CN104102406B - Multi-layer drilling analysis rendering method, window rendering method, device and equipment - Google Patents

Abstract

The invention discloses a multi-level drilling analysis presentation method, a window presentation method, a device and equipment. The method for presenting multi-level windows includes: presenting the at least one root window on the current interface; when any one of the at least one root window is triggered, presenting the triggered root window and its direct association on the current interface At least one sub-window of the sub-level; when any one of the at least one sub-window at the sub-level is triggered, the triggered sub-window and its directly associated sub-window will be presented on the current interface At least one child window of the hierarchy. The present invention lays out multi-level window display, when a window is triggered, it will present windows of different levels on the current interface, so that the user can clearly and intuitively understand the hierarchical relationship and position of the current drilling; at the same time, the user can Drilling sources and drilling results can be directly compared and analyzed, which is intuitive and convenient, and can maximize analysis efficiency.

Description

Multi-level drilling analysis presentation method, window presentation method, device and equipment

technical field

The present invention relates to the field of computer technology, in particular to a multi-level drilling analysis presentation method, window presentation method, device and equipment.

Background technique

When performing wireless network optimization analysis and design, due to the complexity of the analysis process, it is necessary to continuously drill through different levels of web pages to obtain more information for analysis and find the key reason for solving the problem.

As shown in FIGS. 1-3 , there are step-by-step diagrams of rendering windows for conventional analysis tools in the prior art. In traditional analysis tools, multiple parallel tabs are usually used for display.

Referring to Figure 1, firstly, set to find out the problematic A in the tab page set in parallel; secondly, conduct drill analysis on A, and find the deeper cause of the problem through drill analysis, that is, find the next step of A Level A1, the next level A1 and A are also displayed in parallel tabs, refer to Figure 2; then, further drill analysis is carried out to find the cause of further problems. In this step of drill analysis, you can choose to find the next level of A1 One level A11, at this time, A11, A1, and A are also displayed in parallel tab pages, refer to Figure 3; or, you can also choose to switch to tab page A, drill and analyze to see another lower level based on A A2. Through this in-depth analysis of various latitudes, users can achieve the purpose of analyzing problems of BSC and RNC (Radio Network Controller).

However, due to the above-mentioned way of presenting windows, windows of the same level or different levels are displayed in parallel tabs. When performing in-depth drill-down analysis, users cannot intuitively see the source of the problem, and it is easy to get lost in the complex In the drilling process, it is necessary to rely on strong user memory to distinguish. In addition, when users track the source of the problem and switch between different reasons for analysis, because they do not know the current location, they need to constantly switch between different tabs, resulting in very low analysis efficiency and seriously affecting the analysis results.

Contents of the invention

The embodiment of the present invention provides a multi-level window presentation method to solve the problem that multiple windows in the prior art are usually displayed in a parallel manner, so that users cannot clearly and intuitively analyze the cause of the problem effectively, resulting in low analysis efficiency , problems that affect the analysis results.

Correspondingly, the embodiment of the present invention also provides an apparatus for presenting multi-level windows.

The technical scheme that the embodiment of the present invention provides is as follows:

A multi-level window presentation method, the multi-level includes a root level and at least one sub-level, the multi-level window includes at least one root window at the root level and at least one sub-window at the sub-level, The methods include:

presenting the at least one root window on the interface;

When any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the interface;

When any one of the at least one sub-window at the sub-level is triggered, the triggered sub-window and at least one directly associated sub-window at its lower level are presented on the interface.

Preferably, the at least one root window presented on the interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the interface.

Preferably, at least one sub-window directly associated with the triggered sub-window presented on the interface is one sub-window at the next level, and the triggered sub-window is at the next level directly associated with it The said 1 sub-window is distributed left and right or up and down in a book style on the interface.

Preferably, when the one sub-window at the next level is closed, the sub-window directly associated with the closed sub-window at the level above it and the sub-window at the level directly associated with the sub-window are presented on the interface. Child window or root window of the previous level.

Preferably, each of said at least one root window and said at least one child window has a navigation label, said method further comprising:

When any one of the navigation tags is triggered, the root window or sub-window corresponding to the triggered navigation tag and at least one sub-window directly associated with it at a lower level are presented on the interface.

In another aspect, the present invention provides a device for presenting a multi-level window, the multi-level window includes a root level and at least one sub-level, and the multi-level window includes at least one root window at the root level and at least one root window at the sub-level A hierarchy of at least one child window, the means comprising:

A first unit, configured to present the at least one root window on the interface;

The second unit is configured to present the triggered root window and at least one sub-window of its directly associated sub-level on the interface when any one of the at least one root window is triggered;

The third unit is configured to, when any one of the at least one sub-window at the sub-level is triggered, present the triggered sub-window and its directly associated sub-window at the next level on the interface At least one child window.

Preferably, the at least one root window presented on the interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the interface.

Preferably, at least one sub-window directly associated with the triggered sub-window presented on the interface is one sub-window at the next level, and the triggered sub-window is at the next level directly associated with it The said 1 sub-window is distributed left and right or up and down in a book style on the interface.

