CN103246438A - Selection method and system of graphical interface - Google Patents
Selection method and system of graphical interface Download PDFInfo
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- CN103246438A CN103246438A CN2012100244863A CN201210024486A CN103246438A CN 103246438 A CN103246438 A CN 103246438A CN 2012100244863 A CN2012100244863 A CN 2012100244863A CN 201210024486 A CN201210024486 A CN 201210024486A CN 103246438 A CN103246438 A CN 103246438A
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Abstract
The invention relates to a selection method and a system of a graphical interface which comprises a plurality of graphical assemblies. The selection method of the graphical interface includes that a user selection range on the graphical interface is obtained; at least one candidate graphical assembly which is overlapped with the user selection range is found out in the graphical assemblies, at least one selected graphical assembly in the candidate graphical assembly is screened, and a range which is formed by the selected graphical assembly is closest to the user selection range; and the user selection range is adjusted to the range which is formed by the selected graphical assembly. According to the selection method and the system of the graphical interface, a selection range can be automatically adjusted according to positions and hierarchical structures of the graphical assemblies in the graphical interface after a user frames to select the selection range on the graphical interface and then graphical assemblies needed by the user are accurately retrieved to improve the convenience of selection on the graphical interface.
Description
Technical field
The present invention relates to a kind of using method of graphic interface, and be particularly related to a kind of method and system of choosing the assembly in the graphic interface.
Background technology
Flourish along with the universalness of computer system and network, the modern extremely is accustomed to utilizing computer system to handle every affairs, and can be by the various info webs on the browser software browse network in the computer system.
In the process of operation computer system or browsing page, based on different demands, the user needs to capture the part picture of computer operation interface or webpage sometimes.In general, the user can utilize picture copy (print screen) button on the keyboard to capture whole screen-picture, and utilizes graphics editing software that the picture that captures is edited.Yet it is also inconvenient concerning the user all must additionally to open software for editing when this demand is arranged.Base this, also have the picture acquisition software of part can be in the mode of background operation on the market, after the user selects the part picture to operation computing machine or browsing page frame, automatically it is saved as image file.Yet the user for example captures insignificant image contents such as blank through regular meeting in the edge of picture when utilizing this class software acquisition picture, therefore still need many one cutting steps to reject unnecessary portions.
Change angle, when utilizing sensings input tool such as mouse to choose scope as the user, often can't be accurately with scope control in the target edges of wanting to capture, this phenomenon is understood more obvious at touch-control device.Because the selected scope edge of user comprises many blank spaces or incoherent content through regular meeting, therefore capturing the picture that comes out certainly will need further correction.The user often must repeat selection operation over and over because institute's picture of capturing out is undesirable, and feels inconvenient easily.
Summary of the invention
In view of this, the invention provides a kind of choosing method and system of graphic interface, can reduce and to reflect accurately that the user carries out the situation of selection operation to graphic interface.
The present invention proposes a kind of choosing method of graphic interface, and wherein graphic interface comprises a plurality of graphical assemblies.The method comprises that the user who obtains on the graphic interface chooses scope.In above-mentioned graphical assembly, find out with the user and choose the overlapping graphical assembly of at least one candidate of scope, and in the graphical assembly of above-mentioned candidate, filter out the graphical assembly of at least one true choosing, wherein the scope formed of the graphical assembly of above-mentioned true choosing is chosen scope near the user, and the user is chosen scope is adjusted into the scope that the graphical assembly of above-mentioned true choosing is formed.
In one embodiment of this invention, wherein the graphical assembly of all candidates and user to choose scope overlapping and be covered by the user and choose scope.
In one embodiment of this invention, wherein really select the size and shape of the scope that graphical assembly forms all to choose scope near the user by all.
