WO2016177247A1 - 应用窗口的调节方法、装置 - Google Patents
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- WO2016177247A1 WO2016177247A1 PCT/CN2016/078602 CN2016078602W WO2016177247A1 WO 2016177247 A1 WO2016177247 A1 WO 2016177247A1 CN 2016078602 W CN2016078602 W CN 2016078602W WO 2016177247 A1 WO2016177247 A1 WO 2016177247A1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/0483—Interaction with page-structured environments, e.g. book metaphor
Definitions
- the present application relates to the field of network technologies, and in particular, to a method and an apparatus for adjusting an application window.
- touch devices such as smart phones, tablet PCs, and PADs have been used by more and more people, and multi-touch is also widely used on such devices, which enhances the user experience.
- the height value of the display window of each application is the default setting and is fixed, and the application window height cannot be adaptively adjusted.
- the application provides an adjustment method and device for an application window, which can adaptively adjust an application window height.
- a method for adjusting an application window includes:
- the client device updates the current window area of the application window according to the window area parameter of the application window obtained after the adjustment.
- a second aspect of the implementation example of the present application provides a method for adjusting an application window, where the method includes:
- a third aspect of the embodiments of the present application provides an apparatus for adjusting an application window, including:
- a processing module configured to adjust a current window region parameter of the application window according to a predetermined policy according to an activity parameter of the application window;
- a display module configured to update a current window area of the application window according to the window area parameter of the application window obtained after the adjustment.
- a fourth aspect of the embodiments of the present application provides an apparatus for adjusting an application window, including:
- a processing module configured to adjust a current window region parameter of the application window according to a predetermined policy according to an activity parameter of the application window;
- a communication module configured to send the window region parameter of the application window obtained after the adjustment to the client device, so that the client device updates the current window region of the application window.
- the height of the application window is adjusted according to a predetermined policy according to an activity parameter of an application window, so that the client device can select the client device according to an ideal height value of each application.
- the display interface is re-arranged, and when the user restarts the interface, the re-layout interface is displayed to the user. Since the activity parameter of the application window can reflect the use of the application window, the usage habit of the corresponding user of the client device can also be reflected to some extent, so each application window in the entire interface after re-layout is made according to the application.
- the size can reflect the application window is used, close to the current user's usage habits, and greatly adjust the application window height for the differentiation of the application window.
- 1 is a flow chart of an embodiment of an adjustment method of an application window of the present application
- FIG. 2 is a flowchart of an application scenario of an adjustment method of an application window according to the present application
- FIG. 3 is a hardware structural diagram of a device where an adjustment device of an application window of the present application is located;
- FIG. 4 is a block diagram of an embodiment of an adjustment device of an application window of the present application.
- FIG. 5 is a block diagram of another embodiment of an adjustment device of an application window of the present application.
- first, second, third, etc. may be used to describe various information in this application, such information should not be limited to these terms. These terms are only used to distinguish the same type of information from each other.
- first information may also be referred to as the second information without departing from the scope of the present application.
- second information may also be referred to as the first information.
- word "if” as used herein may be interpreted as "when” or “when” or “in response to a determination.”
- the application details page For mobile phones, PDAs, car touch screens, etc., users access the application details page by applying ICON (icon), desktop Widge (widget) or application window.
- the application details page generally displays all applications in turn in the form of a drop-down list to the user. Assuming that the current interface displays applications one through five, the five applications are sequentially displayed from top to bottom. For the current page, the width of the display window of each application is determined, generally equal to the display width of the interface, and the height of each application window may be the same or different.
- the height value of each application window in the same interface is generally the system default setting and is fixed. Assume that the current setting is to display five application windows in the same interface. In the conventional technology, the system generally sets the height values of the five application windows to be equal, that is, divides the entire display interface for five application windows.
- the default height of the system application window is generally the minimum height value that is convenient for the user to operate.
- the present application provides an adjustment method and apparatus for an application window, which can dynamically adjust the window area of each application window in a list-type multi-window display according to the difference of the user's usage habits, so as to solve the problems in the prior art.
- 1 is a flow chart of one embodiment of an adjustment method of an application window of the present application.
- the client device when it is necessary to adjust the window area related parameters of an application window on the client device (for example, application window height value, application window width value, application window display ratio, etc.), according to the activity of the application window
- the parameter adjusts the current window area parameter of the application window according to a predetermined policy (S100); the client device updates the current window area of the application window according to the window area parameter of the application window obtained after the adjustment (S120).
- the steps of S100 can be applied to the operating system of the client device, and can also be applied to the device independent of the client device, such as a cloud server; if running on a device other than the client device, the steps are performed.
- the S120 may further include the step of: transmitting, by the device independent of the client device, the window region parameter of the adjusted application window to the client device, so that the client device updates the current window region of the application window.
- the reference condition for adjusting an application window area parameter in the embodiment enumerated in FIG. 1 is mainly an activity parameter of the application window, and the activity parameter represents a parameter capable of reflecting user usage difference in the present application, according to Designers pay attention to different angles, and different factors can be considered as active parameters to be considered.
- the designer can only pay attention to the usage habits of the individual users for each application window, and the individual user can collect statistics on the operation parameters of the application window, and the collected statistics can be included in the first statistical period, a single user.
- the number of clicks on the application window usually, the operating system of the client device can learn the click event of any location, and the click event of the user to an application window is provided to the application through the operating system, so the client device can collect and use the device
- the server generates the user account name or the application click record corresponding to the client device, and establishes the click count of each application and the account name or client device of the user. The corresponding relationship of the identity and saved in the database.
- the current user's on-board touch screen displays applications in a tabular multi-window including weather, navigation, music, and radio.
- the click action is uploaded to the server through the network, and the server generates the application click record of the user.
- the server obtains a total of 150 clicks of the user in 30 days according to the user's application click record statistics, wherein the number of clicks on the weather window is 5, and the number of clicks on the navigation window is 78 times, the number of times the music window was clicked was 2, and the number of times the radio window was clicked was 65.
- the activity parameter representing the usage habit of a single user may further include the number of times the single user logs in the application through the application window in the second statistical period; the duration in which the single user uses the application through the application window in the third statistical period, and the like.
- the parameters can be obtained by monitoring the login status of the account corresponding to the user, and recorded in the database of the cloud server.
- One or more of the above parameters may be selected as the activity parameter.
- the length of each statistical period can be freely set, and the same value or different values can be set, for example, 1 day, 1 week, 1 month, and the like.
- the designer can also comprehensively evaluate the importance of the application window in combination with other users' usage habits of the application window when considering a single user usage habit.
- the cloud server is required to collect multiple users for the application.
- the activity parameter may further include: a number of users who click on the application window at least once in the fourth statistical period; a number of users who log in to the application through the application window in the fifth statistical period; During the statistical period, a plurality of users use the total duration of the application through the application window, and the like.
- the length of the counting period can be freely set, and the specific values set are not limited, and the same value or different values can be set, for example, 1 day, 1 week, 1 month, and the like.