Preferably, the fourth unit is configured to present on the interface the sub-window directly associated with the closed sub-window and the sub-window at the upper level when the one sub-window at the next level is closed. A child window or root window directly above the window directly associated with it.

Preferably, each of the at least one root window and the at least one child window has a navigation label, and the device further includes:

The fifth unit is configured to present, on the interface, the root window or subwindow corresponding to the triggered navigation label and its directly associated root window or subwindow at its lower level when any one of the navigation labels is triggered. At least one child window.

In another aspect, the present invention also provides a device for presenting a multi-level window, the multi-level window includes a root level and at least one sub-level, and the multi-level window includes at least one root window at the root level and At least one sub-window at said sub-level, said means comprising:

A display unit, configured to display at least one root window and at least one sub-window at a sub-level in the current interface;

The input unit is used for inputting a trigger command of any root window and any sub-window of the sub-level;

The processing unit is configured to receive a trigger command from the input unit, and perform the following operations according to the trigger command:

When any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the current interface; or,

When any one of the at least one sub-window at the sub-level is triggered, the triggered sub-window and at least one directly associated sub-window at its lower level are presented on the current interface.

Preferably, in the first display subunit, the at least one root window used to display on the current interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the current interface;

The second display subunit is used for at least one sub-window at the next level directly associated with the triggered sub-window displayed on the current interface is 1 sub-window, and the triggered sub-window is directly associated with it The one sub-window at the lower level is distributed left and right or up and down in a book style on the current interface;

The third display subunit is used to display on the current interface the sub-window at the upper level directly associated with the closed sub-window and the sub-window when the one sub-window at the next level is closed. A child window or root window directly above the window directly associated with it.

Preferably, each of the at least one root window and the at least one sub-window has a navigation label, and the display unit further includes:

The fourth display subunit is used to display on the current interface the root window or sub-window corresponding to the triggered navigation label and its directly associated root window or child window when any one of the navigation labels is triggered. At least one child window of a hierarchy.

In yet another aspect, the present invention also provides a multi-level drilling analysis presentation method, the multi-level includes a root level and at least one sub-level, and the multi-level window includes at least one root window at the root level and at least one at least one subwindow of the sublevel, the method comprising:

presenting the at least one root window on the current interface;

When any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the current interface;

When any one of the at least one sub-window at the sub-level is triggered, the triggered sub-window and at least one directly associated sub-window at its lower level are presented on the current interface.

Preferably, the at least one root window presented on the current interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the current interface.

Preferably, at least one sub-window directly associated with the triggered sub-window presented on the current interface is one sub-window, and the triggered sub-window directly associated with it is at the next level The one sub-window of the hierarchy is distributed left and right or up and down in a book style on the current interface.

Preferably, when the one sub-window at the next level is closed, the sub-window directly associated with the closed sub-window at the level above it and the sub-window at the level directly associated with the sub-window are presented on the current interface. The child window or root window one level above it.

Preferably, each of said at least one root window and said at least one child window has a navigation label, said method further comprising:

When any one of the navigation tags is triggered, the root window or sub-window corresponding to the triggered navigation tag and at least one sub-window directly associated with it at a lower level are presented on the current interface.

Preferably, the at least one root panel presented on the interface is 2 root panels, and the 2 root panels are distributed left and right in a book style on the interface, and the triggered sub-panel presented on the interface The directly associated at least one sub-panel at the next level is a sub-panel, and the triggered sub-panel and the directly-associated one sub-panel at the next level are in the form of a book on the interface distribution, wherein the triggered sub-panel is located in the left area of the interface, and the sub-panel at the next level directly associated with the triggered sub-panel is located in the right area of the interface, The method also includes:

When the left root panel of the two root panels is triggered, the one sub-panel directly associated with the left root panel is presented in the right area of the interface;

When the right root panel of the two root panels is triggered, the right root panel moves to the left area of the interface, and the right root panel appears in the right area of the interface said 1 subpanel to which it is directly associated;

When the one sub-panel located in the right area of the interface is triggered, it moves to the left area of the interface, and the right area of the interface presents its directly associated sub-panel at its next level of the 1 subpanel.

Preferably, the at least one root panel presented on the interface is 2 root panels, and the 2 root panels are distributed left and right in a book style on the interface, and the triggered sub-panel presented on the interface The directly associated at least one sub-panel at the next level is a sub-panel, and the triggered sub-panel and the directly-associated one sub-panel at the next level are in the form of a book on the interface distribution, wherein the triggered sub-panel is located in the right area of the interface, and the one sub-panel directly associated with the triggered sub-panel at its lower level is located in the left area of the interface, The method also includes:

When the right root panel of the two root panels is triggered, the one sub-panel directly associated with the right root panel is presented in the left area of the interface;

When the left root panel of the two root panels is triggered, the left root panel moves to the right area of the interface, and the left root panel appears in the left area of the interface said 1 subpanel to which it is directly associated;

When the 1 sub-panel located in the left area of the interface is triggered, it moves to the right area of the interface, and the left area of the interface presents its directly associated sub-panel at its next level of the 1 subpanel.