In one embodiment of this invention, wherein all graphical assemblies have hierarchical structure, and after scope that the user is chosen was adjusted into all steps of really selecting the scope that graphical assembly forms, the method also comprises receiving adjusted signal to change the size that the user chooses scope.When the size of choosing scope as the user increases, judge in all graphical assemblies, whether to exist according to hierarchical structure to comprise all and really select graphical assembly and size really to select the graphical assembly of father of the scope that graphical assembly forms greater than all.If the graphical assembly of father exists, the scope of then user being chosen is adjusted to identical with the graphical assembly of father.
In one embodiment of this invention, wherein all graphical assemblies have hierarchical structure, and after scope that the user is chosen was adjusted into all steps of really selecting the scope that graphical assembly forms, the method also comprises receiving adjusted signal to change the size that the user chooses scope.When the user chooses the size minimizing of scope, judge whether to exist the scope of forming to be slightly less than at least one spirte assembly that present user chooses scope according to hierarchical structure.If the scope of then user being chosen is adjusted into the scope that above-mentioned spirte assembly is formed.
In one embodiment of this invention, wherein the user edge of choosing scope disposes a plurality of adjustment control points, and to adjust signal be to adjust drag operation that control puts and triggered by imposing on one of them.
From another viewpoint, the present invention proposes a kind of selecting system of graphic interface, comprises display unit, graphic interface module and chooses the scope adjusting module.Wherein, the graphic interface module couples display unit, in order to the graphic interface that comprises a plurality of graphical assemblies to be provided, and graphic interface is shown in display unit.The scope adjusting module of choosing couples display unit and graphic interface module.The user that the scope adjusting module of choosing is obtained on the graphic interface chooses scope, in all graphical assemblies, find out with the user and choose the overlapping graphical assembly of at least one candidate of scope, and in the graphical assembly of above-mentioned candidate, filter out the graphical assembly of at least one true choosing, wherein the scope formed of the graphical assembly of above-mentioned true choosing is chosen scope near the user.In addition, choose the scope adjusting module and the user is chosen scope be adjusted into the scope that all really select graphical assembly to form, and the user who indicates after adjusting at graphic interface chooses scope.
In one embodiment of this invention, wherein the graphical assembly of all candidates and user to choose scope overlapping and be covered by the user and choose scope.
In one embodiment of this invention, wherein really select the size and shape of the scope that graphical assembly forms all to choose scope near the user by all.
In one embodiment of this invention, wherein all graphical assemblies have hierarchical structure, be adjusted into after all really select the scope that graphical assembly forms in scope that the user is chosen and choose the scope adjusting module, change the size that the user chooses scope according to the adjustment signal that receives.When the size of choosing scope as the user increases, choose the scope adjusting module and judge in all graphical assemblies, whether to exist according to hierarchical structure and comprise all and really select graphical assembly and size really to select the graphical assembly of father of the scope that graphical assembly forms greater than all.If choose the scope adjusting module and the user is chosen scope be adjusted to identical with the graphical assembly of father.
In one embodiment of this invention, wherein all graphical assemblies have hierarchical structure, be adjusted into after all really select the scope that graphical assembly forms in scope that the user is chosen and choose the scope adjusting module, change the size that the user chooses scope according to the adjustment signal that receives.When the user chooses the size minimizing of scope, choose the scope adjusting module and judge whether to exist the scope of forming to be slightly less than at least one spirte assembly that present user chooses scope according to hierarchical structure.If choose the scope adjusting module and the user is chosen scope be adjusted into the scope that above-mentioned spirte assembly is formed.
In one embodiment of this invention, wherein choose the scope adjusting module and dispose a plurality of adjustment control points at the edge that the user chooses scope, and adjust signal and triggered by imposing on one of them drag operation of adjusting the control point.
Based on above-mentioned, the present invention the user after the graphic interface upper ledge is selected the scope of choosing, can adjust the scope of choosing automatically according to position and the hierarchical structure of each graphical assembly in the graphic interface, and then capture the needed graphical assembly of user more accurately, be lifted at the convenience of choosing on the graphic interface according to this.
Description of drawings
Fig. 1 is the synoptic diagram of selecting system of the graphic interface of one embodiment of the invention.