- the predetermined policy in the step S100 can be implemented in various ways. Several of the implementation modes are listed below. It is easy to understand that the present invention can be implemented in other ways besides the several modes listed below. It should be noted that the activity parameter related to the application window according to the predetermined strategy may select an appropriate activity parameter according to the designer's needs, and may select one of the activity parameters or select multiple activities. parameter. For example, in a certain application scenario, as a more simplified implementation, only the number of clicks of a single user to the application window in the first statistical period may be used as an evaluation criterion for the activity level.
- different activity parameters may be set according to their importance levels, and assuming that a single user clicks on the application window as parameter 1, the weight is set to 0.5; in the fourth statistical period, at least one click The number of users of the application window is taken as parameter 2, and the weight is set to 0.3; in the sixth statistical period, the total duration of the application used by the plurality of users through the application window is taken as parameter 3, the weight is set to 0.2, and then The values obtained by the weighted average of the parameters 1, 2, and 3 collected by an application are used as the basis for evaluating the activity level of each application window.
- Strategy 1 According to the activity parameter of each application window, the current application window parameter value of each application window is increased or decreased by a preset fixed value.
- the fixed value can be a fixed value or multiple fixed values.
- the application window with the highest activity level (such as the application window with the most clicks in the first statistical period) can be obtained according to the activity parameter of each application window, and the current application window parameter value of the application window is increased to a fixed value, and other The application window is reduced by a fixed value.
- the application window may be prioritized according to the activity level according to the active parameter of each application window, and the current application window parameter value of the application window in the high priority level is increased by two fixed values, and the current application window of the medium priority level is The application window parameter value height value is increased by a fixed value, and the current application window parameter value height value of the application window at the low priority level is reduced by a fixed value.
- Strategy 2 determining the application window with the highest activity according to the activity parameter of each application window, increasing the application window with the highest activity to a fixed value; or determining the application window with the lowest activity according to the activity parameter of each application window. Reduce the application window with the lowest activity to a fixed value.
- the current application window parameter value of one of the application windows is increased or decreased according to the activity parameter, and the current application window parameter values of other application windows may remain unchanged.
- Strategy 3 Calculate the parameter change amount of each application window according to the activity parameter of each application window; adjust the current application window parameter value of the application window according to the parameter change amount.
- the amount of parameter change adjusted by each application window is not fixed, but is calculated according to the activity parameter of each application window, so it is more differentiated according to user usage than strategy one and strategy two.
- Strategy 3 can obtain the adjusted height value by the following formula:
- Hj is the adjusted height value of the jth application window
- Mj is the current height value of the jth application window
- Pj is the jth application window of the application window of the single user in the first statistical period
- DAUj is the number of users who clicked the jth application window at least once in the fourth statistical period
- n is the number of applications displayed on the display interface of the client device where each application window is located
- C1 is the adjustment coefficient, Usually the value of C1 is greater than one.
- the manner in which C1 is calculated can be achieved by the following process:
- the adjustment coefficient C1 is calculated according to the following formula:
- the fourth statistical period is set to be smaller than the seventh statistical period in the embodiment of the present application, the jth application window is clicked at least once in the fourth statistical period.
- the number of all users must be less than the number of all users who clicked on the jth application window at least once in the seventh statistical period. So there are:
- the range of the adjustment coefficient C1 belongs to between 1 and 1.3.
- Mmin is the minimum value of the default height values of all application windows that the interface needs to display
- Mmax is the maximum value of the default height values of all application windows that the interface needs to display.
- the adjusted height value of the j-th application window that is finally calculated does not exceed the current height value of the application window and the height value of all application windows of 1.95 times. Maximum value.
- the ideal height value of the jth application window can take the above maximum value, the extreme case means that the current user only uses the jth application window, and for the application, in the seventh statistic
- the number of all users who click on the jth application window at least once in the cycle is equal to the number of all users who clicked the jth application window at least once in the second statistical period.
- the current application window parameter value of the application window of the client device of a user is dynamically adjusted, which may be initiated by the user itself.
- the client device detects that the preset condition is met
- the client device initiates a trigger request to adjust the height value of the application window to the server
- the requesting server adjusts the display height of the application window of the client device currently used by the user according to the activity parameter of the application window
- the preset condition may be a condition that the client device is powered on, the user newly launches the application, the user closes the application, and the number of clicks of the user on an application window exceeds a set threshold in the first statistical period.
- a timer can also be set inside the client device or the cloud server, and a trigger command is triggered when the timer expires. For example, if the period set by the timer is 30 days, a trigger command is issued when the 30-day period arrives.
- the total number of application windows displayed in the drop-down list is generally set by the system by default, and may of course be set by the user.
- the total number of application windows that need to be displayed in the drop-down list is set by the system by default.
- the number of application windows displayed in the drop-down list is generally set at the factory, and may include weather, navigation, music, and radio.
- the system will set a default value for the height of each application window according to the display interface.
- each application window on the main interface is displayed to the user in the default mode of the system.
- the total number and height values of application windows that need to be displayed in the same list can be freely set by the user when logging in the multi-window display.
- the system can prompt the user to select the number of applications that need to be displayed in the list, and provide the user with a list of all applications that can be selected.
- the currently available applications include weather, navigation, music, radio, car phone, Bluetooth, and more. Users can select the corresponding application to display on the main interface according to their own needs and usage habits.
- the number and type of applications displayed on the main interface may also be increased, decreased, and replaced according to actual needs.
- the display height of each application window is still set by the system by default.
- the system defaults to the same height value of each window, that is, several windows divide the display space of the entire main interface.
- the total number of all application windows that need to be displayed and the default height values of each application window may be different. Therefore, when the user initializes or registers the account, the usage data of all the application windows of the corresponding terminal device that need to be displayed and the default height value of each application window may be uploaded to the server through the network.
- the server in the cloud receives the usage data uploaded by each user, and associates each user's usage data with the user's account name and stores it in the database.
- Figure 2 is a flow chart for calculating the current height value of the application window in the cloud server.
- the activity parameter is the number of clicks of the single user to the application window in the first statistical period, and the number of users who click the application window at least once in the fourth statistical period and the seventh statistical period;
- the first/seventh statistical period is 30 days and the second statistical period is 1 day.
- the server located in the cloud searches the database, and uses the account name of the user to find the usage data of the user, including the total number of application windows that need to be displayed corresponding to the user, and The default height Mj of each application window.
- Step 203 The server or the client device acquires, from the cloud server, the number of users MAUj that each application clicks through the application window at least once within 30 days.
- Step 204 The server or the client device acquires, from the cloud server, the number of users DAUj that each application clicks through the application window at least once within one day.
- Hj is the adjusted height value of the jth application window
- Mj is the current height value of the jth application window
- Pj is the number of times the jth application window is clicked by the current user within 30 days
- DAUj is at least 1 day.
- n is the number of all applications that need to be displayed on the current interface
- C1 is the adjustment factor.
- the adjustment factor C1 can be calculated by the following formula (10):
- DAUj is the number of all users who click on the jth application window at least once in one day
- MAUj is the number of all users who click on the jth application window at least once within 30 days.
- Step 206 When the server or the client device receives the login information of the user again, the adjusted height value of each application window calculated according to step 105 is sent to the display module of the client device corresponding to the user.
- Step 207 The display module of the user equipment of the user re-lays the display interface according to the received ideal height value of each application, and displays the re-layout interface to the user.
