CN103777848A - Data display method and electronic device - Google Patents
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- CN103777848A CN103777848A CN201410069662.4A CN201410069662A CN103777848A CN 103777848 A CN103777848 A CN 103777848A CN 201410069662 A CN201410069662 A CN 201410069662A CN 103777848 A CN103777848 A CN 103777848A
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Abstract
The invention discloses a data display method and an electronic device. The electronic device is capable of operating a plurality of applications and comprises a first state and a second state which is different from the first state. When the electronic device is in the first state, the method comprises the following steps: acquiring data information of the plurality of applications in the electronic device, in which the data information comprises operation state information of the plurality of applications from a T1 moment to a T2 moment; and controlling a display unit of the electronic device to display a first display interface according to the operation state information, in which the first interface is used for showing information of application programs operated by the electronic device from the T1 moment to the T2 moment to a user, wherein an identifier of each application is displayed by the first display interface; the identifier comprises one or more display parameters; and a first display parameter corresponds to an application type of the application.
Description
Technical field
The application relates to technical field of data processing, particularly a kind of data display method and electronic equipment.
Background technology
Along with the development of electronics technology, the types of applications software of installing in the electronic equipments such as mobile phone, pad is more and more.
Different users can prefer to and use a certain class application, see Video Applications, the amusement intelligent who uses the amusement classes such as voice applications to apply as liked, or like the social intelligent of the social instruments such as different chat application, or the information intelligent of hobby reading electronic book nationality and browsing information webpage; Even and if same user, also can be different at the use application preferences of different time sections, as go to work morning can often be used video class application road period, during working, can use more office type application.
But, in current electronic equipment, there is no a kind of implementation, user in a certain period can be used the behavior pattern of the electronic equipment feature of carrying out to conclude represents, specifically, do not have a kind ofly to use the behavior preference feature of the application in electronic equipment to sort out summary user, and then scheme user behavior being displayed by a kind of mode intuitively.
Summary of the invention
The application's technical matters to be solved is to provide a kind of data display method and electronic equipment, in order to solve in prior art the operation information that cannot show intuitively for user each application in a certain period, to symbolize the technical matters of the operation behavior of user to electronic equipment in this period etc.
The application provides a kind of data display method, be applied to electronic equipment, described electronic equipment can move multiple application, described electronic equipment comprises display unit, described electronic equipment comprises the first state and second state different from described the first state, described electronic equipment responds the first subset of instructions in preset instructions set in the time of described the first state, described electronic equipment responds the second subset of instructions in described instruction set in the time of described the second state, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, described electronic equipment is in the time of described the first state, described method comprises:
Obtain the data message of multiple application in described electronic equipment, wherein, described data message is carved into the running state information of described multiple application between the T2 moment while comprising T1;
According to described running state information, the display unit of controlling described electronic equipment presents the first display interface, and described the first display interface for being carved into the application information that between the T2 moment, described electronic equipment moves in the time that user represents T1;
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
Said method, preferred, described the first state is screen lock state, described the second state is the state after release.
Said method, preferably, the mark of described application has the second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, and described the second display parameter are carved into the running state information of described multiple application between the T2 moment and generate during based on T1.
Said method, preferred, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, generate in the following manner, be specially:
According to described running state information, obtain in described multiple application, when each T1 of being applied in, be carved into the length of the cumulative time in running status and/or long in the cumulative time of non-operating state between the T2 moment;
Long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generate the second display parameter.
Said method, preferred, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, generate in the following manner, be specially:
While obtaining in described multiple application each T1 of being applied in, be carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information;
Based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
Said method, preferred, the described running state information of described foundation, the display unit of controlling described electronic equipment presents the first display interface, comprising:
Be carved into time shaft between the T2 moment when from T1 as scale, control the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
Said method, preferred, described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode;
Wherein, described method also comprises:
The operation of monitor user ' operating body;
Described, when being operating as the primary importance of the touch point of described operating body on described display unit from described the first display interface and moving to the slide of the second place, the first display mode that switches described the first display interface is that the second display mode or the second display mode that switches described the first display interface are the first display mode.