Fig. 2 is the process flow diagram of choosing method of the graphic interface of one embodiment of the invention.
Fig. 3, the 4th, the synoptic diagram of the graphic interface of one embodiment of the invention.
Fig. 5 is the process flow diagram that the convergent-divergent user of one embodiment of the invention chooses scope.
Fig. 6, the 7th, the synoptic diagram of the drag operation of one embodiment of the invention.
Fig. 8 is the synoptic diagram of the adjustment control point of one embodiment of the invention.
Fig. 9 A-9E is the synoptic diagram that the convergent-divergent user of one embodiment of the invention chooses scope.
Wherein:
100: the selecting system 110 of graphic interface: display unit
120: graphic interface module 130: choose the scope adjusting module
S210～S240: each step of the choosing method of the described graphic interface of one embodiment of the invention
A1、A2、B-G、H1-H7、I1-I7、J-T、U1、U2、920、930、940、950、960：
Graphical assembly
300,600,800,900: graphic interface
310,410,610,810,910a, 910b, 910c, 910d, 910e: the user chooses scope
S510～S580: the described convergent-divergent user of one embodiment of the invention chooses each step of scope
820,830,840,850: adjust the control point
Embodiment
For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and conjunction with figs. is described in detail below.
Fig. 1 is the synoptic diagram of selecting system of the graphic interface of one embodiment of the invention.See also Fig. 1, the selecting system 100 of graphic interface comprises display unit 110, graphic interface module 120 and chooses scope adjusting module 130.Wherein, the selecting system 100 of graphic interface is configurable in desk side computer system, notebook computer system, workstation, flat computer, smart mobile phone, personal digital assistant, or in the various electronic installations such as game machine.
Graphic interface module 120 couples display unit 110, in order to the graphic interface that comprises a plurality of graphical assemblies to be provided, and graphic interface is shown in display unit 110.In one embodiment, graphic interface for example is webpage, and graphic interface module 120 can be by the network access web page server, and its literal that provides, image or various information loaded the electronic installation of configuration selecting system 100, and utilize web browser that the content that loads is presented in display unit 110.In another embodiment, graphic interface also can be the operation interface of the electronic installation of configuration selecting system 100.For example, when electronic installation was computer system, operation interface can be desktop (desktop) or window picture.And when computer system was smart mobile phone, operation interface can be key frame (home screen).Furthermore, the present invention is not limited the kind of graphic interface, and any have graphical assembly the interface all should belong to category of the present invention to provide user's vision to operate easily.
Choose scope adjusting module 130 and couple display unit 110 and graphic interface module 120.Choose scope adjusting module 130 in order to according to the user choosing method of the graphic interface of present embodiment being carried out in the selection operation of graphic interface, and then define the optimal scope of choosing.The choosing method of the graphic interface of present embodiment will cooperate diagram to explain in the back again.
Chooses scope adjusting module 130 and for example be the processor of executive routine code, and the said procedure code comprises the instruction in order to the choosing method of the graphic interface of carrying out present embodiment, and by burning ROM (read-only memory) (Read Only Memory, ROM) in.Perhaps, choosing scope adjusting module 130 also can be microprocessor (microprocessor), realizes the choosing method of the graphic interface of present embodiment by the program code in the buffer of carrying out the electronic installation that disposes selecting system 100.The form of choosing scope adjusting module 130 is not limited at this.
For the detailed method of operation of the selecting system 100 that further specifies graphic interface, below come especially exemplified by another embodiment that the present invention will be described.Fig. 2 is the synoptic diagram of choosing method of the graphic interface of one embodiment of the invention.Please consult Fig. 1 and Fig. 2 simultaneously.
In following embodiment, suppose that graphic interface module 120 will comprise that the graphic interface of a plurality of graphical assemblies is shown in display unit 110.The user can utilize mouse, keyboard, joystick, Touch Screen, or various input medias such as touch pad select required scope at the graphic interface upper ledge.After the user finishes frame choosing action, shown in step S210, choose the user that scope adjusting module 130 obtains on the graphic interface and choose scope.What must specify is, the shape that the user chooses scope is not limited at this.