- the server in the cloud calculates the ideal height value of each application window in the display interface according to the above formula (9), and according to each application window.
- the ideal height value re-lays the entire interface.
- the interface is displayed to the user according to the re-layout.
- the number of times the current user clicks in each application window that needs to be displayed in the interface that is acquired by the cloud server, and the active users in each application within a certain period of time The number and other parameters, combined with the adjustment parameters, calculate the ideal height value for each application window that needs to be displayed in the current user interface; and re-layout the entire interface according to the ideal height value of each application, and restart the current user.
- the interface is displayed, the interface after re-layout is displayed to the user.
- the method of the embodiment of the present application can adjust the height value of each application window that needs to be displayed on the interface according to the usage habit of the current user of an interface, and adjust according to the adjustment.
- the height value of each application window re-layouts the entire interface, so that the size of each application window in the entire interface after re-layout can be close to the current user's usage habits, and greatly meet the different needs of different users. Improve the user experience.
- the present application also provides an embodiment of the apparatus.
- Embodiments of the apparatus of the present application can be applied to a server or client device.
- the device embodiment may be implemented by software, or may be implemented by hardware or a combination of hardware and software. Taking the software implementation as an example, as a logical means, the processor of the device in which it is located reads the corresponding computer program instructions in the non-volatile memory into the memory. From a hardware level, as shown in FIG. 3, a hardware structure diagram of a device in which the adjustment device of the application window of the present application is located, except for the processor, the memory, the network interface, and the non-volatile memory shown in FIG.
- the device in which the device is located in the embodiment may also include other hardware according to the actual function of the device.
- the client device may include a camera, a touch screen, a communication component, etc., and may include processing for the server. The forwarding chip of the message and so on.
- FIG. 4 a block diagram of one embodiment of an adjustment device for an application window of the present application.
- the adjustment device 400 of the application window can be located on the client device or server. include:
- the processing module 401 is configured to adjust a current window region parameter of the application window according to a predetermined policy according to an activity parameter of the application window;
- the display module 402 is configured to update a current window area of the application window according to the window area parameter of the application window obtained after the adjustment.
- the activity parameter of the application window includes an activity parameter of an application window corresponding to a single user, and/or an activity parameter of an application window corresponding to a non-single user;
- the activity parameter of the application window corresponding to the single user includes one or more of the following parameters:
- the single user uses the duration of the application through the application window;
- the first statistical period, the second statistical period, and the third statistical period are the same or different;
- the activity parameter of the application window corresponding to the non-single user includes one or more of the following parameters:
- the number of users who clicked on the application window at least once during the fourth statistical period
- a plurality of users use the total duration of the application through the application window;
- the fourth statistical period, the fifth statistical period, and the sixth statistical period are the same or different.
- the number of application windows displayed by the display interface of the client device is multiple, and the predetermined policy may include any one of the following:
- the activity parameter of the application window may include: a click count of a single user to the application window in a first statistical period, and at least one click of the application window in a fourth statistical period a number of users; the window area parameter includes a height value of the application window;
- the predetermined policy may include: calculating a parameter change amount of each application window according to the following formula, and adjusting a current height value of the application window according to the parameter change amount:
- Hj is the adjusted height value of the jth application window
- Mj is the current height value of the jth application window
- Pj is the jth application window, and the single user pairs the application in the first statistical period.
- DAUj is the number of users who clicked the jth application window at least once in the fourth statistical period
- n is the number of applications displayed on the display interface of the client device where each application window is located
- C1 is the adjustment Coefficient, C1 is greater than 1.
- the adjustment coefficient C1 can be calculated according to the following formula:
- the MAUj is the number of users who click on the jth application window at least once in the seventh statistical period; the seventh statistical period is greater than the fourth statistical period.
- the display module is further configured to receive a trigger instruction for requesting adjustment of a current window area of the application window, where the trigger instruction includes one or more of the following:
- the client device detects a trigger command sent after the set condition is met.
- the current window area parameter of the application window is an initial value
- the initial value is a default value set by the client device according to a display interface
- the window area parameter set when the user logs in to the application window is set when the user logs in to the application window.
- the device may further include a communication module, the communication module being independent of the device of the client device, and the communication module is configured to: send the window region parameter of the application window obtained after the adjustment Giving the display module to cause the display module to update a current window area of the application window.
- FIG. 5 is another application window adjusting device 500 of the present application, which is independent of a client device; includes:
- the processing module 501 is configured to adjust a current window region parameter of the application window according to a predetermined policy according to an activity parameter of the application window;
- the communication module 502 is configured to send the window region parameter of the application window obtained after the adjustment to the client device, so that the client device updates the current window region of the application window.
- the activity parameter of the application window and the predetermined policy may refer to the method described above and the specific content described in the apparatus of FIG. 4, and details are not described herein again.
- the device embodiment since it basically corresponds to the method embodiment, reference may be made to the partial description of the method embodiment.
- the device embodiments described above are merely illustrative, wherein the units described as separate components may or may not be physically separate, and the components displayed as units may or may not be physical units, ie may be located A place, or it can be distributed to multiple network units. Some or all of the modules may be selected according to actual needs to achieve the objectives of the present application. Those of ordinary skill in the art can understand and implement without any creative effort.
- the number of times the current user clicks in each application window that needs to be displayed in the interface that is acquired by the cloud server, and the active users in each application within a certain period of time The number and other parameters, combined with the adjustment parameters, calculate the ideal height value for each application window that needs to be displayed in the current user interface; and re-layout the entire interface according to the ideal height value of each application, and restart the current user.
- the interface is displayed, the interface after re-layout is displayed to the user.
- the height value of each application window that needs to be displayed on the interface can be adjusted according to the usage habit of the current user of an interface, and the entire height of each application window is adjusted according to the adjusted height value of each application window.
- the interface is re-arranged, so that the size of each application window in the entire interface after re-layout can be close to the current user's usage habits, greatly satisfying the different needs of different users, and improving the user experience.