Preferably, the at least one root panel presented on the interface is two root panels, and the two root panels are distributed up and down in a book style on the interface, and the triggered sub-panel presented on the interface The directly associated at least one sub-panel at its lower level is one sub-panel, and the triggered sub-panel and its directly associated at least one sub-panel at its lower level are up and down in a book style on the interface distribution, wherein the triggered sub-panel is located in the upper and lower areas of the interface, and the one sub-panel directly associated with the triggered sub-panel at its lower level is located in the upper and lower areas of the interface. The method also includes:

When the upper root panel of the two root panels is triggered, the one sub-panel directly associated with the upper root panel is presented in the upper and lower regions of the interface;

When the lower root panel of the two root panels is triggered, the lower root panel moves to the upper area of the interface, and all the directly related items of the lower root panel appear in the upper and lower areas of the interface. 1 sub-panel;

When the one sub-panel located in the upper and lower areas of the interface is triggered, it moves to the upper and upper areas of the interface, and its directly associated sub-panels at the lower level are presented in the upper and lower areas of the interface 1 subpanel described above.

Preferably, the at least one root panel presented on the interface is two root panels, and the two root panels are distributed up and down in a book style on the interface, and the triggered sub-panel presented on the interface The directly associated at least one sub-panel at its lower level is one sub-panel, and the triggered sub-panel and its directly associated at least one sub-panel at its lower level are up and down in a book style on the interface distribution, wherein the triggered sub-panel is located in the upper and lower areas of the interface, and the one sub-panel directly associated with the triggered sub-panel at the next level is located in the upper and upper area of the interface. The method also includes:

When the lower root panel of the two root panels is triggered, the one sub-panel directly associated with the lower root panel is presented in the upper area of the interface;

When the upper root panel of the two root panels is triggered, the upper root panel moves to the upper and lower areas of the interface, and the upper area of the interface presents all the items directly associated with the upper root panel 1 sub-panel;

When the one sub-panel located in the upper area of the interface is triggered, it moves to the upper and lower areas of the interface, and the upper area of the interface presents its directly associated sub-panel at the next level The 1 subpanel.

The embodiment of the present invention shows by laying out multi-level windows. When a window is triggered, windows of different levels will be presented on the current interface, so that the user can clearly and intuitively understand the hierarchical relationship and position of the current drilling; at the same time, the user You can directly compare and analyze the drilling source and the drilling result, which is intuitive and convenient, and improves the analysis efficiency to the greatest extent.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description These are some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without creative work.

Fig. 1 is a schematic diagram of the first step of presenting a window of a traditional analysis tool;

Fig. 2 is a schematic diagram of the second step of presenting the window of the traditional analysis tool;

Fig. 3 is a schematic diagram of the third step of presenting the window of the traditional analysis tool;

Fig. 4 is a flow chart of the realization principle of the multi-level drilling panel presentation method according to the embodiment of the present invention;

5 is a flowchart of a method for presenting a multi-level window according to an embodiment of the present invention;

FIG. 6 is a schematic structural diagram of Step 1 of a multi-level window presentation method according to an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of Step 2 of a method for presenting a multi-level window according to Embodiment 1 of the present invention;

FIG. 8 is a schematic structural diagram of Step 3 of a method for presenting a multi-level window according to Embodiment 1 of the present invention;

FIG. 9 is a flowchart of a method for presenting a multi-level drill panel according to Embodiment 2 of the present invention;

10 is a schematic structural diagram of a multi-level window presentation device according to an embodiment of the present invention;

FIG. 11 is a schematic structural diagram of a device for presenting multi-level windows according to an embodiment of the present invention;

FIG. 12 is a flow chart of a method for presenting a multi-level drill panel according to Embodiment 3 of the present invention.

detailed description

The main realization principles, specific implementation modes and corresponding beneficial effects that can be achieved of the technical solutions of the embodiments of the present invention will be described in detail below in conjunction with each accompanying drawing.

As shown in Figure 4, the multi-level in this embodiment includes a root level and at least one sub-level, and the multi-level window includes at least one root window at the root level and at least one sub-window at the sub-level , the multi-level window presentation method in the embodiment of the present invention includes:

Step 10, presenting the at least one root window on the interface;

Step 20, when any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the interface;

Step 30, when any one of the at least one sub-window at the sub-level is triggered, present the triggered sub-window and at least one sub-window directly associated with it at the next level on the interface window.

In the following, an embodiment will be introduced in detail based on the above-mentioned inventive principles of the present invention to elaborate and describe the main realization principles of the method of the present invention in detail.

Moreover, the above-mentioned first write request and second write request do not indicate a sequential relationship, but to distinguish different write requests. The first, second, etc. mentioned in the following documents are also used to distinguish different information, data, requests or messages Wait.

