WO2015081898A1 - 一种对桌面对象进行排序的方法及系统 - Google Patents

一种对桌面对象进行排序的方法及系统 Download PDF

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Publication number
WO2015081898A1
WO2015081898A1 PCT/CN2014/093216 CN2014093216W WO2015081898A1 WO 2015081898 A1 WO2015081898 A1 WO 2015081898A1 CN 2014093216 W CN2014093216 W CN 2014093216W WO 2015081898 A1 WO2015081898 A1 WO 2015081898A1
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WIPO (PCT)
Prior art keywords
desktop
thumbnail
page
click
operations
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PCT/CN2014/093216
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English (en)
French (fr)
Inventor
卢霆
Original Assignee
华为技术有限公司
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Publication date
Application filed by 华为技术有限公司 filed Critical 华为技术有限公司
Priority to EP14868397.2A priority Critical patent/EP3001331B1/en
Publication of WO2015081898A1 publication Critical patent/WO2015081898A1/zh
Priority to US14/984,385 priority patent/US10579209B2/en
Priority to US16/788,828 priority patent/US11199942B2/en

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    • G06COMPUTING; CALCULATING OR COUNTING
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    • G06F3/048Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
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    • G06F3/0488Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
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Definitions

  • the invention belongs to the field of terminal applications, and in particular relates to a method and system for sorting desktop objects.
  • the device uses a multi-screen desktop design.
  • the multi-screen desktop design refers to dividing the desktop into several desktop pages by pagination. Each desktop page is used to display desktop objects.
  • One desktop page is a one-screen desktop, and multiple desktop pages form a multi-screen desktop.
  • the desktop object refers to an object that needs to be displayed on the desktop, and the desktop object includes but is not limited to application shortcut icons, files, folders, and the like.
  • how to sort the desktop objects on the multi-screen desktop is a problem faced by the existing terminal devices adopting the multi-screen desktop design.
  • the existing method for sorting desktop objects generally firstly sets the desktop object in the first position to a draggable state, and drags the desktop object in the first position to the second position to implement the desktop object.
  • the purpose of switching from the first location to the second location is that in a terminal device adopting a multi-screen desktop design, there is a problem that the operation is complicated, the time is long, and the positioning error rate is high. If you want to move the application icon A in the first desktop page to a blank area on the fifth desktop page, you need to press and hold the application icon A to the draggable state, and then drag the application icon A to the screen.
  • the embodiment of the invention provides a method and a system for sorting desktop objects, and aims to solve the problem that the existing method for sorting desktop objects has a complicated operation and a long time.
  • a method for sorting desktop objects comprising:
  • desktop thumbnail of each desktop page in the desktop page collection includes at least one desktop page in the multi-screen desktop
  • the desktop thumbnail of the page includes a desktop object thumbnail corresponding to the desktop object on the desktop page
  • the desktop main page is any desktop page of the multi-screen desktop
  • the obtaining a desktop thumbnail of each desktop page in the desktop page set includes:
  • the displaying, by the centralized display, all the desktop thumbnails are displayed on the desktop main page, including:
  • the click operation sequence includes a plurality of click operations having a click order, and each click operation may be for one or more desktop thumbnails, each Click to include multiple click locations.
  • the selecting a location according to each of the clicking operations in the sequence of the clicking operations are sorted and displayed, including:
  • the point selection operation sequence is divided into a plurality of group selection operation pairs
  • the desktop objects on the selected location on the selected desktop page are exchanged for each click operation.
  • the selecting a location according to each of the clicking operations in the sequence of the clicking operations are sorted and displayed, including:
  • the point selection operation sequence is divided into a plurality of group selection operation pairs
  • the desktop object thumbnails selected by each of the clicking operations are sorted;
  • the desktop thumbnail of each desktop page displayed on the desktop main page and the desktop The thumbnail of the desktop object included in the thumbnail, and sorting the desktop objects on the corresponding desktop page in the set of desktop pages, including:
  • the desktop object corresponding to the desktop object thumbnail in the desktop thumbnail is displayed on the desktop page corresponding to the page identifier according to the second location information.
  • a system for sorting desktop objects comprising:
  • a display unit configured to obtain a desktop thumbnail of each desktop page in the desktop page collection, and display all the obtained desktop thumbnails on the desktop main page, wherein the desktop page collection includes at least one desktop in the multi-screen desktop
  • the desktop thumbnail of the desktop page includes a desktop object thumbnail corresponding to the desktop object on the desktop page, and the desktop main page is any desktop page of the multi-screen desktop;
  • a listening unit configured to monitor a click operation sequence for the desktop thumbnail displayed on the desktop main page, and determine a click position of each click operation in the click operation sequence, where the selected location includes Click on the desktop thumbnail and the location coordinates in the selected desktop thumbnail;
  • a sorting unit configured to sort and display the desktop objects on each desktop page in the multi-screen desktop according to the click location of each of the clicking operations in the sequence of the clicking operations.
  • the display unit includes:
  • thumbnail processing module configured to perform a reduction process on each desktop page in the desktop page set and a desktop object on the desktop page according to a preset zoom ratio, to obtain a desktop shrinkage of each desktop page in the desktop page set Sketch map;
  • a thumbnail image obtaining module configured to scan a desktop thumbnail of each desktop page in the desktop page set, obtain a page identifier of the desktop thumbnail, and first location information, where the first location information is the desktop thumbnail The location information of the included desktop object thumbnail on the desktop thumbnail.
  • the display unit further includes:
  • a window display module configured to display, on the desktop main page, a window interface corresponding to a desktop thumbnail of each desktop page in the desktop page set;
  • a thumbnail display module configured to display the obtained desktop thumbnail correspondingly on the desktop interface of the desktop main page according to the page identifier of the desktop thumbnail, and display the desktop thumbnail according to the first location information A thumbnail of the desktop object in the display is displayed in the desktop thumbnail.
  • the click operation sequence includes a plurality of click operations having a click order, and each click operation may be performed for one or more desktop thumbnails, each Click to include multiple click locations.
  • the ordering unit includes:
  • An operation pair segmentation module configured to divide the sequence of the selection operation into a plurality of pairs of point selection operations by using a parity matching rule
  • Clicking a location determining module configured to select a pair of operations for each group, and determine a desktop page selected by the clicking operation according to a desktop thumbnail selected by each of the clicking operations. And determining, according to the location coordinates of the selected desktop thumbnails in each of the selected desktop thumbnails, the location selected by the clicking operation on the selected desktop page;
  • the location switching module is configured to perform, for each group of selected operation pairs, perform a location exchange on the desktop object at the selected location on the selected desktop page for each of the clicking operations.
  • the ordering unit includes:
  • An operation pair segmentation module configured to divide the sequence of the selection operation into a plurality of pairs of point selection operations by using a parity matching rule
  • a thumbnail position exchange module configured to perform, for each group of selected operation pairs, a position exchange of the desktop object thumbnails selected by each of the click operation operations
  • a sorting display module configured to correspond to the desktop page corresponding to the desktop thumbnail in the desktop page set according to each desktop thumbnail displayed on the desktop main page and the desktop object thumbnail included in the desktop thumbnail The desktop objects on the top are sorted and displayed.
  • the sort display module is configured to obtain a page identifier and a second location information of the desktop thumbnail.
  • the second location information is location information of the desktop object thumbnail in the desktop thumbnail in the desktop thumbnail; the desktop object corresponding to the desktop object thumbnail in the desktop thumbnail is in accordance with the The two location information is displayed on the desktop page corresponding to the page identifier.
  • a desktop thumbnail of each desktop page in the desktop page collection is displayed on the desktop main page, and a sequence of clicking operations on the desktop thumbnail displayed on the desktop main page is monitored, and according to the point Select the click location of each click operation in the operation sequence to enter the desktop object on each desktop page in the multi-screen desktop.
  • Row sorting display because only need to click on the desktop object thumbnail in the desktop thumbnail on the desktop main page, you can sort and display the desktop objects on each desktop page in the multi-screen desktop, so that the sorting operation is simple and consumes The time is short and the positioning accuracy is high.
  • FIG. 1 is a flowchart of an implementation of a method for sorting desktop objects according to an embodiment of the present invention
  • FIGS. 2a, 2b, and 2c are diagrams respectively showing an example of a desktop page according to an embodiment of the present invention.
  • 3a, 3b, and 3c are desktop thumbnails of the desktop page shown in Figs. 2a, 2b, and 2c, respectively;
  • FIGS. 3a, 3b, and 3c are diagrams showing an example of displaying the desktop thumbnails shown in FIGS. 3a, 3b, and 3c on the desktop main page;
  • FIG. 5 is a flowchart of a specific implementation of S103 shown in FIG. 1 according to an embodiment of the present disclosure
  • FIG. 6 is a diagram showing an example of performing a click operation on the desktop main page shown in FIG. 3 according to an embodiment of the present invention
  • FIGS. 7a, 7b, and 7c are diagrams showing an example of a desktop page after sorting the desktop pages shown in Figs. 2a, 2b, and 2c;
  • FIG. 8 is a flowchart of a specific implementation of S103 shown in FIG. 1 according to another embodiment of the present invention.
  • FIG. 9 is a diagram showing an example of a desktop main page after sorting desktop thumbnails on the desktop main page shown in FIG. 6 according to an embodiment of the present invention.
  • FIG. 10 is a structural diagram of a system for sorting desktop objects according to an embodiment of the present invention.
  • FIG. 11 is a structural diagram of a system for sorting desktop objects according to another embodiment of the present invention.
  • FIG. 12 is a schematic diagram of a mobile terminal according to an embodiment of the present invention.
