 is the partition management system architecture schematic diagram according to the desktop icons of embodiment of the present invention.
As shown in Figure 3, this system comprises that subregion frame generation unit 301 and corresponding relation change unit 302.
Wherein:
Subregion frame generation unit 301 is used for generating the subregion frame on the table, deposits desktop icons in described subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame;
Corresponding relation change unit 302, be used for receiving when the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
Preferably, corresponding relation change unit 302, the interface performance attribute information of frame is further used for creating the division, and when receiving that the user who changes the interface performance of subregion frame self inputs, change the interface performance attribute information of this subregion frame, and realize the change at subregion frame self interface based on the change of this interface performance attribute information.
Preferably, corresponding relation change unit 302, be further used for when receiving that the user who recovers default setting inputs, delete whole subregion frame ID, the pattern exhibiting of subregion frame clears all, and transfer Local partition default storage information, draw the pattern exhibiting of default partition frame according to this Local partition default storage information.
Based on above-mentioned labor, can also change the positional alignment of subregion frame and/or icon file.Fig. 4 is the partition management system preferred structure schematic diagram according to the desktop icons of embodiment of the present invention.
As shown in Figure 4, this system comprises subregion frame generation unit 401, corresponding relation change unit 402 and positional alignment unit 403.Wherein:
Subregion frame generation unit 401 is used for generating the subregion frame on the table, deposits the desktop icons corresponding with it in the subregion frame, and preserves subregion frame and the corresponding relation of desktop icons wherein;
Corresponding relation change unit 402 is used for changing the corresponding relation of these desktop icons and its subregion frame when the user of the performance position of receiving cross-subarea frame change desktop icons inputs.
Wherein, the cross-subarea frame performance position that changes desktop icons comprises: the cross-subarea frame pulls desktop icons; Desktop icons are dragged to desktop from the subregion frame; Desktop icons are dragged to the subregion frame from desktop, etc.
Preferably, corresponding relation changes unit 402, is further used for changing the attribute information of this subregion frame when receiving that the user who changes the interface performance of subregion frame self inputs.Such as, change the interface performance of subregion frame self and comprise any one in following operation or the combination in any of at least two: drag subregion frame position on the table; Amplify the subregion frame; Dwindle the subregion frame; The Background of change subregion frame; The transparency of change subregion frame; The name of change subregion frame; Automatically whether change the hidden partition frame; Whether change locks the title of subregion frame, etc.
Preferably, corresponding relation change unit 402 is further used for changing the attribute information of these desktop icons in this subregion frame when receiving that user that self interface of changing desktop icons in the subregion frame shows inputs.At this moment, self the interface performance that changes desktop icons in the subregion frame specifically can comprise: newly-built desktop icons in the subregion frame; Delete desktop icons in the subregion frame; Amplify minute desktop icons in the subregion frame; Dwindle desktop icons in the subregion frame, etc.
In this system, positional alignment unit 403 is used for realizing magnetic absorption and automatic aligning between the subregion frame when pulling the subregion frame.
Particularly, positional alignment unit 403 is used for: when dragging the subregion frame, if the top margin that the subregion frame detects oneself from the top of another subregion frame of desktop within intended pixel, the top absorption of another subregion frame of this top and this is alignd; When dragging the subregion frame, if the left side that the subregion frame detects oneself apart from the right of another subregion frame of desktop within intended pixel, the right absorption of another subregion frame of this left side and this is alignd; When dragging the subregion frame, if the rightmargin that the subregion frame detects oneself from the left side of another subregion frame of desktop within intended pixel, alignd with the left side absorption of another subregion frame in this right; When dragging the subregion frame, if the top margin that the subregion frame detects oneself from another subregion frame of desktop below within intended pixel, alignd with the following absorption of another subregion frame in this top.
In one embodiment, when starting desktop management system, can according to the icon file on user's desktop, create the division on the table.Specifically comprise: when starting, at first read initialization data from local file, for example, read the number of partitions on user's desktop from local file, and the corresponding icon list of each subregion etc.If read failure, can adopt the data of acquiescence, the partitioned mode of acquiescence can be decided in its sole discretion by different scenes, such as: the desktop of window can be given tacit consent to and is divided into three subregions, file, shortcut and files.
Then, contact bed creates corresponding subregion panel on the table according to the data that get, and icon file corresponding to each subregion is put in subregion.Carried out at the interface as the user pulling, stretching, rename, when pulling icon etc. and change the operation of partition informations across subregion, it is synchronous that contact bed IMU primary data layer, data Layer are done information, guarantees data that data Layer is deposited and the consistance of the data on contact bed.
In one embodiment, when needing to communicate by letter between different subregions, be also to carry out transfer by data Layer.For example when certain file in the A subregion was dragged to the B subregion, the B subregion need to notify the A subregion that this file is removed.The first notification data layer of B subregion, data Layer are deleted this document again from the icon list of the A subregion wherein preserved.
In one embodiment, when user's one key recovers default setting, remove all subregions on user's desktop, and obtain the partition data of acquiescence by data Layer.