Implementation one

As shown in Figure 5, the multi-level in this embodiment includes a root level and at least one sub-level, and the multi-level window includes at least one root window at the root level and at least one sub-window at the sub-level , each of the root window and sub-windows in this embodiment has a navigation label, when any one of the navigation labels is triggered, the root window or sub-window corresponding to the triggered navigation label will be presented on the interface. Its directly associated child windows in the next level.

In this embodiment, the sub-window of the next level is a presentation method when all the sub-windows are one window. The methods presented when the specific multi-level window is triggered include:

In step 101, two root windows are presented on the interface, and the two root windows are distributed left and right or up and down in a book style on the interface.

Specifically, referring to FIG. 6 , two root windows are set as A and B, and the root windows A and B are distributed left and right or up and down in a book style on the interface. Suppose window A finds a problem.

Step 102, when one of the root windows is triggered, the triggered root window and a sub-window of the directly associated sub-level are presented on the interface.

Specifically, referring to Figure 7, when the problem root window A is triggered, that is, after clicking A, A and the sub-level sub-window A1 directly related to A will appear on the interface at the same time, that is, the drill interface A1 will pop up. Similarly, if there is a problem with B, click on B, and after B slides to the left, B1 will pop up at the same time. At this time, the root window A and the sub-window A1 will appear at the same time and be distributed left and right or up and down in a book style, which is convenient for users to read at the same time and analyze problems.

Step 103 , when one of the sub-windows is triggered, the triggered sub-window and its directly associated sub-window at the lower level are displayed on the interface in a book-like left-right or up-down distribution.

Specifically, referring to FIG. 8, when the question sub-window A1 is triggered, that is, after clicking A1, A1 and the sub-window A11 of the next level directly related to A1 will appear on the interface at the same time, that is, the pop-up interface A11. At this time, the sub-window A1 and the sub-window A11 of the next level will appear at the same time and be distributed left and right or up and down in a book style, which is convenient for users to read at the same time and analyze problems.

In addition, the method presented when the multi-level window is closed in the embodiment of the present invention includes: when the sub-window A11 at the next level is closed, the sub-window directly associated with the closed sub-window at the upper level will be displayed on the interface Sub-window A1 and root window A, and the related interface is distributed left and right or up and down in a book style.

When the sub-window A1 at the lower level is closed, the root window A and the root window B at the upper level directly related to the closed sub-window are presented on the interface.

Embodiment two

As shown in FIG. 9 , in this embodiment, the sub-windows at the next level are presented with two windows. The specific rendering methods triggered by the multi-level window include:

In step 201, two root windows are presented on the interface, and the two root windows are distributed left and right or up and down in a book style on the interface.

Specifically, two root windows are set as A and B, and the root windows A and B are distributed left and right or up and down in a book style on the interface. Suppose window A finds a problem.

Step 202, when one of the root windows is triggered, the triggered root window and two sub-windows of directly associated sub-levels are presented on the interface.

Specifically, when the problem root window A is triggered, that is, after A is clicked, A and the sub-level sub-windows A1 and A2 directly related to A will appear on the interface at the same time, that is, the pop-up interfaces A1 and A2. Similarly, if there is a problem with B, click B, and after B slides to the left, B1 and B2 will pop up at the same time. At this time, the root window A and the sub-windows A1 and A2 will appear at the same time and be distributed left and right or up and down in a book style. For example, the root window A is located on the left side of the interface, and the sub-windows A1 and A2 are located on the right side of the interface. , which is convenient for users to read and analyze problems at the same time.

Step 203 , when one of the sub-windows is triggered, the two sub-windows directly associated with the triggered sub-window and its directly associated sub-windows are displayed on the interface in a book-like left-right or up-down distribution on the interface.

Specifically, when the question sub-window A1 is triggered, that is, after A1 is clicked, A1 and the sub-windows A11 and A12 of the next level directly related to A1 will appear on the interface at the same time, that is, the pop-up interface A11 and A12. At this time, the sub-window A1 and the sub-windows A11 and A12 of the next level will appear at the same time and be distributed left and right or up and down in a book style. For example, the sub-window A1 is located on the left side of the interface, while the sub-windows A11 and A12 of the next level The top and bottom are respectively located on the right side of the interface, which is convenient for users to read at the same time and analyze problems.

Correspondingly, as shown in FIG. 10 , an embodiment of the present invention also provides the device, wherein the device presented when the multi-level window is triggered includes:

The first unit 1 is configured to present the at least one root window on the current interface;

The second unit 2 is configured to present the triggered root window and at least one sub-window of its directly associated sub-level on the current interface when any one of the at least one root window is triggered;

The third unit 3 is configured to present the triggered sub-window and its directly associated sub-window on the current interface when any one of the at least one sub-window at the sub-level is triggered At least one child window of the hierarchy.

Wherein, the at least one root window presented on the current interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the current interface.

Wherein, at least one sub-window directly associated with the triggered sub-window presented on the current interface is one sub-window at the next level, and the triggered sub-window is at the next level directly associated with it The one sub-window is distributed left and right or up and down in a book style on the current interface.