  • the user by displaying the desktop thumbnails of the desktop pages in the multi-screen desktop in the desktop main page, the user does not need to drag the desktop objects from one desktop page to another to implement the desktop object.
  • the location of the desktop object is exchanged, but the location of the desktop objects in the same desktop page can be directly exchanged by clicking the thumbnail of the desktop object in the desktop thumbnail of the desktop main page, or each desktop page.
  • the position exchange between desktop objects makes the sorting operation of the desktop objects simple, time-consuming, and highly accurate.
  • FIG. 1 is a flowchart showing an implementation process of a method for sorting desktop objects according to an embodiment of the present invention, which is described in detail as follows:
  • the desktop page collection includes at least one desktop page in the multi-screen desktop.
  • the desktop main page is any desktop page in a multi-screen desktop.
  • the desktop of the terminal device When the desktop of the terminal device adopts a multi-screen desktop design, the desktop of the terminal device is divided into multiple desktop pages, and each desktop page is divided into multiple display regions according to a P ⁇ Q-order grid matrix, and each display region is used for each display region.
  • the position of each display area used to display the desktop object on the desktop page is represented by the relative position of the grid matrix.
  • the relative position of the checker matrix refers to the position indicated by the row and column identifier of the checker matrix. For example, the Xth row and the Yth column are used to indicate the position of each display area for displaying the desktop object on the desktop page.
  • the position of the desktop object in the desktop page is the position of the display area for displaying the desktop object in the desktop page.
  • the desktop of the terminal device includes four desktop pages, as shown in FIGS. 2a, 2b and 2c, respectively representing any three desktop pages of the four desktop pages.
  • the desktop page shown in Figures 2a, 2b and 2c the desktop page is divided into 6 display areas by using a 3 x 2 order grid matrix, corresponding to 6 squares in Figures 2a, 2b and 2c, respectively.
  • a square filled with letters indicates that a desktop object is displayed in the display area, and a square without a letter indicates a blank area.
  • the desktop page set includes one or more desktop pages in the multi-screen desktop.
  • the desktop page included in the desktop page collection may be all desktop pages in a multi-screen desktop, or a desktop page in a multi-screen desktop that needs to sort desktop objects in the desktop page.
  • the desktop thumbnail of the desktop page is obtained by reducing the desktop page and the desktop object on the desktop page according to a preset zoom ratio.
  • a desktop object thumbnail is included in the desktop thumbnail of the desktop page.
  • the desktop object thumbnail corresponds to the desktop object on the desktop page.
  • the specific process of obtaining a desktop thumbnail of each desktop page in the desktop page set may be as follows:
  • A1 Each desktop page in the desktop page collection and the desktop object on the desktop page are reduced according to a preset scaling ratio, and a desktop thumbnail of each desktop page in the desktop page collection is obtained.
  • the preset zoom ratio may be set according to the screen size of the terminal device and the number of desktop pages included in the desktop of the terminal device.
  • A2. Scan the desktop thumbnail of each desktop page in the desktop page collection, and obtain the page of the desktop thumbnail. Identification and first location information.
  • the page identifier of the desktop thumbnail refers to the identifier of the desktop page corresponding to the desktop thumbnail, and is used to indicate that the desktop thumbnail is a desktop thumbnail of the desktop page identified by the page identifier.
  • the first location information is location information of the desktop object thumbnail included in the desktop thumbnail on the desktop thumbnail, and the first location information is also represented by a relative position of the checker matrix, so that the desktop page is reduced according to a preset zoom ratio. After processing, only the size of the desktop page is changed, but the order of the square matrix does not change. Therefore, the position of the desktop object on the desktop page is the position of the desktop object thumbnail corresponding to the desktop object on the desktop thumbnail. .
  • the specific form of the first location information may be a triplet: (page identifier of the desktop thumbnail, X coordinate, Y coordinate), wherein the page identifier of the desktop thumbnail is used to indicate the desktop thumbnail to which the desktop object thumbnail belongs.
  • the X coordinate and the Y coordinate are used to indicate the position coordinates of the desktop object thumbnail in the associated desktop thumbnail.
  • the position coordinates are represented by the relative positions of the checker matrix, where the X coordinate represents the row coordinates in the checker matrix and the Y coordinate represents the column coordinates in the checker matrix.
  • FIG. 2a, 2b, and 2c are respectively three desktop pages, and the page identifiers of each desktop page are 01, 02, and 03, respectively.
  • the three desktop pages are divided into six display areas according to a 3 ⁇ 2 order grid matrix.
  • the position of the desktop object B' on the desktop page is (1, 2), that is, the desktop object B' is located at the first page of the desktop page shown in FIG. 2a.
  • the position of the desktop object E' on the desktop page is (1, 1), that is, the desktop object E' is located at the first page of the desktop page shown in FIG. 2b. At the intersection of the first column.
  • the position of the desktop object I' on the desktop page is (1, 2), that is, the desktop object I' is located at the first page of the desktop page shown in FIG. 2c. At the intersection of the second column.
  • the desktop thumbnail of the desktop page shown in FIGS. 3a, 3b, and 3c is obtained.
  • the desktop object thumbnails included in the desktop thumbnail shown in FIG. 3a correspond one-to-one with the desktop objects on the desktop page shown in FIG. 2a
  • the desktop object thumbnails B included in the desktop thumbnails shown in FIG. 3a are
  • the desktop object B' on the desktop page shown in Figure 2a corresponds.
  • the desktop object thumbnails included in the desktop thumbnail shown in FIG. 3b correspond one-to-one with the desktop objects on the desktop page shown in FIG. 2b
  • the desktop object E' on the desktop page shown in Figure 2b corresponds.
  • the desktop object thumbnails included in the desktop thumbnail shown in FIG. 3c correspond one-to-one with the desktop objects on the desktop page shown in FIG. 2c, and the desktop object thumbnails I and included in the desktop thumbnails as shown in FIG. 3c
  • the desktop object I' on the desktop page shown in Figure 2c corresponds.
  • the position coordinate of the desktop object thumbnail in the belonging desktop thumbnail is the desktop object corresponding to the desktop object thumbnail.
  • the position coordinates in the desktop page are the same as the position coordinates of the desktop object B' on the desktop page shown in FIG. 2a, and are (1, 2), so that the desktop object is reduced.
  • the first location information of the thumbnail B is (01, 1, 2), and the desktop object thumbnail B is at the intersection of the first row and the second column of the desktop thumbnail shown in FIG. 3a; the desktop object thumbnail E is in FIG. 3b.
  • the position coordinates in the desktop thumbnail shown are the same as the position coordinates of the desktop object E' on the desktop page shown in FIG. 2b, which is (1, 1), so that the first position information of the desktop object thumbnail E is ( 02,1,1); the position coordinates of the desktop object thumbnail I in the desktop thumbnail shown in FIG. 3c are the same as the position coordinates of the desktop object I' on the desktop page shown in FIG. 2c, which is (1, 2) Thus, the first position information of the desktop object thumbnail I is (03, 1, 2).
  • the specific process of displaying all the obtained desktop thumbnails on the desktop main page can be as follows:
  • the number of window interfaces displayed on the desktop main page is the same as the number of desktop thumbnails obtained.
  • the obtained desktop thumbnail is correspondingly displayed on the window interface of the desktop main page, and the desktop object thumbnail in the desktop thumbnail is displayed on the desktop thumbnail according to the first location information. in.
  • FIG. 4 is a diagram showing an example of displaying desktop thumbnails shown in FIG. 3a, 3b, and 3c in a desktop main page according to an embodiment of the present invention. Since all the desktop thumbnails obtained are displayed in the main page of the desktop, the user can more clearly and clearly see the desktop pages included in the desktop of the terminal device and the desktop objects on the desktop pages through the desktop main page, thereby More accurate positioning of desktop objects that require location changes.
  • S102 Monitor a click operation sequence for the desktop thumbnail displayed on the desktop main page, and determine a click position of each click operation in the click operation sequence.
  • the selected location includes the selected desktop thumbnail and the location coordinates in the selected desktop thumbnail.
  • the specific form of the click location of each click operation may be the following triples: (page identifier of the desktop thumbnail, X coordinate, Y coordinate).
  • the page identifier of the desktop thumbnail represents the desktop thumbnail selected by the click operation
  • the X coordinate and the Y coordinate represent the position coordinates of the click operation in the selected desktop thumbnail
  • the position coordinate adopts a checker matrix.
  • the label represents the column coordinates in the grid matrix.
  • the click operation of the desktop thumbnail displayed on the desktop main page is monitored, and each point in the click operation sequence is determined. Select the location of the operation.
  • the click operation sequence includes a plurality of click operations with a sorting order.
  • the position coordinate of the object thumbnail displayed in the desktop thumbnail at the position coordinate is the desktop thumbnail selected by the click operation, and the desktop object displayed at the position coordinate is reduced.
  • the position coordinates in the desktop thumbnail displayed at the position coordinates of the thumbnail are the position coordinates of the click operation in the selected desktop thumbnail.
  • a click operation can be for one or more desktop thumbnails, and a click operation can include multiple click locations, such that a click operation can select one or more desktop object thumbnails on the desktop main page.
  • An example is as follows:
  • the click operation includes a plurality of selected locations, that is, the location of the plurality of desktop object thumbnails for the click operation in the desktop thumbnail corresponding to the desktop page 01.
  • one or more desktop object thumbnails on the desktop main page surface can be selected by a click operation, thereby facilitating one or more desktop object thumbnails on the desktop main page surface selected later by the clicking operation.
  • the positional transformation of the desktop objects corresponding to the thumbnails of the desktop objects is performed, so that the batch conversion of the position of the desktop objects can be realized.