Abstract
一种应用窗口的调节方法及装置，该方法包括：根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数（S100）；客户端设备根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域（S120）。通过本申请，能够自适应的调节应用窗口的窗口区域参数。
Description
本申请涉及网络技术领域，尤其涉及一种应用窗口的调节方法、装置。
近年来，智能手机、平板电脑、PAD等触控设备被越来越多的人使用，而多点触控也越来越广泛的应用在这类设备上，加强了用户的操作体验。
目前，很多智能设备开始支持在同一显示界面上同时浏览多个应用程序，即为多窗口显示技术。例如，对于车载触控屏而言，一般会在同一显示界面上加载多个应用窗口，分别显示天气、导航、音乐等信息。
在现有技术中，采用多窗口显示技术时，每个应用的显示窗口的高度值是默认设置且固定不变的，无法自适应调整应用窗口高度。
发明内容
本申请提供一种应用窗口的调节方法、装置，能够实现自适应调节应用窗口高度。
根据本申请实施例的一方面，提供一种应用窗口的调节方法，所述方法包括：
根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
客户端设备根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域。
本申请实施实例的第二方面，提供一种应用窗口的调节方法，所述方法包括：
根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
将调整后获得的所述应用窗口的窗口区域参数发给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
本申请实施例的第三方面，提供一种应用窗口的调节装置，包括：
处理模块，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
显示模块，用于根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域。
本申请实施例的第四方面，提供一种应用窗口的调节装置，包括：
处理模块，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
通信模块，用于将调整后获得的所述应用窗口的窗口区域参数发给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
本申请实施例中，针对某客户端设备，结合某个应用窗口的活跃度参数按照预定策略来调节该应用窗口的高度，使得客户端设备可以根据每个应用的理想高度值对该客户端设备的显示界面进行重新布局，在用户重新启动该界面时，将重新布局后的界面显示给用户。由于应用窗口的活跃度参数可以体现该应用窗口被使用的情况，在一定程度上也可以体现某客户端设备对应用户的使用习惯，因此依照本申请使得重新布局后的整个界面中每个应用窗口的大小能够体现应用窗口被使用的情况，贴近当前用户的使用习惯，极大程度实现针对应用程序窗口的差异化而自适应调节应用窗口高度。
图1为本申请的应用窗口的调节方法的一个实施例的流程图；
图2为本申请的应用窗口的调节方法的一个应用场景下的流程图；
图3为本申请的应用窗口的调节装置所在设备的一种硬件结构图；
图4为本申请的应用窗口的调节装置的一个实施例的框图；
图5是本申请的应用窗口的调节装置的另一个实施例的框图。
这里将详细地对示例性实施例进行说明，其示例表示在附图中。下面的描述涉及附图时，除非另有表示，不同附图中的相同数字表示相同或相似的要素。以下示例性实施例中所描述的实施方式并不代表与本申请相一致的所有实施方式。相反，它们仅是与如所附权利要求书中所详述的、本申请的一些方面相一致的装置和方法的例子。
在本申请使用的术语是仅仅出于描述特定实施例的目的，而非旨在限制本申请。在本申请和所附权利要求书中所使用的单数形式的“一种”、“所述”和“该”也旨在包括多数形式，除非上下文清楚地表示其他含义。还应当理解，本文中使用的术语“和/或”是指并包含一个或多个相关联的列出项目的任何或所有可能组合。
应当理解，尽管在本申请可能采用术语第一、第二、第三等来描述各种信息，但这些信息不应限于这些术语。这些术语仅用来将同一类型的信息彼此区分开。例如，在不脱离本申请范围的情况下，第一信息也可以被称为第二信息，类似地，第二信息也可以被称为第一信息。取决于语境，如在此所使用的词语“如果”可以被解释成为“在……时”或“当……时”或“响应于确定”。
对于手机、PDA、车载触控屏等，用户通过应用ICON(图标)、桌面Widge(微件)或应用窗口等进入应用详情页面。该应用详情页面一般是以下拉列表的形式将所有的应用依次显示给用户。假设当前界面显示应用一至五，该五个应用依次由上至下排列显示。对于当前页面，各应用的显示窗口的宽度是确定的，一般等于该界面的显示宽度，而每个应用窗口的高度可以相同也可以不同。
常规技术中，对于列表式的多窗口显示形式，同一界面内每个应用窗口的高度值一般是系统默认设置且固定不变的。假设当前设定是在同一界面内显示五个应用窗口。在常规技术中，系统一般默认设置五个应用窗口的高度值均相等，即为五个应用窗口均分整个显示界面。
对于列表式的多窗口显示形式，系统默认的应用窗口的高度一般是方便用户操作的最小高度值。但是，在实际应用中，为了能够最好的满足用户的使用需求，提升用户的使用体验，对于用户比较喜欢、经常使用的应用，则希望其显示窗口较大，以方便用户进行查找使用。
例如，对于车载触控屏而言，假设对于某用户A，其习惯于依赖导航系统且喜欢开车时听音乐，但是用户A完全不关心天气状况，很少甚至于不会使用天气窗口显示的信息。那么对于用户A，则可以根据其习惯，加大导航和音乐所在窗口的面积。由于对于列表式多窗口显示形式，每个应用窗口的宽度是固定的，不能再更改。
本申请提供一种应用窗口的调节方法、装置，能够根据用户的使用习惯的差异性动态自适应的调节列表式多窗口显示时各应用窗口的窗口区域，以解决现有技术中的问题。
参照图1，为本申请的应用窗口的调节方法的一个实施例的流程图。
如图1所示，当需要调整客户端设备上的某个应用窗口的窗口区域相关参数(例如，应用窗口高度值、应用窗口宽度值、应用窗口显示比例等)时，根据应用窗口的活跃度参数按照预定策略调整这个应用窗口的当前窗口区域参数(S100)；客户端设备根据调整后获得的应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域(S120)。
值得说明的是，S100的步骤既可以应用于客户端设备的操作系统中，也可以应用于独立于客户端设备的设备，例如云端服务器；如果运行于客户端设备之外的设备时，执行步骤S120之前还可以包括步骤：独立于客户端设备的设备将调整后获得的应用窗口的窗口区域参数发送给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
可以看出，图1所列举的实施例中调整某个应用窗口区域参数的参考条件主要为该应用窗口的活跃度参数，活跃度参数在本申请中代表能够体现用户使用差异性的参数，根据设计者关注的角度不同，可以将不同的因素作为需要考量的活跃度参数。
例如设计者可以仅关注单个用户对各个应用窗口的使用习惯，则可以将单个用户对应用窗口的操作参数进行收集统计，所收集统计的参数较常见的可以包括在第一统计周期内，单个用户对所述应用窗口的点击次数；通常，客户端设备的操作系统可以获知任何位置的点击事件，用户对某个应用窗口的点击事件通过操作系统提供给应用，因此客户端设备可以收集使用本设备的用户对各个应用窗口的点击事件，发给服务器，由服务器生成该用户账户名或客户端设备所对应的应用点击记录，并建立各个应用的点击次数与该用户的账户名或客户端设备的标识的对应关系，并保存在数据库中。