Wherein, at least one root window and each of the at least one sub-window has a navigation label, and the device further includes: a fifth unit, configured to, when any one of the navigation labels is triggered, the current The root window or sub-window corresponding to the triggered navigation label and at least one sub-window directly associated with it at a lower level are presented on the interface.

Wherein, the means presented when the multi-level window is closed include:

The fourth unit 1 is used to present on the current interface the sub-window at the upper level directly associated with the closed sub-window and the sub-window when the one sub-window at the next level is closed The child window or root window directly above it.

Referring to FIG. 11 , it is a block diagram of an embodiment of a hardware terminal entity corresponding to the above-mentioned device provided by the present invention:

A device for presenting a multi-level window, wherein the multi-level comprises a root level and at least one sub-level, the multi-level window comprises at least one root window at the root level and at least one sub-window at the sub-level, The equipment includes:

The display unit is used to display at least one root window and at least one sub-window at the sub-level in the current interface; in this embodiment, the display unit can be an electronic product such as a display, a display screen, or a touch screen for displaying images.

The input unit is used to input a trigger command of any root window and any sub-window of the sub-level. In this embodiment, the input unit may be a keyboard, cursor control and other input signal products.

The processing unit is configured to receive a trigger command from the input unit, and perform the following operations according to the trigger command:

When any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the current interface; or,

When any one of the at least one sub-window at the sub-level is triggered, the triggered sub-window and at least one directly associated sub-window at its lower level are presented on the current interface.

Among them, the display unit specifically includes:

The first display subunit is configured to display the at least one root window on the current interface as two root windows, and the two root windows are distributed left and right or up and down in a book style on the current interface;

The second display subunit is used for at least one sub-window at the next level directly associated with the triggered sub-window displayed on the current interface is 1 sub-window, and the triggered sub-window is directly associated with it The one sub-window at the next level is distributed left and right or up and down in a book style on the current interface.

The third display subunit is used to display on the current interface the sub-window at the upper level directly associated with the closed sub-window and the sub-window when the one sub-window at the next level is closed. A child window or root window directly above the window directly associated with it.

Each of the at least one root window and the at least one child window has a navigation label, and the display unit further includes:

The fourth display subunit is used to display on the current interface the root window or sub-window corresponding to the triggered navigation label and its directly associated root window or child window when any one of the navigation labels is triggered. At least one child window of a hierarchy.

Embodiment three

As shown in FIG. 12 , the embodiment of the present invention also provides a multi-level drill analysis and presentation method, and the multi-level drill analysis and presentation application is a specific practical application of the multi-level window presentation method. The multi-level includes a root level and at least one sub-level, the multi-level window includes at least one root window at the root level and at least one sub-window at the sub-level, the method comprising:

Step 40, presenting the at least one root window on the current interface;

Step 50, when any one of the at least one root window is triggered, present the triggered root window and at least one sub-window of its directly associated sub-level on the current interface;

Step 60. When any one of the at least one sub-window at the sub-level is triggered, present the triggered sub-window and at least one directly associated sub-window at its lower level on the current interface child window.

Wherein, the at least one root window presented on the current interface is two root windows, and the two root windows are distributed left and right or up and down in a book style on the current interface.

Wherein, at least one sub-window directly associated with the triggered sub-window presented on the current interface is one sub-window at the next level, and the triggered sub-window is at the next level directly associated with it The one sub-window is distributed left and right or up and down in a book style on the current interface.

Wherein, when the one sub-window at the next level is closed, the sub-window directly associated with the closed sub-window at the level above it and the sub-window at the level directly associated with the sub-window are presented on the current interface. Child window or root window of the previous level.

Wherein, each of the at least one root window and the at least one child window has a navigation label, and the method further includes:

When any one of the navigation tags is triggered, the root window or sub-window corresponding to the triggered navigation tag and at least one sub-window directly associated with it at a lower level are presented on the current interface.

Wherein, the at least one root panel presented on the interface is 2 root panels, and the 2 root panels are distributed in a book style on the interface, and the triggered sub-panel presented on the interface directly The associated at least one sub-panel at its lower level is 1 sub-panel, and the triggered sub-panel and the 1 sub-panel directly associated with it at its lower level are distributed left and right in a book style on the interface , wherein the triggered sub-panel is located in the left area of the interface, and the one sub-panel at the next level directly associated with the triggered sub-panel is located in the right area of the interface. The method also includes:

When the left root panel of the two root panels is triggered, the one sub-panel directly associated with the left root panel is presented in the right area of the interface;

When the right root panel of the two root panels is triggered, the right root panel moves to the left area of the interface, and the right root panel appears in the right area of the interface said 1 subpanel to which it is directly associated;

When the one sub-panel located in the right area of the interface is triggered, it moves to the left area of the interface, and the right area of the interface presents its directly associated sub-panel at its next level of the 1 subpanel.