  • the desktop page selected by the click operation may be determined according to the selected desktop thumbnail in the selected position, according to the selected position
  • the position coordinates in the selected desktop thumbnail can determine the desktop object selected by the clicking operation in the selected desktop page, so that each point in the sequence can be selected according to the selection
  • Select the location of the operation to change the position of the desktop object on each desktop page in the multi-screen page, so as to sort the desktop objects on each desktop page in the multi-screen desktop.
  • the user by displaying the desktop thumbnails of the desktop pages in the multi-screen desktop in the desktop main page, the user does not need to drag the desktop objects from one desktop page to another to implement the desktop object.
  • the location of the desktop object is exchanged, but the location of the desktop objects in the same desktop page can be directly exchanged by clicking the thumbnail of the desktop object in the desktop thumbnail of the desktop main page, or each desktop page.
  • the position exchange between desktop objects makes the sorting operation of the desktop objects simple, time-consuming, and highly accurate.
  • the specific process of sorting and displaying the desktop objects on each desktop page in the multi-screen desktop according to the click location of each click operation in the click operation sequence is as shown in FIG. 5 . , as detailed below:
  • the parity matching rule refers to dividing an odd number of click operations and an even number of click operations into one group.
  • the specific process of dividing the point selection operation sequence into several groups of point selection operation pairs by using the parity matching rule is as follows:
  • the click operation sequence includes 6 selection operations.
  • the 6 selection operations are arranged in chronological order as follows:
  • the first click operation, the second click operation, the third click operation, the fourth click operation, the fifth click operation, and the sixth click operation are odd-numbered click operations
  • the second click operation, the fourth click operation, and the sixth click operation are even numbers. Click the operation.
  • the parity matching rule is used to divide the click operation sequence into a plurality of group selection operation pairs
  • the first click operation and the second click operation operation are divided into a pair of click operation pairs, and the third click point is selected.
  • the operation and the fourth clicking operation are divided into a pair of clicking operation pairs
  • the fifth clicking operation and the sixth clicking operation are divided into a pair of clicking operation pairs, and other points are included in the clicking operation sequence.
  • the other click operations included in the click operation sequence are further divided into a plurality of group selection operation pairs.
  • the last click operation included in the click operation sequence does not participate in the split operation.
  • the click operation sequence includes 7 click operations, and the parity matching rule is used to select the first point in the sequence of operations.
  • the selection operation and the second selection operation are divided into a set of point selection operations, and the third selection operation is performed.
  • the fourth click operation is divided into a set of click operation operations, and the fifth click operation and the sixth click operation are divided into a pair of click operation pairs, and the seventh in the click operation sequence
  • the secondary click operation does not participate in the split.
  • the desktop thumbnails displayed on the desktop main page are in one-to-one correspondence with the desktop pages
  • the desktop thumbnails selected by each clicking operation are acquired, and the selected ones are selected.
  • the desktop page corresponding to the desktop thumbnail can be used as the desktop page selected by the click operation by the desktop page corresponding to the desktop thumbnail selected by the click operation.
  • the point coordinates in the selected desktop thumbnails can be determined according to each click operation.
  • the desktop object thumbnail selected in the selected desktop thumbnail is obtained, and the desktop object corresponding to the desktop object thumbnail is obtained, and the desktop object corresponding to the desktop object thumbnail is in the selected desktop page.
  • the position coordinates are used as the position selected by the click operation in the selected desktop page.
  • FIG. 6 is a diagram showing an example of a user performing a clicking operation on the desktop main page shown in FIG. 3.
  • the user selects the desktop object thumbnail B with the location coordinates of (1, 2) and the desktop thumbnail with the page identifier of 03 in the desktop thumbnail of the page identifier 01 on the desktop main page shown in FIG.
  • the thumbnail of the desktop object whose position coordinate is (2, 3) the sequence of the selection operation includes 4 click operations, wherein the first click operation and the second click operation are a set of click operation pairs.
  • the third click operation and the fourth click operation are a set of click operation pairs.
  • the click position of the first click operation in the click operation operation is (01, 1, 2), and the desktop page selected by the first click operation is the desktop page with the page identifier 01, Click the position selected on the selected desktop page (1, 2), and the click position of the second click operation is (03, 1, 2), then the second click operation
  • the selected desktop page is a desktop page with a page identifier of 03, and the selected operation is selected (1, 2) on the selected desktop page.
  • the other group clicks the centering operation, and the clicking position of the third clicking operation is (02, 2, 3), and the desktop page selected by the third clicking operation is the desktop page with the page identifier of 02.
  • the selected operation is selected on the selected desktop page (2, 3), and the selected position of the fourth click operation is (03, 2, 3), then the fourth point
  • the desktop page selected by the selection operation is the desktop page with the page identifier of 03, and the selected operation is selected (2, 3) on the selected desktop page.
  • the desktop thumbnail displayed on the desktop main page is paired with the desktop page. Therefore, according to the desktop thumbnail selected by each click operation, the desktop page corresponding to the desktop thumbnail selected by the click operation can be obtained, and the desktop selected by the click operation can be selected.
  • the desktop page corresponding to the thumbnail is used as the desktop page selected by the click operation. Since the position of the desktop object on the desktop page and the position of the desktop object thumbnail in the desktop thumbnail use the relative position of the checker matrix, the position coordinates in the selected desktop thumbnail are selected according to each click operation. You can directly determine where the click operation is selected on the selected desktop page.
  • the user selects the desktop object thumbnail B with the location coordinates of (1, 2) and the desktop thumbnail with the page identifier of 03 in the desktop thumbnail of the page identifier 01 on the desktop main page shown in FIG.
  • the desktop object B' in the desktop page 01 is exchanged with the desktop object I' in the desktop page 03
  • the desktop object H in the desktop page 02 is 'Move to the blank area where the position coordinates in the desktop page 03 are (2, 3).
  • the desktop page 01 shown in FIG. 2a becomes the desktop page shown in FIG. 7a
  • the desktop page shown in FIG. 2b becomes the desktop page shown in FIG. 7b
  • the desktop shown in FIG. 2c The page becomes the desktop page shown in Figure 7c.
  • the desktop page selected by the click operation is directly determined according to the selected position of each click operation in the group of click operations, and the selected The location selected on the desktop page can be exchanged on the desktop of the multi-screen desktop by selecting the location of each desktop device in the selected location on the selected desktop page.
  • the desktop objects on each desktop page are sorted and displayed, which makes the sorting method simpler and faster.
  • the specific process of sorting and displaying the desktop objects on each desktop page in the multi-screen desktop is as shown in FIG. 8 . Show, as detailed below:
  • the parity selection rule is used to divide the sequence of click operations into a plurality of pairs of click operation operations. Specific The process is as described above and will not be described here.
  • the click position of one click operation is (01, 1, 2), and the click position of another click operation is (03, 1, 2)
  • the click position of one click operation is (02, 2, 3)
  • the click position of another click operation is (03, 2, 3).
  • the desktop object thumbnail H in the desktop object is moved to the desktop object thumbnail of position (2, 3) in the desktop thumbnail of page 03, wherein the position of the desktop thumbnail with the page identifier 03 is (2, 3)
  • the desktop object thumbnail is a blank area. After sorting as described above, the desktop thumbnail on the desktop main page shown in FIG. 6 can be converted into the desktop thumbnail on the desktop main page shown in FIG. 9.
  • the page identifier and the second location information of the desktop thumbnail are obtained, where the second location information is location information of the desktop object thumbnail in the desktop thumbnail in the desktop thumbnail; and the desktop in the desktop thumbnail
  • the desktop object corresponding to the object thumbnails is displayed on the desktop page corresponding to the page identifier according to the second location information.
  • the specific form of the second location information may be in the form of a triplet (page identifier of the desktop thumbnail, X coordinate, Y coordinate).
  • the page identifier of the desktop thumbnail represents the page identifier of the desktop thumbnail to which the desktop object thumbnail belongs
  • the X coordinate and the Y coordinate represent the position coordinates of the desktop object thumbnail in the belonging desktop thumbnail.
  • the position coordinates are represented by the relative positions of the checker matrix.
  • the X coordinate represents the row coordinate and the Y coordinate represents the column coordinate.
  • the desktop object 01 is displayed on the desktop page 01 corresponding to the desktop object thumbnail included in the desktop thumbnail of the page identifier 01.
  • the desktop object and when the desktop object is displayed on the desktop page 01, the desktop object corresponding to the desktop object thumbnail is displayed in the desktop page according to the position coordinates of the desktop object thumbnail in the desktop thumbnail.
  • the desktop object thumbnails selected by each of the clicking operations are selected according to each group of clicking operations, so that the user can preview the desktop objects in each desktop page of the multi-screen desktop after the location exchange.
  • the order of sorting makes the sorting results more intuitive, which improves the accuracy of the sorting operation.
  • FIG. 10 is a diagram showing the structure of a system for sorting desktop objects according to an embodiment of the present invention. For the convenience of description, only parts related to the embodiments of the present invention are shown.
  • the system can be used for a mobile terminal, such as a smart phone, a tablet computer, etc., and can be a software unit, a hardware unit or a combination of hardware and software running in the mobile terminal, or can be integrated into the mobile terminal or run as a separate pendant. In the application system of the mobile terminal.
  • the system for sorting desktop objects includes:
  • the display unit 1 is configured to obtain a desktop thumbnail of each desktop page in the desktop page set, and display all the obtained desktop thumbnails on the desktop main page, wherein the desktop page set includes at least one of the multi-screen desktops.
  • the desktop page, the desktop thumbnail of the desktop page includes a desktop object thumbnail corresponding to the desktop object on the desktop page, and the desktop main page is any desktop page in the multi-screen desktop.