以车载触控屏为例进行说明。假设当前用户的车载触控屏上以列表式多窗口显示的应用包括天气、导航、音乐和电台。该用户通过车载触控屏登录后，每次用户点击某个应用窗口时，该点击动作就会通过网络上传至服务器，由服务器生成该用户的应用点击记录。假设该第一统计周期为30天，服务器根据该用户的应用点击记录统计得到该用户在30天内总计的点击次数为150次，其中，点击天气窗口的次数为5次，点击导航窗口的次数为78次，点击音乐窗口的次数为2次，点击电台窗口的次数为65次。
另外，代表单个用户使用习惯的活跃度参数还可以包括在第二统计周期内，单个用户通过应用窗口登录应用的次数；在第三统计周期内，单个用户通过应用窗口使用应用的时长等等。该些参数可以通过监控该用户所对应的账户的登录情况获得，并记录在云端服务器的数据库中。
可以选择以上其中一种或几种参数作为活跃度参数。各个统计周期的长短可以自由设定，可以设置相同值或不同值，例如1天、1周、1个月等等。
作为另一个实施例，设计者还可以在考虑单个用户使用习惯时结合其他用户对该应用窗口的使用习惯综合评定该应用窗口的重要程度，此时，需要云端的服务器搜集多个用户对该应用窗口的活跃度参数。作为活跃度参数的还可以包括：在第四统计周期内，至少一次点击所述应用窗口的用户数目；在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长等等。各个统
计周期的长短可以自由设定，设定的具体值不做限定，可以设置相同值或不同值，例如1天、1周、1个月等等。
步骤S100中的预定策略可以有多种实现方式，以下列举其中的几种实现方式，容易理解，除以下列举的几种方式之外，还可以有其他方式实现本发明。需要指出的是，预定策略中所根据的与应用窗口相关的活跃度参数可以根据设计者的需要选择合适的活跃度参数，可以是选择其中一种活跃度参数，也可以是选择多种活跃度参数。例如，在某种应用场景下，作为较简化的实现方案，可以仅将第一统计周期内，单个用户对应用窗口的点击次数作为活跃度高低的评价标准。再例如，可以为多个活跃度参数依照其重要程度设置不同的权值，假设将单个用户对应用窗口的点击次数作为参数1，权值设为0.5；将第四统计周期内，至少一次点击所述应用窗口的用户数目作为参数2，权值设置为0.3；将第六统计周期内，多个用户通过所述应用窗口使用应用的总时长作为参数3，权值设置为0.2，然后将针对某个应用所搜集的参数1、参数2、参数3的具体值按照权值加权平均以后获得的值作为各个应用窗口活跃度高低的评价基础。
策略一：根据每个应用窗口的活跃度参数，将每个应用窗口的当前应用窗口参数值增加或减小预设的固定值。
在实现策略一时，可以事先设置好每次需要调整的参数变化量，简单的，可以设置成固定值或固定比例。以固定值为例，固定值可以是一个固定值，也可以多个固定值。例如，可以根据每个应用窗口的活跃度参数获得活跃度最高的应用窗口(比如第一统计周期内点击次数最多的应用窗口)，将该应用窗口的当前应用窗口参数值增加固定值，而其他的应用窗口均减小固定值。再例如，可以根据每个应用窗口的活跃参数将应用窗口按照活跃程度划分优先等级，处于高优先级别的应用窗口的当前应用窗口参数值增加两个固定值，处于中优先级别的应用窗口的当前应用窗口参数值高度值增加一个固定值，处于低优先级别的应用窗口的当前应用窗口参数值高度值减少一个固定值。
策略二：根据每个应用窗口的活跃度参数确定活跃度最高的应用窗口，将活跃度最高的应用窗口增大固定值；或根据每个应用窗口的活跃度参数确定活跃度最低的应用窗口，将活跃度最低的应用窗口减小固定值。
在本策略中，根据活跃度参数将其中一个应用窗口的当前应用窗口参数值增加或减小，其他的应用窗口的当前应用窗口参数值可以维持不变。
策略三：根据每个应用窗口的活跃度参数，计算每个应用窗口的参数变化量；根据参数变化量调整应用窗口的当前应用窗口参数值。
在本策略中，每个应用窗口所调整的参数变化量不是固定的，而是根据每个应用窗口的活跃度参数计算得出，因此比策略一和策略二更加能体现出根据用户使用差异化自适应调整的特点。
作为一个具体实现的例子，以调整应用窗口参数值中的窗口高度值为例，策略三可以通过以下公式来获得调整后的高度值：
其中，Hj为第j个应用窗口调整后的高度值；Mj为第j个应用窗口的当前高度值；Pj为第j个应用窗口在所述第一统计周期内单个用户对所述应用窗口的点击次数；DAUj为在所述第四统计周期内至少一次点击第j个应用窗口的用户数目；n为各应用窗口所在的客户端设备显示界面上所显示的应用的数目；C1为调整系数，通常C1的值大于1。
在一个实施例中，计算C1的方式可以通过以下过程实现：
获取在第七统计周期内至少一次点击第j个应用窗口的用户数目MAUj；其中，第七统计周期大于所述第四统计周期；调整系数C1根据下述公式计算得到：
下面对上述两个公式中各参数的阈值进行分析。具体的，如下所述：
首先，对于调整系数C1，由于本申请实施例中，设定所述第四统计周期小于所述第七统计周期，则在第四统计周期内至少一次点击第j个应用窗口
的所有用户数目必然小于在第七统计周期内至少一次点击第j个应用窗口的所有用户数目。因此有：
则结合公式(3)，能够推导得到：
即为，本申请实施例中，该调整系数C1的范围属于1至1.3之间。
对于公式(1)而言，其中，
对于公式(1)中的
而言，即为该界面中需要显示的所有应用窗口的默认高度值的平均值，则有：
其中，Mmin为该界面需要显示的所有应用窗口的默认高度值的最小值；Mmax为该界面需要显示的所有应用窗口的默认高度值的最大值。
同时还有：
结合上述公式(4)、(5)、(6)和(7)，可以推导得到：
Hj∩(Mj，Mj＋Mmax×1.95) (8)
由公式(8)可见，本申请实施例中，最终计算得到的第j个应用窗口的调整后的高度值最大不会超过该应用窗口的当前高度值和1.95倍的所有应用窗口的高度值的最大值。且只有在极端情况下，该第j个应用窗口的理想高度值才能取到上述最大值，该极端情况是指当前用户只使用第j个应用窗口，且对于该应用而言，在第七统计周期内至少一次点击第j个应用窗口的所有用户数目等于在第二统计周期内至少一次点击第j个应用窗口的所有用户数目。
值得指出的是，本申请实施例中，对某用户的客户端设备的应用窗口的当前应用窗口参数值进行动态调整，可以是用户自身发起的，具体的，当客户端设备检测满足预设条件时，可以通过该客户端设备向服务器发起请求调整应用窗口的高度值的触发指令，请求服务器根据该应用窗口的活跃度参数对该用户当前使用的客户端设备的应用窗口的显示高度进行调节，预设条件可以是客户端设备开机、用户新启动应用、用户关闭应用、在第一统计周期内用户对某个应用窗口的点击次数超过设定阈值等条件。另外，也可以在客户端设备或云端服务器内部设置定时器，当定时器超时时发起触发指令。例如，定时器所设定的周期为30天，则当30天周期到达时，发出触发指令。
本申请实施例中，对于列表式多窗口显示形式，下拉列表内显示的应用窗口的总数目一般都是由系统默认设置的，当然，也可以是用户自己设定的。
一般，在下拉列表内需要显示的应用窗口的总数目是由系统默认设置的。例如，对于车载触控屏，其下拉列表内显示的应用窗口数目一般在出厂时就被设定好了，可以包括天气、导航、音乐和电台等。对于这种情况，系统会根据显示界面为每个应用窗口的高度设定默认值。在用户启动该触控屏时，主界面上的各个应用窗口会按照系统默认的方式显示给用户。
随着智能终端个性化设置的日益发展，在列表式多窗口显示时，在同一列表内需要显示的应用窗口的总数目及高度值也可以由用户登录时自由设定。例如，对于车载触控屏，在用户初始化时，系统可以提示用户自主选择需要在列表内显示的应用数目，同时向用户提供可供选择的所有应用名录。假设，当前可供选择的应用包括天气、导航、音乐、电台、车载电话、蓝牙等。用户可以根据自己的需求和使用习惯选择相应的应用在主界面显示。在用户使用该车载触控屏的过程中，也可以根据实际需要对主界面显示的应用数目和类别进行增减和替换。对于这种情况，虽然主界面中显示的应用数目和类别是由用户自主设置的，但是一旦用户选择确定后，各个应用窗口的显示高度仍然是由系统默认设定的。一般情况下，系统会默认各窗口的高度值相等，即为若干个窗口均分整个主界面的显示空间。