Then in step S220, choose scope adjusting module 130 in all included graphical assemblies of graphic interface, find out with the user and choose the overlapping graphical assembly of one or more candidate of scope.Choose the size of the automatic test pattern assembly of scope adjusting module 130 meetings therefrom to find out the graphical assembly of candidate.Fig. 3 is the synoptic diagram of the graphic interface of one embodiment of the invention, sees also Fig. 3.In the present embodiment, graphic interface 300 is webpage, comprises several graphical assemblies (for example graphical assembly A1, A2, B-G, H1-H7, I1-I7, J-T, U1, U2).In one embodiment, any have choose the overlapping graphical assembly (being graphical assembly A1, A2, B, C, E) of scope 310 with the user and will be selected scope adjusting module 130 and elect the graphical assembly of candidate as.And in another embodiment, only have that to choose scope 310 overlapping and intactly be covered by graphical assembly (being graphical assembly A1, A2) that the user chooses scope 310 and just can be selected scope adjusting module 130 and be defined as the graphical assembly of candidate with the user.In another embodiment, choosing 130 of scope adjusting modules can choose the overlapping ratio of scope according to graphical assembly and user and determine whether it being defined as the graphical assembly of candidate, for instance, when the ratio of choosing the overlapping part of scope and the size of graphical assembly as graphical assembly and user was higher than a default value (for example 90%), choosing scope adjusting module 130 was the graphical assembly of candidate with this graphical component definition just.
Then in step S230, choose scope adjusting module 130 and in the graphical assembly of all candidates, filter out one or more and really select graphical assembly.Wherein, all scopes of really selecting graphical assembly to form are chosen scope near the user.In detail, the graphical assembly of all candidates can be combined into various sizes and shape scope inequality, and choose scope that scope adjusting module 130 can judge that the graphical assembly of which candidate is formed and size and shape that the user chooses scope the most approaching, and with the graphical component definition of these candidates for really selecting graphical assembly.Perhaps, choose scope adjusting module 130 and also can be only whether choose the basis for estimation that scope is used as filtering out the graphical assembly of true choosing near the user with the size of the scope formed, no matter and the shape of the scope that constitutes and user whether choose scope similar.
At last shown in step S240, choose scope adjusting module 130 and the user is chosen scope be adjusted into the scope that all really select graphical assembly to form, and the user who indicates through adjusting at graphic interface chooses scope.That is to say that the user can check that the user chooses the adjustment result of scope by display unit.For instance, if user's institute's frame choosing originally is that as shown in Figure 3 user chooses scope 310, supposing really to select graphical assembly is graphical assembly A1 and A2, so after process is chosen the adjustment of scope adjusting module 130, the user chooses the user that scope 310 will be adjusted as Fig. 4 and chooses shown in the scope 410, pastes neat graphical object A1 and A2 fully.
In one embodiment, choose scope adjusting module 130 and can capture the image that present user chooses scope, and image is temporary in clipbook.Perhaps, choosing scope adjusting module 130 also can open picture editor automatically the user can directly be edited image.Or, choose scope adjusting module 130 and can store image automatically, or image appended to Email or open with application program arbitrarily.
By each step shown in Figure 2, can guarantee that choosing scope through the user who adjusts can paste just and really select graphical assembly together, can avoid institute's picked image to comprise blank space or incomplete graphical assembly accordingly.
Fig. 5 is the process flow diagram that the convergent-divergent user of one embodiment of the invention chooses scope.Below will illustrate how the selecting system 100 of graphic interface guarantees to produce the significant scope of choosing when user's desire continue to change the user and chooses the size of scope or shape with Fig. 5.
In the present embodiment, all included graphical assemblies of graphic interface have hierarchical structure.That is to say to have the downscale relation that goes up between some graphical assembly, have the graphical assembly of this kind relation can be called the other side's the graphical assembly of father or spirte assembly mutually.Be under the jurisdiction of the graphical assembly of identical father and also may have several graphical assemblies.