  • the monitoring unit 2 is configured to monitor a click operation sequence for the desktop thumbnail displayed on the desktop main page, and determine a click location of each click operation in the click operation sequence, where the selected location includes The desktop thumbnail selected and the position coordinates in the selected desktop thumbnail.
  • the click operation sequence includes a plurality of click operations having a click order, each click operation may be for one or more desktop thumbnails, and each click operation may include a plurality of click positions.
  • the sorting unit 3 is configured to sort and display the desktop objects on the desktop pages in the multi-screen desktop according to the click locations of each of the clicking operations.
  • the display unit 1 includes a thumbnail processing module 11 and a thumbnail image acquisition module 12. among them:
  • the thumbnail processing module 11 is configured to perform a reduction process on each desktop page in the desktop page set and a desktop object on the desktop page according to a preset zoom ratio, to obtain a desktop of each desktop page in the desktop page set.
  • a thumbnail image obtaining module 12 configured to scan a desktop thumbnail of each desktop page in the desktop page set, obtain a page identifier of the desktop thumbnail, and first location information, where the first location information is the desktop thumbnail
  • the thumbnail contains the location information of the desktop object thumbnail on the desktop thumbnail.
  • the display unit 1 further includes a window display module 13 and a thumbnail display module 14. among them:
  • the window display module 13 is configured to display, on the desktop main page, a window interface corresponding to a desktop thumbnail of each desktop page in the desktop page set;
  • the thumbnail display module 14 is configured to display, according to the page identifier of the desktop thumbnail, the acquired desktop thumbnail in the window interface on the desktop main page, and shrink the desktop according to the first location information. A thumbnail of the desktop object in the thumbnail is displayed in the desktop thumbnail.
  • the sorting unit 3 includes an operation pair segmentation module 31, a click location determining module 32, and a location switching module 33, wherein:
  • the operation pair segmentation module 31 is configured to divide the click operation sequence into a plurality of group selection operation pairs by using a parity matching rule
  • Clicking a location determining module 32 for selecting a pair of operations for each group, determining a desktop page selected by the clicking operation according to a desktop thumbnail selected by each of the clicking operations And determining a location selected by the clicking operation on the selected desktop page according to the position coordinates of each of the clicking operations in the selected desktop thumbnail;
  • the location switching module 33 is configured to perform, for each group of selected operation pairs, a location object of each desktop operation in the selected location on the selected desktop page.
  • the sorting unit 3 includes an operation pair segmentation module 31, a click thumbnail determination module 34, a thumbnail position exchange module 35, and a sort display module 36, wherein:
  • the operation pair segmentation module 31 is configured to divide the click operation sequence into a plurality of group selection operation pairs by using a parity matching rule
  • thumbnail position exchange module 35 configured to perform a position exchange on each set of selected operation pairs for each set of click operations
  • a sorting display module 36 configured to map a desktop corresponding to the desktop thumbnail in the desktop page set according to each desktop thumbnail displayed on the desktop main page and a desktop object thumbnail included in the desktop thumbnail The desktop objects on the page are sorted and displayed.
  • the sorting display module 36 is specifically configured to acquire a page identifier and second location information of the desktop thumbnail, where the second location information is a desktop object thumbnail in the desktop thumbnail.
  • Sketch map The location information in the one-to-one correspondence with the desktop object thumbnails in the desktop thumbnails is displayed on the desktop page corresponding to the page identifier according to the second location information.
  • an embodiment of the present invention provides a schematic diagram of a mobile terminal 700.
  • the mobile terminal 700 may be a smart phone, a tablet computer, or the like.
  • the specific embodiment of the present invention does not limit the specific implementation of the mobile terminal.
  • the mobile terminal 700 includes:
  • a processor 710 a communications interface 720, a memory 730, and a bus 740.
  • the processor 710, the communication interface 720, and the memory 730 complete communication with each other via the bus 740.
  • the communication interface 720 is configured to communicate with a network element, such as a virtual machine management center 280, a shared storage 240, and the like.
  • the processor 710 is configured to execute the program 732.
  • program 732 can include program code, the program code including computer operating instructions.
  • the processor 710 may be a central processing unit CPU, or an Application Specific Integrated Circuit (ASIC), or one or more integrated circuits configured to implement embodiments of the present invention.