在实际应用中，对于不同的用户，其分别对应的所有需要显示的应用窗口的总数目以及每个应用窗口的默认高度值有可能不同。因此，在用户初始化或注册账户时，可以将自身对应的终端设备的所有需要显示的应用窗口的总数目以及每个应用窗口的默认高度值等使用数据通过网络上传至服务器。位于云端的服务器接收到每个用户上传的自身的使用数据，并将每个用户的使用数据和该用户的账户名相关联，保存在数据库中。
以下以策略三为例，分别列举两个应用场景下的应用实例。
图2为为在云端服务器计算调整应用窗口的当前高度值流程。在本例中，活跃度参数为第一统计周期内单个用户对所述应用窗口的点击次数、在第四统计周期内和第七统计周期内至少一次点击所述应用窗口的用户数目；可以设定，第一/第七统计周期为30天，第二统计周期为1天。
步骤S201:服务器或客户端设备接收到调整应用窗口高度值的触发指令时，获取该客户端设备上所有需要显示的应用窗口的总数目n以及每个应用窗口的默认高度Mj，j＝1、2·······n。
收到调整应用窗口当前高度值的触发指令时，位于云端的服务器查找数据库，利用该用户的账户名找到该用户的使用数据，其中包括该用户对应的所有需要显示的应用窗口的总数目n以及每个应用窗口的默认高度Mj。
步骤202:服务器或客户端设备从云端服务器的数据库中获取该用户的客户端设备上每个应用窗口在30天内被当前用户点击的次数Pj，j＝1、2·······n。
步骤203：服务器或客户端设备从云端服务器获取每个应用在30天内的至少一次点击过该应用窗口的用户数目MAUj。
步骤204：服务器或客户端设备从云端服务器获取每个应用在1天内至少一次点击过该应用窗口的用户数目DAUj。
步骤205：服务器或客户端设备利用前述各步骤获取的参数，根据公式(9)计算得到每个应用窗口调整后的高度值Hj，j＝1、2·······n。
所述公式(9)的表达式如下所示：
其中，Hj为第j个应用窗口调整后的高度值；Mj为第j个应用窗口的当前高度值；Pj为第j个应用窗口在30天内被当前用户点击的次数；DAUj为在1天内至少一次点击第j个应用窗口的所有用户数目；n为当前界面需要显示的所有应用的数目；C1为调整系数。
在本例中，该调整系数C1可以通过下述公式(10)计算得到：
其中，DAUj为在1天内至少一次点击第j个应用窗口的所有用户数目；MAUj为在30天内至少一次点击第j个应用窗口的所有用户数目。
步骤206：服务器或客户端设备再次接收到该用户的登录信息时，根据步骤105计算得到的每个应用窗口的调整后的高度值，发送至该用户对应的客户端设备的显示模块。
步骤207：该用户的客户端设备的显示模块按照接收到的每个应用的理想高度值，对显示界面重新布局，并将重新布局后的界面显示给该用户。
本应用实例中，在该用户通过该客户端设备重新登录该界面时，位于云端的服务器按照上述公式(9)计算得到显示界面中每个应用窗口的理想高度值，并根据每个应用窗口的理想高度值对整个界面进行重新布局。按照重新布局后的界面显示给用户。
本申请实施例中，针对某界面的当前用户，云端服务器获取的该界面中需要显示的每个应用窗口在一定时间段内当前用户点击的次数、以及每个应用在一定时间段内的活跃用户数目等参数，结合调整参数，计算得到针对当前用户该界面中需要显示的每个应用窗口的理想高度值；并根据每个应用的理想高度值对整个界面进行重新布局，在当前用户重新启动该界面时，将重新布局后的界面显示给用户。
由此使得，本申请实施例的方法，能够按照某界面的当前用户的使用习惯，对该界面上需要显示的各个应用窗口的高度值进行调整，并按照调整后
的各个应用窗口的高度值对整个界面进行重新布局，使得重新布局后的整个界面中每个应用窗口的大小能够很好贴近当前用户的使用习惯，极大程度的满足不同用户的差异化需求，提升用户体验。
与本申请方法的实施例相对应，本申请还提供了装置的实施例。
本申请装置的实施例可以应用在服务器或客户端设备上。装置实施例可以通过软件实现，也可以通过硬件或者软硬件结合的方式实现。以软件实现为例，作为一个逻辑意义上的装置，是通过其所在设备的处理器将非易失性存储器中对应的计算机程序指令读取到内存中运行形成的。从硬件层面而言，如图3所示，为本申请的应用窗口的调节装置所在设备的一种硬件结构图，除了图3所示的处理器、内存、网络接口、以及非易失性存储器之外，实施例中装置所在的设备通常根据该设备的实际功能，还可以包括其他硬件，如对于客户端设备来说，可能包括摄像头、触摸屏子、通信组件等，对于服务器，可能包括负责处理报文的转发芯片等等。
参照图4，为本申请应用窗口的调节装置的一个实施例的框图。应用窗口的调节装置400，可以位于所述客户端设备或服务器上。包括：
处理模块401，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
显示模块402，用于根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域。
在一个实施例中，所述应用窗口的活跃度参数包括单个用户对应的应用窗口的活跃度参数，和/或非单个用户对应的应用窗口的活跃度参数；
其中，所述单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：
在第一统计周期内，单个用户对所述应用窗口的点击次数；
在第二统计周期内，所述单个用户通过所述应用窗口登录应用的次数；
在第三统计周期内，所述单个用户通过所述应用窗口使用所述应用的时长；
所述第一统计周期、第二统计周期、第三统计周期相同或不同；
其中，所述非单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：
在第四统计周期内，至少一次点击所述应用窗口的用户数目；
在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；
在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长；
所述第四统计周期、第五统计周期、第六统计周期相同或不同。
在一个实施例中，所述客户端设备的显示界面所显示的应用窗口的数量为多个，所述预定策略可以包括以下任何一种：
根据每个所述应用窗口的活跃度参数，将每个应用窗口的当前窗口区域增加或减小预设的固定值；或
根据每个所述应用窗口的活跃度参数确定活跃度最高的所述应用窗口，将所述活跃度最高的所述应用窗口增大固定值；或
根据每个所述应用窗口的活跃度参数确定活跃度最低的所述应用窗口，将所述活跃度最低的所述应用窗口减小固定值；或
根据每个所述应用窗口的活跃度参数，计算每个应用窗口的窗口区域参数变化量；根据所述参数变化量调整所述应用窗口的当前窗口区域。
作为一个实施例，所述应用窗口的活跃度参数可以包括：在第一统计周期内，单个用户对所述应用窗口的点击次数，以及在第四统计周期内，至少一次点击所述应用窗口的用户数目；所述窗口区域参数包括所述应用窗口的高度值；
所述预定策略可以包括：根据下述公式计算每个应用窗口的参数变化量，并根据所述参数变化量调整所述应用窗口的当前高度值：
其中，Hj为第j个应用窗口调整后的高度值；Mj为第j个应用窗口的当前高度值；Pj为第j个应用窗口在所述第一统计周期内单个用户对所述应用
窗口的点击次数；DAUj为在所述第四统计周期内至少一次点击第j个应用窗口的用户数目；n为各应用窗口所在的客户端设备显示界面上所显示的应用的数目；C1为调整系数，C1大于1。
所述调整系数C1可以根据下述公式计算得到：