Wherein, the at least one root panel presented on the interface is 2 root panels, and the 2 root panels are distributed in a book style on the interface, and the triggered sub-panel presented on the interface directly The associated at least one sub-panel at its lower level is 1 sub-panel, and the triggered sub-panel and the 1 sub-panel directly associated with it at its lower level are distributed left and right in a book style on the interface , wherein the triggered sub-panel is located in the right area of the interface, and the one sub-panel directly associated with the triggered sub-panel at its lower level is located in the left area of the interface. The method also includes:

When the right root panel of the two root panels is triggered, the one sub-panel directly associated with the right root panel is presented in the left area of the interface;

When the left root panel of the two root panels is triggered, the left root panel moves to the right area of the interface, and the left root panel appears in the left area of the interface said 1 subpanel to which it is directly associated;

When the 1 sub-panel located in the left area of the interface is triggered, it moves to the right area of the interface, and the left area of the interface presents its directly associated sub-panel at its next level of the 1 subpanel.

Wherein, the at least one root panel presented on the interface is two root panels, and the two root panels are distributed up and down in a book style on the interface, and the triggered sub-panel presented on the interface directly The associated at least one sub-panel at its lower level is 1 sub-panel, and the triggered sub-panel and the 1 sub-panel directly associated with it at its lower level are distributed up and down in a book-like manner on the interface , wherein the triggered sub-panel is located in the upper area of the interface, and the one sub-panel directly associated with the triggered sub-panel at the lower level is located in the upper and lower areas of the interface, the Methods also include:

When the upper root panel of the two root panels is triggered, the one sub-panel directly associated with the upper root panel is presented in the upper and lower regions of the interface;

When the lower root panel of the two root panels is triggered, the lower root panel moves to the upper area of the interface, and all the directly related items of the lower root panel appear in the upper and lower areas of the interface. 1 sub-panel;

When the one sub-panel located in the upper and lower areas of the interface is triggered, it moves to the upper and upper areas of the interface, and its directly associated sub-panels at the lower level are presented in the upper and lower areas of the interface 1 subpanel described above.

Wherein, the at least one root panel presented on the interface is two root panels, and the two root panels are distributed up and down in a book style on the interface, and the triggered sub-panel presented on the interface directly The associated at least one sub-panel at its lower level is 1 sub-panel, and the triggered sub-panel and the 1 sub-panel directly associated with it at its lower level are distributed up and down in a book-like manner on the interface , wherein the triggered sub-panel is located in the upper and lower areas of the interface, and the one sub-panel directly associated with the triggered sub-panel at the next level is located in the upper area of the interface, the Methods also include:

When the lower root panel of the two root panels is triggered, the one sub-panel directly associated with the lower root panel is presented in the upper area of the interface;

When the upper root panel of the two root panels is triggered, the upper root panel moves to the upper and lower areas of the interface, and the upper area of the interface presents all the items directly associated with the upper root panel 1 sub-panel;

When the one sub-panel located in the upper area of the interface is triggered, it moves to the upper and lower areas of the interface, and the upper area of the interface presents its directly associated sub-panel at the next level The 1 subpanel.

Those of ordinary skill in the art will understand that various aspects of the present invention, or possible implementations of various aspects, may be embodied as systems, methods or computer program products. Accordingly, aspects of the present invention, or possible implementations of various aspects, may take the form of an entirely hardware embodiment, an entirely software embodiment (including firmware, resident software, etc.), or an embodiment combining software and hardware aspects, described in These are collectively referred to herein as "circuits," "modules," or "systems." In addition, aspects of the present invention, or possible implementations of various aspects, may take the form of computer program products, and computer program products refer to computer-readable program codes stored in computer-readable media.

The computer readable medium may be a computer readable signal medium or a computer readable storage medium. Computer-readable storage media include, but are not limited to, electronic, magnetic, optical, electromagnetic, infrared, or semiconductor systems, devices, or devices, or any suitable combination of the foregoing, such as random access memory (RAM), read-only memory (ROM), Erase Programmable Read-Only Memory (EPROM or Flash), Fiber Optic, Portable Read-Only Memory (CD-ROM).

The processor in the computer reads the computer-readable program code stored in the computer-readable medium, so that the processor can execute the functional actions specified in each step in the flow chart, or a combination of steps; A device that performs functional actions specified in each block or a combination of blocks.

The computer readable program code may execute entirely on the user's computer, partly on the user's computer, as a separate software package, partly on the user's computer and partly on a remote computer, or entirely on the remote computer or server . It should also be noted that, in some alternative implementations, the functions noted at the steps in the flowcharts or blocks in the block diagrams may occur out of the order noted in the figures. For example, two steps, or two blocks shown in succession, may in fact be executed substantially concurrently, or the blocks may sometimes be executed in the reverse order, depending upon the functionality involved.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and equivalent technologies thereof, the present invention also intends to include these modifications and variations.

Claims (22)

1. A multi-hierarchy window presentation method, wherein the multi-hierarchy comprises a root hierarchy and at least one sub-hierarchy, and wherein the multi-hierarchy window comprises at least one root window at the root hierarchy and at least one sub-window at the sub-hierarchy, the method comprising:

presenting the at least one root window on a current interface;

when any one of the at least one root window is triggered, presenting the triggered root window and at least one child window of a child hierarchy directly related to the root window on a current interface;

when any one of the at least one child window at the child level is triggered, then the triggered child window and its directly associated at least one child window at its next level are presented on the current interface.