  • CPU central processing unit
  • ASIC Application Specific Integrated Circuit
  • the memory 730 is configured to store the program 732.
  • the memory 730 may include a high speed RAM memory and may also include a non-volatile memory such as at least one disk memory.
  • the program 732 may specifically include:
  • the display unit 1 is configured to obtain a desktop thumbnail of each desktop page in the desktop page set, and display all the obtained desktop thumbnails on the desktop main page, wherein the desktop page set includes at least one of the multi-screen desktops.
  • a desktop page, the desktop thumbnail of the desktop page includes a desktop object thumbnail corresponding to the desktop object on the desktop page, and the desktop main page is any desktop page of the multi-screen desktop;
  • the monitoring unit 2 is configured to monitor a click operation sequence for the desktop thumbnail displayed on the desktop main page, and determine a click location of each click operation in the click operation sequence, where the selected location includes The selected desktop thumbnail and the position coordinates in the selected desktop thumbnail;
  • the sorting unit 3 is configured to sort and display the desktop objects on the desktop pages in the multi-screen desktop according to the click locations of each of the clicking operations.
  • each unit in the program 732 refers to the corresponding units in the embodiment shown in FIG. 10 to FIG. 11 , and details are not described herein.
  • the desktop object thumbnails in the desktop thumbnails can be directly selected in the desktop main page.
  • the desktop object thumbnails in the desktop thumbnails can be directly selected in the desktop main page.

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Abstract

本发明适用于终端应用领域,提供了一种对桌面对象进行排序的方法及系统,该方法包括:获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上;监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置;根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。本发明通过将桌面页面集合中每个桌面页面的桌面缩略图集中显示在桌面主页面上,从而在桌面主页面上进行点选操作,就可以对多屏桌面中的各桌面页面上的桌面对象进行排序显示,从而使得排序操作简单、耗时短,且定位准确性高。

Description

一种对桌面对象进行排序的方法及系统
本申请要求于2013年12月06日提交中国专利局、申请号为CN 201310658653.4、发明名称为“一种对桌面对象进行排序的方法及系统”的中国专利申请的优先权,其全部内容通过引用结合在本申请中。
技术领域
本发明属于终端应用领域,尤其涉及一种对桌面对象进行排序的方法及系统。
背景技术
Android作为一种开放的操作系统已在越来越多的终端设备中被广泛使用。随着应用程序的日益增多,采用Android操作系统的终端设备(例如,Android智能手机等)为了更方便、快捷的对该终端设备中安装的应用程序进行操作,现有的采用Android操作系统的终端设备采用了多屏桌面设计。其中多屏桌面设计是指采用分页的方式将桌面分成若干桌面分页,每个桌面分页均用于显示桌面对象,一个桌面分页即为一屏桌面,多个桌面分页形成多屏桌面。其中桌面对象是指需要在桌面上显示的对象,桌面对象包括但不限于应用程序快捷图标、文件、文件夹等。在采用多屏桌面设计的终端设备中,如何对多屏桌面上的桌面对象进行排序是现有的采用多屏桌面设计的终端设备面临的一个难题。
现有的对桌面对象进行排序的方法一般是先将第一位置上的桌面对象设置为可拖动状态,在将第一位置上的桌面对象拖动到第二位置上,以实现将桌面对象从第一位置交换到第二位置的目的,这种方式在采用多屏桌面设计的终端设备中,存在操作复杂、耗时长、定位错误率高的问题。如若想将第一个桌面页面中的应用程序图标A移至第五个桌面页面中的空白区域,则需要长按应用程序图标A至可拖动状态,再将应用程序图标A拖动至屏幕边缘,以将应用程序图标A从第一个桌面页面拖动到第二个桌面页面,继续将拖动至第二个桌面页面的应用程序图标A拖动至屏幕边缘,以将应用程序图标A从第二个桌面页面拖动到第三个桌面页面,以此类推,在经过4次桌面页面切换后,才能将应用程序图标A拖动至第五个桌面页面,最后在第五个桌面页面的空白区域松手释放应用程序图标A,才能将第一个桌面页面中的应用程序图标A移至第五个桌面页面中的空白区域。又如,若想交换应用程序图标A和应用程序图标B的位置,则首先需要长按应用程序图标A至可拖动状态,再将应用程序图标A拖动至某空白区域,然后,将应 用程序图标B拖动至应用程序图标A的起始位置,最后将拖动过的应用程序图标A移至应用程序图标B的初始位置,应用程序图标的位置交换才算完成。
发明内容
本发明实施例提供一种对桌面对象进行排序的方法及系统,旨在解决现有的对桌面对象进行排序的方法存在的操作复杂、耗时长的问题。
第一方面,提供一种对桌面对象进行排序的方法,所述方法包括:
获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面;
监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标;
根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
在第一方面的第一种可能的实现方式中,所述获取桌面页面集合中每个桌面页面的桌面缩略图,包括:
按照预设缩放比例对所述桌面页面集合中每个桌面页面以及所述桌面页面上的桌面对象进行缩小处理,得到所述桌面页面集合中每个桌面页面的桌面缩略图;
扫描所述桌面页面集合中每个桌面页面的桌面缩略图,获取所述桌面缩略图的页面标识以及第一位置信息,所述第一位置信息为所述桌面缩略图包含的桌面对象缩略图在所述桌面缩略图上的位置信息。
结合第一方面的第一种可能的实现方式,在第一方面的第二种可能的实现方式中,所述将获取到的所有桌面缩略图集中显示在桌面主页面上,包括:
在所述桌面主页面上显示与所述桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面;
按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在所述桌面主页面上的窗口界面中,且按照所述第一位置信息将所述桌面缩略图中的桌面对象缩略图显示在所述桌面缩略图中。
在第一方面的第三种可能的实现方式中,所述点选操作序列包含若干个具有点选先后顺序的点选操作,每个点选操作可针对一个或者多个桌面缩略图,每个点选操作可包含多个点选位置。
结合第一方面的第三种可能的实现方式,在第一方面的第四种可能的实现方式中,所述根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示,包括:
采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
针对每组点选操作对,根据所述点选操作对中的每个点选操作所点选的桌面缩略图确定所述点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定所述点选操作在所点选的桌面页面上所点选的位置;
针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
结合第一方面的第三种可能的实现方式,在第一方面的第五种可能的实现方式中,所述根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示,包括:
采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
针对每组点选操作对,根据所述点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定所述点选操作点选的桌面对象缩略图;
针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换;
按照所述桌面主页面上显示的每个桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的与所述桌面缩略图对应桌面页面上的桌面对象进行排序显示。
结合第一方面的第五种可能的实现方式,在第一方面的第六种可能的实现方式中,所述按照所述桌面主页面上显示的每个桌面页面的桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的对应桌面页面上的桌面对象进行排序显示,包括:
获取所述桌面缩略图的页面标识和第二位置信息,所述第二位置信息是所述桌面缩略图中的桌面对象缩略图在所述桌面缩略图中的位置信息;
将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
第二方面,提供一种对桌面对象进行排序的系统,所述系统包括:
显示单元,用于获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面;
监听单元,用于监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标;
排序单元,用于根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
在第二方面的第一种可能的实现方式中,所述显示单元包括:
缩略图处理模块,用于按照预设缩放比例对所述桌面页面集合中每个桌面页面以及所述桌面页面上的桌面对象进行缩小处理,得到所述桌面页面集合中每个桌面页面的桌面缩略图;
缩略图获取模块,用于扫描所述桌面页面集合中每个桌面页面的桌面缩略图,获取所述桌面缩略图的页面标识以及第一位置信息,所述第一位置信息为所述桌面缩略图包含的桌面对象缩略图在所述桌面缩略图上的位置信息。
结合第二方面的第一种可能的实现方式,在第二方面的第二种可能的实现方式中,所述显示单元还包括::
窗口显示模块,用于在所述桌面主页面上显示与所述桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面;
缩略图显示模块,用于按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在所述桌面主页面上的窗口界面中,且按照所述第一位置信息将所述桌面缩略图中的桌面对象缩略图显示在所述桌面缩略图中。