其中，MAUj为在第七统计周期内至少一次点击第j个应用窗口的用户数目；所述第七统计周期内大于所述第四统计周期。
另外，所述显示模块还用于接收请求调整应用窗口当前窗口区域的触发指令，所述触发指令包括以下一种或多种：
所述客户端设备发送的触发指令；
定时器超时时所发送的触发指令；
所述客户端设备检测到满足设定条件后所发送的触发指令。
在一个实施例中，所述应用窗口的当前窗口区域参数为初始值，
所述初始值为所述客户端设备根据显示界面所设置的默认值；或
通过历史数据统计结果所设置的推荐值；或
用户登录所述应用窗口时所设置的窗口区域参数。
在一个实施例中，所述装置还可以包括通信模块，所述通信模块独立于所述客户端设备的设备；所述通信模块用于：将调整后获得的所述应用窗口的窗口区域参数发送给所述显示模块，以使所述显示模块更新所述应用窗口的当前窗口区域。
图5是本申请的另一种应用窗口的调节装置500，该装置独立于客户端设备；包括：
处理模块501，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；
通信模块502，用于将调整后获得的所述应用窗口的窗口区域参数发给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
在图5所示的装置中，所述应用窗口的活跃度参数以及预定策略可参照上文所述的方法及图4装置中所描述的具体内容，再次不予赘述。
上述装置中各个单元的功能和作用的实现过程具体详见上述方法中对应步骤的实现过程，在此不再赘述。
对于装置实施例而言，由于其基本对应于方法实施例，所以相关之处参见方法实施例的部分说明即可。以上所描述的装置实施例仅仅是示意性的，其中所述作为分离部件说明的单元可以是或者也可以不是物理上分开的，作为单元显示的部件可以是或者也可以不是物理单元，即可以位于一个地方，或者也可以分布到多个网络单元上。可以根据实际的需要选择其中的部分或者全部模块来实现本申请方案的目的。本领域普通技术人员在不付出创造性劳动的情况下，即可以理解并实施。
本申请实施例中，针对某界面的当前用户，云端服务器获取的该界面中需要显示的每个应用窗口在一定时间段内当前用户点击的次数、以及每个应用在一定时间段内的活跃用户数目等参数，结合调整参数，计算得到针对当前用户该界面中需要显示的每个应用窗口的理想高度值；并根据每个应用的理想高度值对整个界面进行重新布局，在当前用户重新启动该界面时，将重新布局后的界面显示给用户。
由此使得，采用本申请实施例，能够按照某界面的当前用户的使用习惯，对该界面上需要显示的各个应用窗口的高度值进行调整，并按照调整后的各个应用窗口的高度值对整个界面进行重新布局，使得重新布局后的整个界面中每个应用窗口的大小能够很好贴近当前用户的使用习惯，极大程度的满足不同用户的差异化需求，提升用户体验。
本领域技术人员在考虑说明书及实践这里公开的发明后，将容易想到本申请的其它实施方案。本申请旨在涵盖本申请的任何变型、用途或者适应性变化，这些变型、用途或者适应性变化遵循本申请的一般性原理并包括本申请未公开的本技术领域中的公知常识或惯用技术手段。说明书和实施例仅被视为示例性的，本申请的真正范围和精神由下面的权利要求指出。
应当理解的是，本申请并不局限于上面已经描述并在附图中示出的精确结构，并且可以在不脱离其范围进行各种修改和改变。本申请的范围仅由所附的权利要求来限制。
Claims (22)
- 一种应用窗口的调节方法，其特征在于，所述方法包括：根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；客户端设备根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域。
- 根据权利要求1所述的方法，其特征在于，所述应用窗口的活跃度参数包括单个用户对应的应用窗口的活跃度参数，和/或非单个用户对应的应用窗口的活跃度参数；其中，所述单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第一统计周期内，单个用户对所述应用窗口的点击次数；在第二统计周期内，所述单个用户通过所述应用窗口登录应用的次数；在第三统计周期内，所述单个用户通过所述应用窗口使用所述应用的时长；所述第一统计周期、第二统计周期、第三统计周期相同或不同；其中，所述非单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第四统计周期内，至少一次点击所述应用窗口的用户数目；在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长；所述第四统计周期、第五统计周期、第六统计周期相同或不同。
- 根据权利要求1或2所述的方法，其特征在于，所述客户端设备的显示界面所显示的应用窗口的数量为多个，所述预定策略包括以下任何一种：根据每个所述应用窗口的活跃度参数，将每个应用窗口的当前窗口区域增加或减小预设的固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最高的所述应用窗口，将所述活跃度最高的所述应用窗口增大固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最低的所述应用窗口，将所述活跃度最低的所述应用窗口减小固定值；或根据每个所述应用窗口的活跃度参数，计算每个应用窗口的窗口区域参数变化量；根据所述参数变化量调整所述应用窗口的当前窗口区域。
- 根据权利要求3所述的方法，其特征在于，所述应用窗口的活跃度参数包括：在第一统计周期内，单个用户对所述应用窗口的点击次数，以及在第四统计周期内，至少一次点击所述应用窗口的用户数目；所述窗口区域参数包括所述应用窗口的高度值；所述预定策略包括：根据下述公式计算每个应用窗口的参数变化量，并根据所述参数变化量调整所述应用窗口的当前高度值：
其中，Hj为第j个应用窗口调整后的高度值；Mj为第j个应用窗口的当前高度值；Pj为第j个应用窗口在所述第一统计周期内单个用户对所述应用窗口的点击次数；DAUj为在所述第四统计周期内至少一次点击第j个应用窗口的用户数目；n为各应用窗口所在的客户端设备显示界面上所显示的应用的数目；C1为调整系数，C1大于1。 - 根据权利要求4所述的方法，其特征在于，所述方法还包括：获取在第七统计周期内至少一次点击第j个应用窗口的用户数目MAUj；其中，所述第七统计周期内大于所述第四统计周期；则，所述调整系数C1根据下述公式计算得到：
- 根据权利要求1所述的方法，其特征在于，所述方法还包括步骤：接收请求调整应用窗口当前窗口区域的触发指令，所述触发指令包括以下一种或多种：所述客户端设备发送的触发指令；定时器超时时所发送的触发指令；所述客户端设备检测到满足设定条件后所发送的触发指令。
- 根据权利要求1所述的方法，其特征在于，所述应用窗口的当前窗口区域参数为初始值，所述初始值为所述客户端设备根据显示界面所设置的默认值；或通过历史数据统计结果所设置的推荐值；或用户登录所述应用窗口时所设置的窗口区域参数。
- 根据权利要求1所述的方法，其特征在于，所述根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数的步骤由独立于所述客户端设备的设备执行；所述方法还包括：所述独立于所述客户端设备的设备将调整后获得的所述应用窗口的窗口区域参数发送给所述客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
- 一种应用窗口的调节方法，其特征在于，所述方法包括：根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；将调整后获得的所述应用窗口的窗口区域参数发给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