See also Fig. 5, at first shown in step S510, choose scope adjusting module 130 and change the size that the user chooses scope according to the adjustment signal that receives, whether can not change the shape that the user chooses scope and limited but do not exchange entire signal at this.If display unit 110 is Touch Screen, adjusts signal so and triggered by the certain gestures that imposes on Touch Screen.For example show on the graphic interface 600 shown in Figure 6 through choosing the user that scope adjusting module 130 adjusts and choose scope 610, when the user impose as shown in Figure 6 point to outer mobile gesture with twice, the user chooses scope and is exaggerated in response to the adjustment signal of this gesture generation.During mobile gesture, it is reduced in response to the adjustment signal of this gesture generation that the user chooses scope in the user imposes pointing to two as shown in Figure 7.In another embodiment, choose 130 meetings of scope adjusting module and dispose a plurality of adjustment control points at the edge that the user chooses scope, and adjust signal and triggered by imposing on one of them drag operation of adjusting the control point.Graphic interface 800 as shown in Figure 8, choose scope adjusting module 130 and adjust control point 820-850 in four jiaos of configurations that the user chooses scope 810, the user can utilize mouse or any sensing input tool towing adjustment control point 820-850 to change the size that the user chooses scope 810, when display unit 110 is Touch Screen, when the user also can directly click and pull by Touch Screen and adjust control point 820-850 and choose the chi of scope 810 to change the user.Wherein, but the convergent-divergent user of the movement equal proportion of adjustment control point chooses scope 810, or changes the shape that the user chooses scope 810 brokenly.
Whether then in step S520, choosing the size that scope adjusting module 130 judges that the user chooses scope increases.
If choosing the size of scope, the user increases, the expression user desires to choose wider graphical assembly, therefore shown in step S530, choose scope adjusting module 130 and judge in all graphical assemblies according to the hierarchical structure of graphical assembly, whether exist to comprise all and really select graphical assembly and size really to select the graphical assembly of father of the scope that graphical assembly forms greater than all.Suppose that graphic interface is webpage, choose scope adjusting module 130 and can search whether there is the graphical assembly of the father who meets above-mentioned condition by the original shelves of analyzing web page.
If can find the graphical assembly of the father who meets above-mentioned condition, then in step S540, choose scope adjusting module 130 and the user is chosen scope be adjusted to identical with the graphical assembly of father.
Yet do not exist if meet the graphical assembly of father of above-mentioned condition, shown in step S550, choose scope adjusting module 130 and judge whether to receive another adjustment signal repeatedly.And when receiving new adjustment signal, get back to step S510 and carry out ensuing flow process again.
Please get back to step S520, judge that the user chooses the size minimizing of scope if choose scope adjusting module 130, the expression user desires to choose graphical assembly more among a small circle, therefore shown in step S560, choose scope adjusting module 130 and judge whether to exist the scope of forming to be slightly less than at least one spirte assembly that present user chooses scope according to hierarchical structure.
If there is the spirte assembly meet above-mentioned condition, then shown in step S570, chooses scope adjusting module 130 and the user is chosen scope be adjusted into the scope that above-mentioned spirte assembly is formed.
If there is not the spirte assembly that meets above-mentioned condition, then shown in step S580, chooses scope adjusting module 130 and judge whether to receive another adjustment signal repeatedly, and when receiving new adjustment signal, get back to step S510 to carry out ensuing flow process.
Fig. 9 A-9E is the synoptic diagram that the convergent-divergent user of one embodiment of the invention chooses scope.
See also Fig. 9 A, graphic interface 900 comprises graphical assembly 920-960, and wherein graphical assembly 960 is the graphical assembly of father of graphical assembly 920, and graphical assembly 920 is the graphical assembly of father of graphical assembly 930-950.Supposing through after each step shown in Figure 2, choose scope adjusting module 130 and determine the user and choose scope 910a, also is that graphical assembly 920-950 all belongs to the graphical assembly of true choosing.