In one embodiment, when user log off, data Layer will this moment partition information on the user desktop deposit this locality, in order to recover rapidly when starting next time.
Below in conjunction with example, the present invention is described in further detail.
Fig. 5 is the desktop subregion schematic diagram according to embodiment of the present invention.As shown in Figure 5, file 13, file 14 and file 15 are arranged on desktop.File 1, file 2, file 3 and file 4 are arranged in subregion frame 1; File 5, file 6, file 7 and file 8 are arranged in subregion frame 2; File 11 and file 12 are arranged in subregion frame 3.
Based on above-mentioned detailed description to embodiment of the present invention, each subregion frame in Fig. 5 can arbitrarily drag and change size.And each subregion frame in Fig. 5 can be deleted, and the desktop in the subregion frame after deletion is placed directly in desktop.Also have, can newly add a self-defined subregion frame 4.File in subregion frame 1 can arbitrarily be dragged in desktop or subregion frame 2 or subregion frame 3, and is all like this for each subregion frame.Also have, when dragging the subregion frame, the adsorption effect that is magnetic between the subregion frame, and automatic aligning effect.
When entering system for the first time, be preferably user's desktop and give tacit consent to the classification subregion.The user can create self-defined subregion frame on this basis.Preferably offer the function that user's one key recovers default setting, and point out the user to recover default setting and can delete its all self-defined subregion frame.The user can select any zone of each subregion frame simultaneously at fiddle, then the file in the frame favored area is dragged to the optional position.
In embodiment of the present invention, in order to strengthen user's experience, also designed the function of automatic absorbing and automatic aligning for each subregion frame.Main manifestations is:
When dragging certain subregion frame, if the top margin that the subregion frame detects oneself, automatically adsorbs the top and aligns within 10 pixels (this pixel value can be revised by real needs) from the top of another subregion frame of desktop with the top of another subregion frame.
When dragging certain subregion frame, if the left side that the subregion frame detects oneself, is automatically adsorbed the left side and is alignd within 10 pixels (this pixel value can be revised by real needs) apart from the right of another subregion frame of desktop with the right of another subregion frame.
When dragging certain subregion frame, if the rightmargin that the subregion frame detects oneself, automatically adsorbs the right and aligns within 10 pixels (this pixel value can be revised by real needs) from the left side of another subregion frame of desktop with the left side of another subregion frame.
When dragging certain subregion frame, if the top margin that the subregion frame detects oneself from another subregion frame of desktop below within 10 pixels (this pixel value can be revised by real needs), automatically alignd with the following absorption of another subregion in the top.
In sum, in embodiment of the present invention, generate at first on the table the subregion frame, deposit the desktop icons corresponding with it in the subregion frame, and preserve subregion frame and the corresponding relation of desktop icons wherein; Then when receiving that user that the cross-subarea frame changes the performance position of desktop icons inputs, change the corresponding relation of these desktop icons and its subregion frame.This shows, after using embodiment of the present invention, can input in response to the user by the corresponding relation that changes these desktop icons and its subregion frame, realized that the cross-subarea frame changes the performance position of desktop icons.Therefore, embodiment of the present invention has improved the dirigibility that the icon arrangement on user's desktop is sorted out.
And, in embodiment of the present invention, interface and data are separated, thereby have avoided interface and data are rubbed the chaotic and problem of easy care and expansion not of the framework that together will inevitably cause.
In embodiment of the present invention, the user can arbitrarily arrange by the hobby of oneself and put icon on own desktop, and these icons is carried out the management of block, has also improved greatly user's experience.Specifically can comprise: the user can be self-defined oneself subregion, rename subregion, deletion subregion, the subregion setting that can recover to give tacit consent to; Subregion can freely pull and stretch; Icon in subregion can arbitrarily pull out subregion or be dragged to another subregion, once can choose a plurality of subregions to pull; The user can be newly-built in subregion, deletion, rename icon; Support selects icon to pull across the subregion frame; Adsorption effect is magnetic when dragging between subregion; The functions such as the icon support in subregion is sorted, and is hiding.
The above is only preferred embodiment of the present invention, is not for limiting protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (15)
1. the partition management method of desktop icons, is characterized in that, the method comprises:
Generate on the table the subregion frame, deposit desktop icons in the subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame;
When receiving that the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
2. the partition management method of desktop icons according to claim 1, is characterized in that, the method further comprises:
When the user who receives newly-increased subregion frame inputs, create the ID of this newly-increased subregion frame, and draw the pattern exhibiting of this newly-increased subregion frame; And/or
When the user who receives deletion subregion frame inputs, delete the ID of this subregion frame, and remove the pattern exhibiting of this subregion frame.
3. the partition management method of desktop icons according to claim 1, is characterized in that, the method further comprises:
The interface performance attribute information of frame creates the division;
When receiving that the user who changes the interface performance of subregion frame self inputs, change the interface performance attribute information of this subregion frame, and realize the change at subregion frame self interface based on the change of this interface performance attribute information.