- 根据权利要求9所述的方法，其特征在于，所述应用窗口的活跃度参数包括单个用户对应的应用窗口的活跃度参数，和/或非单个用户对应的应用窗口的活跃度参数；其中，所述单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第一统计周期内，单个用户对所述应用窗口的点击次数；在第二统计周期内，所述单个用户通过所述应用窗口登录应用的次数；在第三统计周期内，所述单个用户通过所述应用窗口使用所述应用的时长；所述第一统计周期、第二统计周期、第三统计周期相同或不同；其中，所述非单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第四统计周期内，至少一次点击所述应用窗口的用户数目；在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长；所述第四统计周期、第五统计周期、第六统计周期相同或不同。
- 根据权利要求9或10所述的方法，其特征在于，所述客户端设备的显示界面所显示的应用窗口的数量为多个，所述预定策略包括以下任何一种：根据每个所述应用窗口的活跃度参数，将每个应用窗口的当前窗口区域增加或减小预设的固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最高的所述应用窗口，将所述活跃度最高的所述应用窗口增大固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最低的所述应用窗口，将所述活跃度最低的所述应用窗口减小固定值；或根据每个所述应用窗口的活跃度参数，计算每个应用窗口的窗口区域参数变化量；根据所述参数变化量调整所述应用窗口的当前窗口区域。
- 一种应用窗口的调节装置，其特征在于，包括：处理模块，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；显示模块，用于根据调整后获得的所述应用窗口的窗口区域参数，更新所述应用窗口的当前窗口区域。
- 根据权利要求12所述的装置，其特征在于，所述应用窗口的活跃度参数包括单个用户对应的应用窗口的活跃度参数，和/或非单个用户对应的应用窗口的活跃度参数；其中，所述单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第一统计周期内，单个用户对所述应用窗口的点击次数；在第二统计周期内，所述单个用户通过所述应用窗口登录应用的次数；在第三统计周期内，所述单个用户通过所述应用窗口使用所述应用的时长；所述第一统计周期、第二统计周期、第三统计周期相同或不同；其中，所述非单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第四统计周期内，至少一次点击所述应用窗口的用户数目；在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长；所述第四统计周期、第五统计周期、第六统计周期相同或不同。
- 根据权利要求12或13所述的装置，其特征在于，所述客户端设备的显示界面所显示的应用窗口的数量为多个，所述预定策略包括以下任何一种：根据每个所述应用窗口的活跃度参数，将每个应用窗口的当前窗口区域增加或减小预设的固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最高的所述应用窗口，将所述活跃度最高的所述应用窗口增大固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最低的所述应用窗口，将所述活跃度最低的所述应用窗口减小固定值；或根据每个所述应用窗口的活跃度参数，计算每个应用窗口的窗口区域参数变化量；根据所述参数变化量调整所述应用窗口的当前窗口区域。
- 根据权利要求14所述的装置，其特征在于，所述应用窗口的活跃度参数包括：在第一统计周期内，单个用户对所述应用窗口的点击次数，以及 在第四统计周期内，至少一次点击所述应用窗口的用户数目；所述窗口区域参数包括所述应用窗口的高度值；所述预定策略包括：根据下述公式计算每个应用窗口的参数变化量，并根据所述参数变化量调整所述应用窗口的当前高度值：
其中，Hj为第j个应用窗口调整后的高度值；Mj为第j个应用窗口的当前高度值；Pj为第j个应用窗口在所述第一统计周期内单个用户对所述应用窗口的点击次数；DAUj为在所述第四统计周期内至少一次点击第j个应用窗口的用户数目；n为各应用窗口所在的客户端设备显示界面上所显示的应用的数目；C1为调整系数，C1大于1。 - 根据权利要求15所述的装置，其特征在于，所述调整系数C1根据下述公式计算得到：
其中，MAUj为在第七统计周期内至少一次点击第j个应用窗口的用户数目；所述第七统计周期内大于所述第四统计周期。 - 根据权利要求12所述的装置，其特征在于，所述显示模块还用于接收请求调整应用窗口当前窗口区域的触发指令，所述触发指令包括以下一种或多种：所述客户端设备发送的触发指令；定时器超时时所发送的触发指令；所述客户端设备检测到满足设定条件后所发送的触发指令。
- 根据权利要求17所述的装置，其特征在于，所述应用窗口的当前窗口区域参数为初始值，所述初始值为所述客户端设备根据显示界面所设置的默认值；或通过历史数据统计结果所设置的推荐值；或用户登录所述应用窗口时所设置的窗口区域参数。
- 根据权利要求17所述的装置，其特征在于，所述装置还包括通信模块，所述通信模块独立于所述客户端设备的设备；所述通信模块用于：将调整后获得的所述应用窗口的窗口区域参数发送给所述显示模块，以使所述显示模块更新所述应用窗口的当前窗口区域。
- 一种应用窗口的调节装置，其特征在于，包括：处理模块，用于根据应用窗口的活跃度参数按照预定策略调整所述应用窗口的当前窗口区域参数；通信模块，用于将调整后获得的所述应用窗口的窗口区域参数发给客户端设备，以使所述客户端设备更新所述应用窗口的当前窗口区域。
- 根据权利要求20所述的装置，其特征在于，所述应用窗口的活跃度参数包括单个用户对应的应用窗口的活跃度参数，和/或非单个用户对应的应用窗口的活跃度参数；其中，所述单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第一统计周期内，单个用户对所述应用窗口的点击次数；在第二统计周期内，所述单个用户通过所述应用窗口登录应用的次数；在第三统计周期内，所述单个用户通过所述应用窗口使用所述应用的时长；所述第一统计周期、第二统计周期、第三统计周期相同或不同；其中，所述非单个用户对应的应用窗口的活跃度参数包括以下一种或多种参数：在第四统计周期内，至少一次点击所述应用窗口的用户数目；在第五统计周期内，通过所述应用窗口登录所述应用的用户数目；在第六统计周期内，多个用户通过所述应用窗口使用所述应用的总时长；所述第四统计周期、第五统计周期、第六统计周期相同或不同。
- 根据权利要求20或21所述的装置，其特征在于，所述客户端设备的显示界面所显示的应用窗口的数量为多个，所述预定策略包括以下任何一种：根据每个所述应用窗口的活跃度参数，将每个应用窗口的当前窗口区域增加或减小预设的固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最高的所述应用窗口，将所述活跃度最高的所述应用窗口增大固定值；或根据每个所述应用窗口的活跃度参数确定活跃度最低的所述应用窗口，将所述活跃度最低的所述应用窗口减小固定值；或根据每个所述应用窗口的活跃度参数，计算每个应用窗口的窗口区域参数变化量；根据所述参数变化量调整所述应用窗口的当前窗口区域。
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