Then, the user chosen the user that scope 910a amplifies as Fig. 9 B if the user adjusts control point (not shown) by certain gestures or towing and choose shown in the scope 910b, choose 130 judgements of scope adjusting module and in graphic interface 900, whether exist and comprise that the graphical assembly 920-950 of true choosing and size are greater than the graphical assembly of father of the scope of really selecting graphical assembly 920-950 to form.Because graphical assembly 960 meets above-mentioned condition, therefore, choose scope adjusting module 130 and the user is chosen scope 910b be adjusted into the user shown in Fig. 9 C and choose scope 910c, that is paste neat graphical assembly 960.
In addition, the user shown in Fig. 9 A chosen the user that scope 910a dwindles as Fig. 9 D if the user adjusts control point (not illustrating) by certain gestures or towing and choose shown in the scope 910d, choose scope adjusting module 130 and judge whether to exist the scope of forming to be slightly less than one or more spirte assembly that present user chooses scope 910d.Because graphical assembly 940,950 meets above-mentioned condition, therefore choose scope adjusting module 130 and the user is chosen scope 910d be adjusted into the user shown in Fig. 9 E and choose scope 910e.That is, choose scope 910e through the user who adjusts and paste neat graphical assembly 940-950.
What must specify is, though be to be that example comes that the present invention will be described with the webpage in the above-described embodiments, graphic interface is not limited to webpage.When graphic interface is the desktop of computer system, the selecting system 100 of graphic interface also can be after user's frame selects a scope, automatically detect the size of window, icon or option of operation figures assembly on the desktop, and then produce the scope of choosing that to paste neat graphical assembly.
In sum, the present invention carries out the frame choosing of scope the user to graphic interface after, which graphical assembly what the automatic decision of position, size and social strata relation of the graphical assembly of basis should be selected automatically is, and the scope of will choosing is adjusted to and pastes the neat graphical assembly that determines, so that allow the user carry out subsequent treatment such as pick-up image.Thus, frame goes out required scope even if the user can't utilize mouse, Touch Screen or other input media to come accurately, the present invention also can adjust automatically the scope of choosing with for user's filtering as graphical assembly blank or that only have part to be chosen, and then be lifted at the efficient that accurately selects meaningful scope on the graphic interface.
Though the present invention discloses as above with embodiment; right its is not in order to limit the present invention, to have in any affiliated technical field and know the knowledgeable usually, without departing from the spirit and scope of the present invention; when doing a little change and retouching, so protection scope of the present invention is as the criterion with claims.
Claims (12)
1. the choosing method of a graphic interface, wherein this graphic interface comprises a plurality of graphical assemblies, this method comprises:
A user who obtains on this graphic interface chooses scope;
In those graphical assemblies, find out with this user and choose the overlapping graphical assembly of at least one candidate of scope;
Filter out the graphical assembly of at least one true choosing in the graphical assembly of this at least one candidate, wherein the scope formed of the graphical assembly of this at least one true choosing is chosen scope near this user; And
This user is chosen scope be adjusted into the scope that the graphical assembly of this at least one true choosing is formed.
2. the choosing method of graphic interface as claimed in claim 1 is characterized in that, it is overlapping and be covered by this user and choose scope that the graphical assembly of this at least one candidate and this user choose scope.
3. the choosing method of graphic interface as claimed in claim 1 is characterized in that, the size and shape of the scope of being made up of the graphical assembly of this at least one true choosing is all chosen scope near this user.
4. the choosing method of graphic interface as claimed in claim 1, it is characterized in that, those graphical assemblies have stratum's structure, and after scope that this user is chosen was adjusted into the step of the scope that the graphical assembly of this at least one true choosing forms, this method also comprised:
Receive one and adjust signal to change the size that this user chooses scope;
When the size of choosing scope as this user increases, judge in those graphical assemblies, whether there is the graphical assembly of a father that comprises the scope that this graphical assembly of at least one true choosing and size form greater than the graphical assembly of this at least one true choosing according to this hierarchical structure; And
If the scope of then this user being chosen is adjusted to identical with the graphical assembly of this father.