2. The method of claim 1, wherein the at least one root window presented on a current interface is 2 root windows, and the 2 root windows are distributed left and right or top and bottom in a book on the current interface.

3. The method according to claim 1 or 2, wherein at least one sub-window at its next level directly associated with the triggered sub-window presented on a current interface is 1 sub-window, and the 1 sub-window at its next level directly associated with the triggered sub-window is distributed left and right or up and down in a book on the current interface.

4. The method of claim 3, further comprising:

when the 1 child window at the next level is closed, the child window at the level above the closed child window and the child window or the root window at the level above the child window directly related to the closed child window are presented on the current interface.

5. The method of any of claims 1, 2, or 4, wherein each of the at least one root window and the at least one child window has a navigation tag, the method further comprising:

when any one of the navigation tags is triggered, a root window or a child window corresponding to the triggered navigation tag and at least one child window directly related to the root window or the child window at the next level are presented on the current interface.

6. A multi-hierarchy window presentation apparatus, wherein the multi-hierarchy comprises a root hierarchy and at least one sub-hierarchy, the multi-hierarchy window comprising at least one root window at the root hierarchy and at least one sub-window at the sub-hierarchy, the apparatus comprising:

a first unit for presenting the at least one root window on a current interface;

a second unit, configured to, when any one of the at least one root window is triggered, present the triggered root window and at least one child window of a child hierarchy directly associated therewith on a current interface;

a third unit, configured to, when any one of the at least one child window at the child level is triggered, present the triggered child window and its directly associated at least one child window at its next level on the current interface.

7. The apparatus of claim 6, wherein the at least one root window presented on a current interface is 2 root windows, and the 2 root windows are distributed left and right or top and bottom in a book on the current interface.

8. The apparatus according to claim 6 or 7, wherein at least one sub-window at its next level directly associated with the triggered sub-window presented on a current interface is 1 sub-window, and the 1 sub-window at its next level directly associated with the triggered sub-window is distributed left and right or up and down in a book on the current interface.

9. The apparatus of claim 8, further comprising:

and a fourth unit, configured to, when the 1 child window at the next level is closed, present, on the current interface, the child window at the previous level directly associated with the closed child window and the child window or the root window at the previous level directly associated with the child window.

10. The apparatus of any of claims 6, 7, or 9, wherein each of the at least one root window and the at least one child window has a navigation tag, the apparatus further comprising:

and a fifth unit, configured to, when any one of the navigation tags is triggered, present, on the current interface, a root window or a child window corresponding to the triggered navigation tag and at least one child window directly associated therewith in a next level thereof.

11. An apparatus for presenting a multi-level window, the multi-level window comprising a root level and at least one sub-level, the multi-level window comprising at least one root window at the root level and at least one sub-window at the sub-level, the apparatus comprising:

the display unit is used for displaying at least one root window and at least one child window in a child level on the current interface;

the input unit is used for inputting a trigger command of any root window and any child window of the child hierarchy;

the processing unit is used for receiving the trigger command of the input unit and executing the following operations according to the trigger command:

when any one of the at least one root window is triggered, presenting the triggered root window and at least one child window of a child hierarchy directly related to the root window on a current interface; or,

when any one of the at least one child window at the child level is triggered, then the triggered child window and its directly associated at least one child window at its next level are presented on the current interface.

12. The apparatus of claim 11, wherein the display unit comprises:

the first display subunit is configured to display the at least one root window on the current interface as 2 root windows, where the 2 root windows are distributed on the current interface in a book-type left-right manner or in an up-down manner;

the second display subunit is used for displaying 1 sub-window on the current interface, wherein at least one sub-window which is directly related to the triggered sub-window and is positioned at the next level of the triggered sub-window is 1 sub-window, and the triggered sub-window and the 1 sub-window which is directly related to the triggered sub-window and is positioned at the next level of the triggered sub-window are distributed left and right in a book mode or distributed up and down on the current interface;

and the third display subunit is used for displaying the child window which is directly related to the closed child window and is positioned at the previous level on the current interface and the child window or the root window which is directly related to the child window and is positioned at the previous level when the 1 child window positioned at the next level is closed.

13. The device of claim 11, wherein each of the at least one root window and the at least one child window has a navigation tab, the display unit further comprising:

and the fourth display subunit is used for displaying the root window or the sub-window corresponding to the triggered navigation tag and at least one sub-window directly associated with the root window or the sub-window at the next level on the current interface when any one of the navigation tags is triggered.

14. A multi-tier drill-down analysis presentation method, wherein the multi-tier comprises a root tier and at least one sub-tier, and wherein the multi-tier window comprises at least one root window at the root tier and at least one sub-window at the sub-tier, the method comprising:

presenting the at least one root window on a current interface;

when any one of the at least one root window is triggered, presenting the triggered root window and at least one child window of a child hierarchy directly related to the root window on a current interface;

when any one of the at least one child window at the child level is triggered, then the triggered child window and its directly associated at least one child window at its next level are presented on the current interface.