在第二方面的第三种可能的实现方式中,所述点选操作序列包含若干个具有点选先后顺序的点选操作,每个点选操作可针对一个或者多个桌面缩略图,每个点选操作可包含多个点选位置。
结合第二方面的第三种可能的实现方式,在第二方面的第四种可能的实现方式中,所述排序单元包括:
操作对分割模块,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
点选位置确定模块,用于针对每组点选操作对,根据所述点选操作对中的每个点选操作所点选的桌面缩略图确定所述点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定所述点选操作在所点选的桌面页面上所点选的位置;
位置交换模块,用于针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
结合第二方面的第三种可能的实现方式,在第二方面的第五种可能的实现方式中,所述排序单元包括:
操作对分割模块,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
点选缩略图确定模块,用于针对每组点选操作对,根据所述点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定所述点选操作点选的桌面对象缩略图;
缩略图位置交换模块,用于针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换;
排序显示模块,用于按照所述桌面主页面上显示的每个桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的与所述桌面缩略图对应桌面页面上的桌面对象进行排序显示。
结合第二方面的第五种可能的实现方式,在第二方面第六种可能的实现方式中,所述排序显示模块具体用于获取所述桌面缩略图的页面标识和第二位置信息,所述第二位置信息是所述桌面缩略图中的桌面对象缩略图在所述桌面缩略图中的位置信息;将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
在本发明实施例中,通过将桌面页面集合中每个桌面页面的桌面缩略图集中显示在桌面主页面上,并监听针对桌面主页面上显示的桌面缩略图的点选操作序列,并根据点选操作序列中的每个点选操作的点选位置,对多屏桌面中的各桌面页面上的桌面对象进 行排序显示,由于只需要在桌面主页面上点选桌面缩略图中的桌面对象缩略图,就可以对多屏桌面中的各桌面页面上的桌面对象进行排序显示,从而使得排序操作简单、耗时短,且定位准确性高。
附图说明
图1是本发明实施例提供的对桌面对象进行排序的方法的实现流程图;
图2a、2b、2c分别是本发明实施例提供的桌面页面的示例图;
图3a、3b、3c分别是图2a、2b、2c所示的桌面页面的桌面缩略图;
图4是将图3a、3b、3c所示的桌面缩略图显示在桌面主页面后的示例图;
图5是本发明实施例提供的图1所示的S103的具体实现流程图;
图6是本发明实施例提供的在图3所示的桌面主页面进行点选操作后的示例图;
图7a、7b、7c是对图2a、2b、2c所示的桌面页面进行排序后的桌面页面的示例图;
图8是本发明另一实施例提供的图1所示的S103的具体实现流程图;
图9是本发明实施例提供的将图6所示的桌面主页面上的桌面缩略图进行排序后的桌面主页面的示例图;
图10是本发明实施例提供的对桌面对象进行排序的系统的结构图;
图11是本发明另一实施例提供的对桌面对象进行排序的系统的结构图;
图12是本发明实施例提供的移动终端的示意图。
具体实施方式
为了使本发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
在本发明实施例中,通过将多屏桌面中的各桌面页面的桌面缩略图集中显示在桌面主页面中,从而用户不需要将桌面对象从一个桌面页面拖动到另一个桌面页面来进行实现桌面对象的位置交换,而是可以直接通过在该桌面主页面中点选桌面缩略图中的桌面对象缩略图,来实现同一桌面页面中各桌面对象之间的位置交换,或者不同桌面页面中各桌面对象之间的位置交换,从而使得桌面对象的排序操作简单、耗时短,且定位准确性高。
为了说明本发明所述的技术方案,下面通过具体实施例来进行说明。
图1示出了本发明实施例提供的对桌面对象进行排序的方法的实现流程,详述如下:
S101,获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上。其中桌面页面集合包括多屏桌面中的至少一个桌面页面。桌面主页面为多屏桌面中的任一桌面页面。
当终端设备的桌面采用多屏桌面设计时,则该终端设备的桌面被分成多个桌面页面,每个桌面页面按照P×Q阶方格矩阵划分为多个显示区域,每个显示区域用于显示一个桌面对象。每个用于显示桌面对象的显示区域在桌面页面上的位置采用方格矩阵的相对位置来表示。其中方格矩阵的相对位置是指采用方格矩阵的行列标识来表示的位置,如采用第X行、第Y列来表示用于显示桌面对象的各显示区域在桌面页面上的位置。
当显示区域中显示有桌面对象时,则桌面对象在桌面页面中的位置即为用于显示该桌面对象的显示区域在桌面页面中的位置。
以终端设备的桌面采用四屏桌面设计为例,该终端设备的桌面包含4个桌面页面,如附图2a、2b和2c所示,分别表示4个桌面页面中的任意三个桌面页面。在附图2a、2b和2c所示的桌面页面中,采用3×2阶方格矩阵将桌面页面划分为6个显示区域,分别对应附图2a、2b和2c中的6个方格,其中填有字母的方格表示该显示区域中显示有桌面对象,没有字母的方格表示空白区域。
在本实施例中,桌面页面集合中包括多屏桌面中的一个或者多个桌面页面。该桌面页面集合中包括的桌面页面可以为多屏桌面中的所有桌面页面,也可以为多屏桌面中需要对桌面页面中的桌面对象进行排序的桌面页面。
其中桌面页面的桌面缩略图是按照预设缩放比例对桌面页面以及该桌面页面上的桌面对象进行缩小处理得到的。桌面页面的桌面缩略图中包含桌面对象缩略图。该桌面对象缩略图与该桌面页面上的桌面对象一一对应。
作为本发明提供的一个实施例,获取桌面页面集合中每个桌面页面的桌面缩略图的具体过程可以如下:
A1、按照预设缩放比例对桌面页面集合中每个桌面页面以及该桌面页面上的桌面对象进行缩小处理,得到桌面页面集合中每个桌面页面的桌面缩略图。
在本实施例中,预设缩放比例可以根据终端设备的屏幕尺寸以及终端设备的桌面包括的桌面页面数量进行设置。
A2、扫描桌面页面集合中每个桌面页面的桌面缩略图,获取该桌面缩略图的页面 标识以及第一位置信息。
其中桌面缩略图的页面标识是指该桌面缩略图对应的桌面页面的标识,用于表示该桌面缩略图是该页面标识所标识的桌面页面的桌面缩略图。
第一位置信息为桌面缩略图包含的桌面对象缩略图在桌面缩略图上的位置信息,第一位置信息也采用方格矩阵的相对位置来表示,这样,对桌面页面按照预设缩放比例进行缩小处理后,只是改变了桌面页面的大小,但方格矩阵的阶数并没有改变,因此,桌面对象在桌面页面上的位置即为该桌面对象对应的桌面对象缩略图在桌面缩略图上的位置。
该第一位置信息的具体形式可以为如下的三元组:(桌面缩略图的页面标识,X坐标,Y坐标),其中桌面缩略图的页面标识用于表示桌面对象缩略图所属的桌面缩略图,X坐标和Y坐标用于表示该桌面对象缩略图在所属的桌面缩略图中的位置坐标。该位置坐标采用方格矩阵的相对位置来表示,其中X坐标代表方格矩阵中的行坐标,Y坐标代表方格矩阵中的列坐标。
以桌面页面集合包含3个桌面页面为例。请参图2a、2b、2c,分别为3个桌面页面,且各桌面页面的页面标识分别为01、02、03。这3个桌面页面均按照3×2阶方格矩阵划分为6个显示区域。在附图2a所示的页面标识为01的桌面页面中,桌面对象B’在该桌面页面上的位置为(1,2),即桌面对象B’位于图2a所示的桌面页面的第1行第2列交叉处。在附图2b所示的页面标识为02的桌面页面中,桌面对象E’在该桌面页面上的位置为(1,1),即桌面对象E’位于图2b所示的桌面页面的第1行第1列交叉处。在附图2c所示的页面标识为03的桌面页面中,桌面对象I’在该桌面页面上的位置为(1,2),即桌面对象I’位于图2c所示的桌面页面的第1行第2列交叉处。
按照预设缩放比例对图2a、2b、2c所示的桌面页面以及该桌面页面上的桌面对象进行缩小处理后,得到图3a、3b、3c所示的桌面页面的桌面缩略图。图3a所示的桌面缩略图中包含的桌面对象缩略图与图2a所示的桌面页面上的桌面对象一一对应,如图3a中所示的桌面缩略图中包含的桌面对象缩略图B与图2a所示的桌面页面上的桌面对象B’对应。图3b所示的桌面缩略图中包含的桌面对象缩略图与图2b所示的桌面页面上的桌面对象一一对应,如图3b中所示的桌面缩略图中包含的桌面对象缩略图E与图2b所示的桌面页面上的桌面对象E’对应。图3c所示的桌面缩略图中包含的桌面对象缩略图与图2c所示的桌面页面上的桌面对象一一对应,如图3c中所示的桌面缩略图中包含的桌面对象缩略图I与图2c所示的桌面页面上的桌面对象I’对应。
由于该桌面对象缩略图在所属的桌面缩略图中的位置坐标也采用方格矩阵的相对位置,因此,桌面对象缩略图在桌面缩略图中的位置坐标为与该桌面对象缩略图对应的桌面对象在桌面页面中的位置坐标。如桌面对象缩略图B在图3a所示的桌面缩略图中的位置坐标与桌面对象B’在图2a所示的桌面页面上的位置坐标相同,为(1,2),这样,桌面对象缩略图B的第一位置信息为(01,1,2),该桌面对象缩略提B在图3a所示的桌面缩略图的第1行第2列交叉处;桌面对象缩略图E在图3b所示的桌面缩略图中的位置坐标与桌面对象E’在图2b所示的桌面页面上的位置坐标相同,为(1,1),这样,桌面对象缩略图E的第一位置信息为(02,1,1);桌面对象缩略图I在图3c所示的桌面缩略图中的位置坐标与桌面对象I’在图2c所示的桌面页面上的位置坐标相同,为(1,2)这样,桌面对象缩略图I的第一位置信息为(03,1,2)。
作为本发明提供的一个实施例,将获取到的所有桌面缩略图集中显示在桌面主页面上的具体过程可以如下:
B1、在桌面主页面上显示与桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面。
其中桌面主页面上显示的窗口界面的数量与获取到的桌面缩略图的数量相同。
B2、按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在桌面主页面上的窗口界面中,且按照第一位置信息将桌面缩略图中的桌面对象缩略图显示在桌面缩略图中。
请参阅图4,为本发明实施例提供的将图3a、3b、3c所示的桌面缩略图集中显示在桌面主页面中的示例图。由于将获取到的所有桌面缩略图集中显示在桌面主页面中,从而用户通过桌面主页面可以更直观、清楚的看到终端设备的桌面包含的桌面页面以及各桌面页面上的桌面对象,从而可以更准确的对需要进行位置变化的桌面对象进行定位。
S102,监听针对桌面主页面上显示的桌面缩略图的点选操作序列,确定该点选操作序列中的每个点选操作的点选位置。其中点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标。
具体的,每个点选操作的点选位置的具体形式可以为如下三元组:(桌面缩略图的页面标识,X坐标,Y坐标)。其中桌面缩略图的页面标识表示该点选操作所点选的桌面缩略图,X坐标和Y坐标表示该点选操作在所点选的桌面缩略图中的位置坐标,该位置坐标采用方格矩阵的相对位置来表示,其中X坐标代表方格矩阵中的行坐标,Y坐 标代表方格矩阵中的列坐标。
在本实施例中,在将获取到的桌面缩略图集中显示在桌面主页面后,监听针对桌面主页面上显示的桌面缩略图的点选操作,并确定该点选操作序列中的每个点选操作的点选位置。其中点选操作序列包含若干个具有点选先后顺序的点选操作。
其中确定每个点选操作的点选位置的具体过程可以如下:
获取该点选操作在用于显示桌面主页面的屏幕上的位置坐标,判断在该位置坐标处所显示的桌面缩略图以及该位置坐标处所显示的桌面对象缩略图,获取该位置坐标处所显示的桌面对象缩略图在该位置坐标处所显示的桌面缩略图中的位置坐标,该位置坐标处所显示的桌面缩略图即为该点选操作所点选的桌面缩略图,该位置坐标处所显示的桌面对象缩略图在该位置坐标处所显示的桌面缩略图中的位置坐标即为该点选操作在所点选的桌面缩略图中的位置坐标。
一个点选操作可以针对一个或者多个桌面缩略图,一个点选操作可包含多个点选位置,这样使得一个点选操作可以选择桌面主页面上的一个或者多个桌面对象缩略图。举例说明如下:
假设将获取到的桌面缩略图集中显示在桌面主页面后,如图4所示,当用户在图4所示的桌面主页面上一次选中桌面页面01对应的桌面缩略图中的多个桌面对象缩略图时,则该点选操作包含多个点选位置,该多个点选位置即为桌面页面01对应的桌面缩略图中该点选操作针对的多个桌面对象缩略图所在的位置。在本实施例中,通过一个点选操作可以选择桌面主页面上的一个或者多个桌面对象缩略图,从而便于后面根据该点选操作选择的桌面主页面上的一个或者多个桌面对象缩略图,对这些桌面对象缩略图一一对应的桌面对象进行位置变换,从而可以实现桌面对象的位置的批量变换。