5. the choosing method of graphic interface as claimed in claim 1, it is characterized in that, those graphical assemblies have stratum's structure, and after scope that this user is chosen was adjusted into the step of the scope that the graphical assembly of this at least one true choosing forms, this method also comprised:
Receive one and adjust signal to change the size that this user chooses scope;
When this user chooses the size minimizing of scope, judge whether to exist the scope of forming to be slightly less than at least one spirte assembly that this present user chooses scope according to this hierarchical structure; And
If the scope of then this user being chosen is adjusted into the scope that this at least one spirte assembly is formed.
6. the choosing method of graphic interface as claimed in claim 1 is characterized in that, the edge that this user chooses scope disposes a plurality of adjustment control points, and this adjustment signal be by impose on those adjust the control point at least one of them drag operation triggered.
7. the selecting system of a graphic interface comprises:
One display unit;
One graphic interface module couples this display unit, and this graphic interface module provides a graphic interface that comprises a plurality of graphical assemblies, and this graphic interface is shown in this display unit;
One chooses the scope adjusting module, couple this display unit and this graphic interface module, this is chosen the user that the scope adjusting module obtains on this graphic interface and chooses scope, in those graphical assemblies, find out with this user and choose the overlapping graphical assembly of at least one candidate of scope, and in the graphical assembly of this at least one candidate, filter out the graphical assembly of at least one true choosing, wherein the scope formed of the graphical assembly of this at least one true choosing is chosen scope near this user
This is chosen the scope adjusting module and this user is chosen scope is adjusted into the scope that the graphical assembly of this at least one true choosing is formed, and this user who indicates after adjusting at this graphic interface chooses scope.
8. the selecting system of graphic interface as claimed in claim 7 is characterized in that, it is overlapping and be covered by this user and choose scope that the graphical assembly of this at least one candidate and this user choose scope.
9. the selecting system of graphic interface as claimed in claim 7 is characterized in that, the size and shape of the scope of being made up of the graphical assembly of this at least one true choosing is all chosen scope near this user.
10. the selecting system of graphic interface as claimed in claim 7, it is characterized in that, those graphical assemblies have stratum's structure, this chooses the scope adjusting module after scope that this user is chosen is adjusted into the scope that the graphical assembly of this at least one true choosing forms, change the size that this user chooses scope according to an adjustment signal that receives
When this user chooses the size increase of scope, this is chosen the scope adjusting module and judges whether there is the graphical assembly of a father that comprises the scope that this graphical assembly of at least one true choosing and size form greater than the graphical assembly of this at least one true choosing in those graphical assemblies according to this hierarchical structure
If this is chosen the scope adjusting module and this user is chosen scope is adjusted to identical with the graphical assembly of this father.
11. the selecting system of graphic interface as claimed in claim 7, it is characterized in that, those graphical assemblies have stratum's structure, this chooses the scope adjusting module after scope that this user is chosen is adjusted into the scope that the graphical assembly of this at least one true choosing forms, change the size that this user chooses scope according to an adjustment signal that receives
When this user chose the size minimizing of scope, this was chosen the scope adjusting module and judges whether to exist the scope of forming to be slightly less than at least one spirte assembly that this present user chooses scope according to this hierarchical structure,
If this is chosen the scope adjusting module and this user is chosen scope is adjusted into the scope that this at least one spirte assembly is formed.
12. the selecting system of graphic interface as claimed in claim 7, it is characterized in that, this is chosen the scope adjusting module and disposes a plurality of adjustment control points at the edge that this user chooses scope, and this adjustment signal be by impose on those adjust the control point at least one of them drag operation triggered.
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| CN2012100244863A CN103246438A (en) | 2012-02-03 | 2012-02-03 | Selection method and system of graphical interface |
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Application publication date: 20130814 |