15. The method of claim 14, wherein the at least one root window presented on a current interface is 2 root windows, and the 2 root windows are distributed left and right or top and bottom in a book on the current interface.

16. The method according to claim 14 or 15, wherein at least one sub-window at its next level directly associated with the triggered sub-window presented on a current interface is 1 sub-window, and the 1 sub-window at its next level directly associated with the triggered sub-window is distributed left and right or up and down in a book on the current interface.

17. The method of claim 16, further comprising:

when the 1 child window at the next level is closed, the child window at the level above the closed child window and the child window or the root window at the level above the child window directly related to the closed child window are presented on the current interface.

18. The method of any of claims 14, 15 or 17, wherein each of the at least one root window and the at least one child window has a navigation tag, the method further comprising:

when any one of the navigation tags is triggered, a root window or a child window corresponding to the triggered navigation tag and at least one child window directly related to the root window or the child window at the next level are presented on the current interface.

19. The method of claim 18, wherein the at least one root panel presented on an interface is 2 root panels, and the 2 root panels are distributed across the interface in a book-like left-right manner, the at least one sub-panel at its next level directly associated with the triggered sub-panel presented on an interface is 1 sub-panel, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is distributed across the interface in a book-like left-right manner, wherein the triggered sub-panel is located at a left region on the interface, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is located at a right region on the interface, the method further comprising:

when a left root panel of the 2 root panels is triggered, presenting the 1 sub-panels directly associated with the left root panel in a right area on the interface;

when a right root panel of the 2 root panels is triggered, the right root panel moves to a left area on the interface, and the 1 sub-panel directly associated with the right root panel is presented in a right area on the interface;

when the 1 sub-panel located in the right area on the interface is triggered, it moves to the left area on the interface, and the right area on the interface presents the 1 sub-panel in its next level directly associated with it.

20. The method of claim 18, wherein the at least one root panel presented on an interface is 2 root panels, and the 2 root panels are distributed across the interface in a book-like left-right manner, the at least one sub-panel at its next level directly associated with the triggered sub-panel presented on an interface is 1 sub-panel, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is distributed across the interface in a book-like left-right manner, wherein the triggered sub-panel is located at a right region on the interface, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is located at a left region on the interface, the method further comprising:

when a right root panel of the 2 root panels is triggered, presenting the 1 sub-panels directly associated with the right root panel in a left area on the interface;

when a left root panel of the 2 root panels is triggered, the left root panel moves to a right area on the interface, and the 1 sub-panel directly associated with the left root panel is presented in a left area on the interface;

when the 1 sub-panel located in the left area on the interface is triggered, it moves to the right area on the interface, and the left area on the interface presents the 1 sub-panel in its next level with which it is directly associated.

21. The method of claim 18, wherein the at least one root panel presented on an interface is 2 root panels, and the 2 root panels are distributed above and below the interface in a book, the at least one sub-panel at its next level directly associated with the triggered sub-panel presented on an interface is 1 sub-panel, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is distributed above and below the interface in a book, wherein the triggered sub-panel is located at an upper region on the interface, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is located at a lower region on the interface, the method further comprising:

when an upper root panel in the 2 root panels is triggered, presenting the 1 sub-panels directly associated with the upper root panel in the upper and lower side areas of the interface;

when a lower root panel of the 2 root panels is triggered, the lower root panel moves to an upper side area on the interface, and the 1 sub-panel directly related to the lower root panel is presented in the upper side area and the lower side area of the interface;

when the 1 sub-panel positioned on the upper and lower side areas of the interface is triggered, the 1 sub-panel moves to the upper and lower side areas of the interface, and the 1 sub-panel directly related to the 1 sub-panel at the next level is presented on the upper and lower side areas of the interface.

22. The method of claim 18, wherein the at least one root panel presented on the interface is 2 root panels, and the 2 root panels are distributed above and below the interface in a book, the at least one sub-panel at its next level directly associated with the triggered sub-panel presented on the interface is 1 sub-panel, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is distributed above and below the interface in a book, wherein the triggered sub-panel is located at an upper and lower side area of the interface, and the 1 sub-panel at its next level directly associated with the triggered sub-panel is located at an upper and lower side area of the interface, the method further comprising:

when a lower root panel of the 2 root panels is triggered, presenting the 1 sub-panels directly associated with the lower root panel in an upper side area on the interface;

when an upper root panel in the 2 root panels is triggered, the upper root panel moves to an upper side area and a lower side area of the interface, and the 1 sub-panel directly related to the upper root panel is presented in the upper side area of the interface;

when the 1 sub-panel located in the upper side area of the interface is triggered, the 1 sub-panel moves to the lower side area of the interface, and the 1 sub-panel in the next level directly related to the 1 sub-panel is presented in the upper side area of the interface.