S103,根据点选操作序列中的每个点选操作的点选位置,对多屏桌面中的各桌面页面上的桌面对象进行排序显示。
在本实施例中,由于桌面主页面中显示的各桌面缩略图与桌面页面一一对应,而各桌面缩略图中的桌面对象缩略图与桌面页面中的桌面对象一一对应,因此,在获取到点选操作序列中的每个点选操作的点选位置后,可以根据该点选位置中的所点选的桌面缩略图确定该点选操作所点选的桌面页面,根据该点选位置中的在所点选的桌面缩略图中的位置坐标可以确定该点选操作在所点选的桌面页面中所点选的桌面对象,这样,就可以根据该点选操作序列中的每个点选操作的点选位置对多屏页面中的各桌面页面上的桌面对象进行位置变换,从而达到对多屏桌面中的各桌面页面上的桌面对象进行排序 显示的目的。
在本发明实施例中,通过将多屏桌面中的各桌面页面的桌面缩略图集中显示在桌面主页面中,从而用户不需要将桌面对象从一个桌面页面拖动到另一个桌面页面来进行实现桌面对象的位置交换,而是可以直接通过在该桌面主页面中点选桌面缩略图中的桌面对象缩略图,来实现同一桌面页面中各桌面对象之间的位置交换,或者不同桌面页面中各桌面对象之间的位置交换,从而使得桌面对象的排序操作简单、耗时短,且定位准确性高。
作为本发明提供的一个实施例,根据点选操作序列中的每个点选操作的点选位置,对多屏桌面中的各桌面页面上的桌面对象进行排序显示的具体过程如图5所示,详述如下:
S201,采用奇偶匹配法则将点选操作序列分割成若干组点选操作对。
其中奇偶匹配法则是指将奇数次点选操作和偶数次点选操作分割成一组。其中采用奇偶匹配法则将点选操作序列分割成若干组点选操作对的具体过程如下:
按照点选操作序列中各点选操作的时间先后顺序,将相邻的奇数次点选操作和偶数次点选操作分割成一组点选操作对。举例说明如下:
假设用户在桌面主页面显示的桌面缩略图中连续进行了6次点选操作,则点选操作序列中包含6次点选操作,这6次点选操作按照时间先后顺序排列如下:
第一次点选操作、第二次点选操作、第三次点选操作、第四次点选操作、第五次点选操作、第六次点选操作。其中第一次点选操作、第三次点选操作、第五次点选操作为奇数次点选操作,第二次点选操作、第四次点选操作、第六次点选操作为偶数次点选操作。
则在采用奇偶匹配法则将点选操作序列分割成若干组点选操作对时,将第一次点选操作和第二次点选操作分割为一组点选操作对,将第三次点选操作和第四次点选操作分割为一组点选操作对,将第五次点选操作和第六次点选操作分割为一组点选操作对,当点选操作序列中还包含其他点选操作时,按照此原理,继续将点选操作序列中包含的其他点选操作分割成若干组点选操作对。
但当点选操作序列中包含的点选操作的数量为奇数时,则该点选操作序列中包含的最后一个点选操作不参与分割。如假设用户在桌面主页面显示的桌面缩略图中连续进行了7次点选操作,则点选操作序列中包含7次点选操作,采用奇偶匹配法则将点选操作序列中的第一次点选操作和第二次点选操作分割为一组点选操作对,将第三次点选操 作和第四次点选操作分割为一组点选操作对,将第五次点选操作和第六次点选操作分割为一组点选操作对,且该点选操作序列中的第七次点选操作不参与分割。
S202,针对每组点选操作对,根据该点选操作对中的每个点选操作所点选的桌面缩略图确定该点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定点选操作在所点选的桌面页面上所点选的位置。
在本实施例中,由于桌面主页面上显示的桌面缩略图与桌面页面一一对应的,因此,根据每个点选操作所点选的桌面缩略图,获取与该点选操作所点选的桌面缩略图对应的桌面页面,即可将与该点选操作所点选的桌面缩略图对应的桌面页面作为该点选操作所点选的桌面页面。由于每个桌面缩略图中的桌面对象缩略图与对应的桌面页面上的桌面对象一一对应,因此,根据每个点选操作在所点选的桌面缩略图中的位置坐标可以确定该点选操作在所点选的桌面缩略图中所点选的桌面对象缩略图,获取与该桌面对象缩略图对应的桌面对象,将与该桌面对象缩略图对应的桌面对象在所点选的桌面页面中的位置坐标作为该点选操作在所点选的桌面页面中所点选的位置。举例说明如下:
请参阅图6,图6是用户在图3所示的桌面主页面进行点选操作后的示例图。假设用户在图6所示的桌面主页面上依次点选了页面标识为01的桌面缩略图中的位置坐标为(1,2)的桌面对象缩略图B、页面标识为03的桌面缩略图中的位置坐标为(1,2)的桌面对象缩略图I、页面标识为02的桌面缩略图中的位置坐标为(2,3)的桌面对象缩略图H、以及页面标识为03的桌面缩略图中的位置坐标为(2,3)的桌面对象缩略图,则该点选操作序列包括4次点选操作,其中第一点选操作和第二次点选操作为一组点选操作对,第三次点选操作和第四次点选操作为一组点选操作对。其中点选操作对中的第一次点选操作的点选位置为(01,1,2),则该第一次点选操作所点选的桌面页面为页面标识为01的桌面页面,该点选操作在所点选的桌面页面上所点选的位置为(1,2),第二次点选操作的点选位置为(03,1,2),则该第二次点选操作所点选的桌面页面为页面标识为03的桌面页面,该点选操作在所点选的桌面页面上所点选的位置为(1,2)。另一组点选操作对中,第三次点选操作的点选位置为(02,2,3),则该第三次点选操作所点选的桌面页面为页面标识为02的桌面页面,该点选操作在所点选的桌面页面上所点选的位置为(2,3),第四次点选操作的点选位置为(03,2,3),则该第四次点选操作所点选的桌面页面为页面标识为03的桌面页面,该点选操作在所点选的桌面页面上所点选的位置为(2,3)。
在本发明另一实施例中,由于桌面主页面上显示的桌面缩略图与桌面页面一一对 应的,因此,根据每个点选操作所点选的桌面缩略图,获取与该点选操作所点选的桌面缩略图对应的桌面页面,即可将与该点选操作所点选的桌面缩略图对应的桌面页面作为该点选操作所点选的桌面页面。由于桌面页面上的桌面对象的位置以及桌面缩略图中的桌面对象缩略图的位置均采用方格矩阵的相对位置,因此,根据每个点选操作在所点选的桌面缩略图中的位置坐标可以直接确定该点选操作在所点选的桌面页面上所点选的位置。
S203,针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
具体的,若点选操作对中的一个点选操作点选的是空白区域,则将该点选操作对中另一点选操作点选的位置上的桌面对象移至该点选操作所点选的空白区域,若点选操作对中两个点选操作均点选的是空白区域,则不需要做位置交换处理。
举例说明如下:
假设用户在图6所示的桌面主页面上依次点选了页面标识为01的桌面缩略图中的位置坐标为(1,2)的桌面对象缩略图B、页面标识为03的桌面缩略图中的位置坐标为(1,2)的桌面对象缩略图I、页面标识为02的桌面缩略图中的位置坐标为(2,3)的桌面对象缩略图H、以及页面标识为03的桌面缩略图中的位置坐标为(2,3)的桌面对象缩略图,则将桌面页面01中的桌面对象B’与桌面页面03中的桌面对象I’进行位置交换,将桌面页面02中的桌面对象H’移至桌面页面03中的位置坐标为(2,3)所在的空白区域。经过上述排序显示后,可以得到,图2a所示的桌面页面01变成图7a所示的桌面页面,图2b所示的桌面页面变成图7b所示的桌面页面,图2c所示的桌面页面变成图7c所示的桌面页面。
在本实施例中,针对每组点选操作对,根据该组点选操作对中的每个点选操作的点选位置直接确定该点选操作所点选的桌面页面以及在所点选的桌面页面上所点选的位置,通过将每组点选操作对中各点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换,就可以对多屏桌面中的各桌面页面上的桌面对象进行排序显示,使得排序方式更简单、快捷。
作为本发明提供的另一个实施例,根据点选操作序列中的每个点选操作的点选位置,对多屏桌面中的各桌面页面上的桌面对象进行排序显示的具体过程如图8所示,详述如下:
S301,采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对。其具体 过程如上所述,在此不再赘述。
S302,针对每组点选操作对,根据该点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定该点选操作点选的桌面对象缩略图。
S303,针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换。举例说明如下:
请参阅图6,若在一组点选操作对中,一个点选操作的点选位置为(01,1,2),另一个点选操作的点选位置为(03,1,2),在另一组点选操作对中,一个点选操作的点选位置为(02,2,3),另一个点选操作的点选位置为(03,2,3)。则将图6中页面标识为01的桌面缩略图中的桌面对象缩略图B与页面标识为03的桌面缩略图中的桌面对象缩略图I的位置进行交换,将页面标识为02的桌面缩略图中的桌面对象缩略图H移至页面标识为03的桌面缩略图中位置为(2,3)的桌面对象缩略图中,其中页面标识为03的桌面缩略图中位置为(2,3)的桌面对象缩略图为空白区域。经上述排序后,可以将图6所示的桌面主页面上的桌面缩略图变换成图9所示的桌面主页面上的桌面缩略图。
S304,按照桌面主页面上显示的每个桌面缩略图以及该桌面缩略图包括的桌面对象缩略图,对桌面页面集合中的与每个桌面缩略图对应的桌面页面上的桌面对象进行排序显示。
具体的,获取桌面缩略图的页面标识和第二位置信息,其中第二位置信息是桌面缩略图中的桌面对象缩略图在桌面缩略图中的位置信息;将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
其中第二位置信息的具体形式可以为如下三元组形式(桌面缩略图的页面标识,X坐标,Y坐标)。其中桌面缩略图的页面标识表示桌面对象缩略图所属的桌面缩略图的页面标识,X坐标和Y坐标表示桌面对象缩略图在所属的桌面缩略图中的位置坐标。该位置坐标采用方格矩阵的相对位置来表示。其中X坐标表示行坐标,Y坐标表示列坐标。
举例说明如下:
根据桌面主页面上显示的页面标识为01的桌面缩略图以及该桌面缩略图包括的桌面对象缩略图,在桌面页面01上显示与页面标识为01的桌面缩略图中包含的桌面对象缩略图对应的桌面对象,且在桌面页面01上显示桌面对象时,按照桌面对象缩略图在桌面缩略图中的位置坐标将与桌面对象缩略图对应的桌面对象显示在桌面页面中。如按 照图9所示的桌面主页面上的桌面缩略图和每个桌面缩略图包括的桌面对象缩略图,对桌面页面集合中的与每个桌面缩略图对应的桌面页面上的桌面对象进行排序显示后,可以得到图7a所示的桌面页面01,图7b所示的桌面页面02,图7c所示的桌面页面03。
在本实施例中,根据每组点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换,使得用户可以预览到位置交换后多屏桌面中每个桌面页面中桌面对象的排列顺序,使得排序结果更直观,从而提高了排序操作的准确性。
图10示出了本发明实施例提供的对桌面对象进行排序的系统的结构,为了便于说明仅示出了与本发明实施例相关的部分。
该系统可以用于移动终端,例如智能手机、平板电脑等,可以是运行于移动终端内的软件单元、硬件单元或者软硬件相结合的单元,也可以作为独立的挂件集成到移动终端中或者运行于移动终端的应用系统中。
该对桌面对象进行排序的系统包括:
显示单元1,用于获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面。
监听单元2,用于监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标。
其中所述点选操作序列包含若干个具有点选先后顺序的点选操作,每个点选操作可针对一个或者多个桌面缩略图,每个点选操作可包含多个点选位置。
排序单元3,用于根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
进一步的,其中显示单元1包括缩略图处理模块11和缩略图获取模块12。其中:
缩略图处理模块11,用于按照预设缩放比例对所述桌面页面集合中每个桌面页面以及所述桌面页面上的桌面对象进行缩小处理,得到所述桌面页面集合中每个桌面页面的桌面缩略图;
缩略图获取模块12,用于扫描所述桌面页面集合中每个桌面页面的桌面缩略图,获取所述桌面缩略图的页面标识以及第一位置信息,所述第一位置信息为所述桌面缩略图包含的桌面对象缩略图在所述桌面缩略图上的位置信息。
进一步的,显示单元1还包括窗口显示模块13和缩略图显示模块14。其中:
窗口显示模块13,用于在所述桌面主页面上显示与所述桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面;
缩略图显示模块14,用于按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在所述桌面主页面上的窗口界面中,且按照所述第一位置信息将所述桌面缩略图中的桌面对象缩略图显示在所述桌面缩略图中。
进一步的,所述排序单元3包括操作对分割模块31、点选位置确定模块32以及位置交换模块33,其中:
操作对分割模块31,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