4. the partition management method of desktop icons according to claim 1, is characterized in that, the method further comprises:
When receiving that the user who recovers default setting inputs, delete whole subregion frame ID, the pattern exhibiting of subregion frame that clears all, and transfer Local partition default storage information;
Draw the pattern exhibiting of default partition frame according to this Local partition default storage information.
5. the partition management method of desktop icons according to claim 3, is characterized in that, the performance of described change subregion frame self interface comprises any one in following or the combination in any of at least two:
Drag subregion frame position on the table;
Amplify the subregion frame;
Dwindle the subregion frame;
The Background of change subregion frame;
The transparency of change subregion frame;
The name of change subregion frame;
Automatically whether change the hidden partition frame;
Whether change locks the title of subregion frame.
6. the partition management method of desktop icons according to claim 1, is characterized in that, describedly desktop icons are dragged to the target partition frame from the source partition frame comprise any one following or the combination in any of at least two:
The cross-subarea frame pulls desktop icons;
Desktop icons are dragged to desktop from the subregion frame;
Desktop icons are dragged to the subregion frame from desktop.
7. the partition management method of desktop icons according to claim 1, is characterized in that, the method further comprises:
The interface performance attribute information of desktop icons in frame creates the division;
When the user who receives self the interface performance that changes desktop icons in the subregion frame inputs, change the interface performance attribute information of these desktop icons in this subregion frame, and realize the change at desktop icons self interface based on the change of the interface performance attribute information of these desktop icons.
8. the partition management method of desktop icons according to claim 7, is characterized in that,
In described change subregion frame, the performance of self interface of desktop icons comprises:
Newly-built desktop icons in the subregion frame;
Delete desktop icons in the subregion frame;
Amplify minute desktop icons in the subregion frame;
Dwindle desktop icons in the subregion frame.
9. the partition management method of desktop icons according to claim 1, is characterized in that, the method further comprises:
When pulling the subregion frame, realize magnetic absorption and automatic aligning between the subregion frame.
10. the partition management method of desktop icons according to claim 9, is characterized in that, the method comprises any one in following or the combination in any of at least two:
When dragging the subregion frame, if the top margin that the subregion frame detects oneself from the top of another subregion frame of desktop within intended pixel, the top absorption of another subregion frame of this top and this is alignd;
When dragging the subregion frame, if the left side that the subregion frame detects oneself apart from the right of another subregion frame of desktop within intended pixel, the right absorption of another subregion frame of this left side and this is alignd;
When dragging the subregion frame, if the rightmargin that the subregion frame detects oneself from the left side of another subregion frame of desktop within intended pixel, alignd with the left side absorption of another subregion frame in this right;
When dragging the subregion frame, if the top margin that the subregion frame detects oneself from another subregion frame of desktop below within intended pixel, alignd with the following absorption of another subregion frame in this top.
11. the partition management system of desktop icons is characterized in that, this system comprises that subregion frame generation unit and corresponding relation change the unit, wherein:
Subregion frame generation unit is used for generating the subregion frame on the table, deposits desktop icons in described subregion frame, and the corresponding relation list between the ID of the ID of preservation subregion frame and the desktop icons in this subregion frame;
Corresponding relation change unit, be used for receiving when the user that desktop icons are dragged to the target partition frame from the source partition frame inputs, this trailing desktop icons ID is increased newly in the corresponding relation list of this target partition frame, this trailing desktop icons ID is deleted from the corresponding relation list of source partition frame, and should be plotted in this target partition by trailing desktop icons.
12. partition management according to claim 11 system is characterized in that,
Corresponding relation change unit, the interface performance attribute information of frame is further used for creating the division, and when receiving that the user who changes the interface performance of subregion frame self inputs, change the interface performance attribute information of this subregion frame, and realize the change at subregion frame self interface based on the change of this interface performance attribute information.
13. partition management according to claim 11 system is characterized in that,
Corresponding relation change unit, be further used for deleting whole subregion frame ID, the pattern exhibiting of the subregion frame that clears all when receiving that the user who recovers default setting inputs, and transfer Local partition default storage information, draw the pattern exhibiting of default partition frame according to this Local partition default storage information.
14. partition management according to claim 11 system is characterized in that, this system further comprises the positional alignment unit,
This positional alignment unit is used for realizing magnetic absorption and automatic aligning between the subregion frame when pulling the subregion frame.
15. partition management according to claim 14 system is characterized in that,
This positional alignment unit is used for: when dragging the subregion frame, if the top margin that the subregion frame detects oneself from the top of another subregion frame of desktop within intended pixel, the top absorption of another subregion frame of this top and this is alignd; When dragging the subregion frame, if the left side that the subregion frame detects oneself apart from the right of another subregion frame of desktop within intended pixel, the right absorption of another subregion frame of this left side and this is alignd; When dragging the subregion frame, if the rightmargin that the subregion frame detects oneself from the left side of another subregion frame of desktop within intended pixel, alignd with the left side absorption of another subregion frame in this right; When dragging the subregion frame, if the top margin that the subregion frame detects oneself from another subregion frame of desktop below within intended pixel, alignd with the following absorption of another subregion frame in this top.
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