点选位置确定模块32,用于针对每组点选操作对,根据所述点选操作对中的每个点选操作所点选的桌面缩略图确定所述点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定所述点选操作在所点选的桌面页面上所点选的位置;
位置交换模块33,用于针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
进一步的,请参阅图11,该排序单元3包括操作对分割模块31、点选缩略图确定模块34、缩略图位置交换模块35以及排序显示模块36,其中:
操作对分割模块31,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
点选缩略图确定模块34,用于针对每组点选操作对,根据所述点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定所述点选操作点选的桌面对象缩略图;
缩略图位置交换模块35,用于针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换;
排序显示模块36,用于按照所述桌面主页面上显示的每个桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的与所述桌面缩略图对应桌面页面上的桌面对象进行排序显示。
进一步的,所述排序显示模块36具体用于获取所述桌面缩略图的页面标识和第二位置信息,所述第二位置信息是所述桌面缩略图中的桌面对象缩略图在所述桌面缩略图 中的位置信息;将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
上述实施例中描述的功能单元或者模块可以用来实施上述图1-图9的方法。
值得注意的是,上述系统所包括的各个单元只是按照功能逻辑进行划分的,但并不局限于上述的划分,只要能够实现相应的功能即可;另外,各功能单元的具体名称也只是为了便于相互区分,并不用于限制本发明的保护范围。
请参考图12,本发明实施例提供了一种移动终端700的示意图。移动终端700可能是智能手机、平板电脑等等,本发明具体实施例并不对移动终端的具体实现做限定。移动终端700包括:
处理器(processor)710,通信接口(Communications Interface)720,存储器(memory)730,总线740。
处理器710,通信接口720,存储器730通过总线740完成相互间的通信。
通信接口720,用于与网元通信,比如虚拟机管理中心280、共享存储240等。
处理器710,用于执行程序732。
具体地,程序732可以包括程序代码,所述程序代码包括计算机操作指令。
处理器710可能是一个中央处理器CPU,或者是特定集成电路ASIC(Application Specific Integrated Circuit),或者是被配置成实施本发明实施例的一个或多个集成电路。
存储器730,用于存放程序732。存储器730可能包含高速RAM存储器,也可能还包括非易失性存储器(non-volatile memory),例如至少一个磁盘存储器。程序732具体可以包括:
显示单元1,用于获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面;
监听单元2,用于监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标;
排序单元3,用于根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
程序732中各单元的具体实现参见图10-图11所示实施例中的相应单元,在此不赘述。
所属领域的技术人员可以清楚地了解到,为描述的方便和简洁,上述描述的系统和单元的具体工作过程,可以参考前述方法实施例中的对应过程,在此不再赘述。
本领域普通技术人员可以理解,实现上述实施例方法中的全部或部分步骤是可以通过程序来指令相关的硬件来完成,所述的程序可以在存储于一计算机可读取存储介质中,所述的存储介质,如ROM/RAM、磁盘、光盘等。
在本发明实施例中,通过将多屏桌面中的各桌面页面的桌面缩略图集中显示在桌面主页面中,从而可以直接通过在该桌面主页面中点选桌面缩略图中的桌面对象缩略图,来实现同一桌面页面中各桌面对象之间的位置交换,或者不同桌面页面中各桌面对象之间的位置交换,从而使得桌面对象的排序操作简单、耗时短,且定位准确性高。通过根据每组点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换,使得用户可以预览到位置交换后多屏桌面中每个桌面页面中桌面对象的排列顺序,使得排序结果更直观,从而提高了排序操作的准确性。
以上所述仅为本发明的较佳实施例而已,并不用以限制本发明,凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等,均应包含在本发明的保护范围之内。

Claims (14)

  1. 一种对桌面对象进行排序的方法,其特征在于,所述方法包括:
    获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面;
    监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标;
    根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
  2. 如权利要求1所述的方法,其特征在于,所述获取桌面页面集合中每个桌面页面的桌面缩略图,包括:
    按照预设缩放比例对所述桌面页面集合中每个桌面页面以及所述桌面页面上的桌面对象进行缩小处理,得到所述桌面页面集合中每个桌面页面的桌面缩略图;
    扫描所述桌面页面集合中每个桌面页面的桌面缩略图,获取所述桌面缩略图的页面标识以及第一位置信息,所述第一位置信息为所述桌面缩略图包含的桌面对象缩略图在所述桌面缩略图上的位置信息。
  3. 如权利要求2所述的方法,其特征在于,所述将获取到的所有桌面缩略图集中显示在桌面主页面上,包括:
    在所述桌面主页面上显示与所述桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面;
    按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在所述桌面主页面上的窗口界面中,且按照所述第一位置信息将所述桌面缩略图中的桌面对象缩略图显示在所述桌面缩略图中。
  4. 如权利要求1所述的方法,其特征在于,所述点选操作序列包含若干个具有点选先后顺序的点选操作,每个点选操作可针对一个或者多个桌面缩略图,每个点选操作可包含多个点选位置。
  5. 如权利要求4所述的方法,其特征在于,所述根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示,包 括:
    采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
    针对每组点选操作对,根据所述点选操作对中的每个点选操作所点选的桌面缩略图确定所述点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定所述点选操作在所点选的桌面页面上所点选的位置;
    针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
  6. 如权利要求4所述的方法,其特征在于,所述根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示,包括:
    采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
    针对每组点选操作对,根据所述点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定所述点选操作点选的桌面对象缩略图;
    针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换;
    按照所述桌面主页面上显示的每个桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的与所述桌面缩略图对应桌面页面上的桌面对象进行排序显示。
  7. 如权利要求6所述的方法,其特征在于,所述按照所述桌面主页面上显示的每个桌面页面的桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的对应桌面页面上的桌面对象进行排序显示,包括:
    获取所述桌面缩略图的页面标识和第二位置信息,所述第二位置信息是所述桌面缩略图中的桌面对象缩略图在所述桌面缩略图中的位置信息;
    将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
  8. 一种对桌面对象进行排序的系统,其特征在于,所述系统包括:
    显示单元,用于获取桌面页面集合中每个桌面页面的桌面缩略图,将获取到的所有桌面缩略图集中显示在桌面主页面上,其中所述桌面页面集合包括多屏桌面中的至少一个桌面页面,所述桌面页面的桌面缩略图包括与所述桌面页面上的桌面对象一一对应的桌面对象缩略图,所述桌面主页面为所述多屏桌面中的任一桌面页面;
    监听单元,用于监听针对所述桌面主页面上显示的桌面缩略图的点选操作序列,确定所述点选操作序列中的每个点选操作的点选位置,所述点选位置包括所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标;
    排序单元,用于根据所述点选操作序列中的每个点选操作的点选位置,对所述多屏桌面中的各桌面页面上的桌面对象进行排序显示。
  9. 如权利要求8所述的系统,其特征在于,所述显示单元包括:
    缩略图处理模块,用于按照预设缩放比例对所述桌面页面集合中每个桌面页面以及所述桌面页面上的桌面对象进行缩小处理,得到所述桌面页面集合中每个桌面页面的桌面缩略图;
    缩略图获取模块,用于扫描所述桌面页面集合中每个桌面页面的桌面缩略图,获取所述桌面缩略图的页面标识以及第一位置信息,所述第一位置信息为所述桌面缩略图包含的桌面对象缩略图在所述桌面缩略图上的位置信息。
  10. 如权利要求9所述的系统,其特征在于,所述显示单元还包括::
    窗口显示模块,用于在所述桌面主页面上显示与所述桌面页面集合中每个桌面页面的桌面缩略图一一对应的窗口界面;
    缩略图显示模块,用于按照桌面缩略图的页面标识,将获取到的桌面缩略图对应显示在所述桌面主页面上的窗口界面中,且按照所述第一位置信息将所述桌面缩略图中的桌面对象缩略图显示在所述桌面缩略图中。
  11. 如权利要求8所述的系统,其特征在于,所述点选操作序列包含若干个具有点选先后顺序的点选操作,每个点选操作可针对一个或者多个桌面缩略图,每个点选操作可包含多个点选位置。
  12. 如权利要求11所述的系统,其特征在于,所述排序单元包括:
    操作对分割模块,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
    点选位置确定模块,用于针对每组点选操作对,根据所述点选操作对中的每个点选操作所点选的桌面缩略图确定所述点选操作所点选的桌面页面,并根据每个点选操作在所点选的桌面缩略图中的位置坐标确定所述点选操作在所点选的桌面页面上所点选的位置;
    位置交换模块,用于针对每组点选操作对,将所述点选操作对中每个点选操作在所点选的桌面页面上所点选的位置上的桌面对象进行位置交换。
  13. 如权利要求11所述的系统,其特征在于,所述排序单元包括:
    操作对分割模块,用于采用奇偶匹配法则将所述点选操作序列分割成若干组点选操作对;
    点选缩略图确定模块,用于针对每组点选操作对,根据所述点选操作对中每个点选操作所点选的桌面缩略图以及在所点选的桌面缩略图中的位置坐标确定所述点选操作点选的桌面对象缩略图;
    缩略图位置交换模块,用于针对每组点选操作对,将所述点选操作对中每个点选操作点选的桌面对象缩略图进行位置交换;
    排序显示模块,用于按照所述桌面主页面上显示的每个桌面缩略图以及所述桌面缩略图包括的桌面对象缩略图,对所述桌面页面集合中的与所述桌面缩略图对应桌面页面上的桌面对象进行排序显示。
  14. 如权利要求13所述的系统,其特征在于,所述排序显示模块具体用于获取所述桌面缩略图的页面标识和第二位置信息,所述第二位置信息是所述桌面缩略图中的桌面对象缩略图在所述桌面缩略图中的位置信息;将与所述桌面缩略图中的桌面对象缩略图一一对应的桌面对象,按照第二位置信息显示在所述页面标识所对应的桌面页面上。
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