Said method, preferably, described the first display interface comprises annular region, described annular region comprises the donut that multiple radiuses do not wait, on each described donut, show multiple marks, the each mark representative on each described donut is carved into the running state information of the application of T2 moment or class application in the time of T1.
Said method, preferred, the first display parameter are color parameter, wherein, the application of the same application type of same characterization or the same application of same characterization.
The application also provides a kind of electronic equipment, described electronic equipment can move multiple application, described electronic equipment comprises display unit, described electronic equipment comprises i.e. second state different from described the first state of the first state, described electronic equipment responds the first subset of instructions in preset instructions set in the time of described the first state, described electronic equipment responds the second subset of instructions in described instruction set in the time of described the second state, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, described electronic equipment also comprises:
Information acquisition unit, for during in described the first state, obtaining the data message of multiple application in described electronic equipment at described electronic equipment, wherein, described data message is carved into the running state information of described multiple application between the T2 moment while comprising T1;
Control display unit, for the described running state information of foundation, the display unit of controlling described electronic equipment presents the first display interface, and described the first display interface for being carved into the application information that between the T2 moment, described electronic equipment moves in the time that user represents T1;
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
Above-mentioned electronic equipment, preferred, described the first state is screen lock state, described the second state is the state after release.
Above-mentioned electronic equipment, preferably, the mark of described application has the second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, and the running state information that described the second display parameter are carved into described multiple application between the T2 moment during based on T1 generates.
Above-mentioned electronic equipment, preferred, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, realize by following structure:
Long acquiring unit of time, for according to described running state information, is carved between the T2 moment cumulative time in running status long and/or long in the cumulative time of non-operating state while obtaining in described multiple application each T1 of being applied in;
The first parameter generating unit, for long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generates the second display parameter.
Above-mentioned electronic equipment, preferred, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, realize by following structure:
Time period acquiring unit, be used for being carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information while obtaining the each T1 of being applied in of described multiple application, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information;
The second parameter generating unit, for based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
Above-mentioned electronic equipment, preferred, described control display unit comprises:
Time shaft control shows subelement, for being carved into time shaft between the T2 moment when from T1 as scale, controls the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
Above-mentioned electronic equipment, preferred, described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode;
Wherein, described electronic equipment also comprises:
Operation inspection unit, for the operation of monitor user ' operating body, described when being operating as the primary importance of the touch point of described operating body on described display unit from described the first display interface and moving to the slide of the second place, trigger mode switch unit;
Mode switch element is that the second display mode or the second display mode that switches described the first display interface are the first display mode for switching the first display mode of described the first display interface.
Above-mentioned electronic equipment, preferably, described the first display interface comprises annular region, described annular region comprises the donut that multiple radiuses do not wait, on each described donut, show multiple marks, the each mark representative on each described donut is carved into the running state information of the application of T2 moment or class application in the time of T1.
Above-mentioned electronic equipment, preferred, the first display parameter are color parameter, wherein, the application of the same application type of same characterization or the same application of same characterization.
From such scheme, a kind of data display method and electronic equipment that the application provides, in this electronic equipment, can move multiple application, and include display unit, at this electronic equipment during in the first state, the application is by obtaining the data message of multiple application in this electronic equipment, obtain after it is carved into the running state information of described multiple application between the T2 moment in the time of T1, according to this running state information, the display unit of controlling described electronic equipment presents the first display interface, this first display interface for being carved into the application information moving on described electronic equipment between the T2 moment in the time that user shows T1, and, on this first display interface, show the mark of each application, the first display parameter of mark are corresponding with the application type of this application.The application is by electronic equipment during in the first state, by mark and the application information thereof of each application in this electronic equipment, can show very intuitively the operation information of each application in a certain period to user, to symbolize user's operation behavior to electronic equipment etc. in this period, for example, use the behavior preference feature of the application in electronic equipment to sort out summary user, and then intuitively user behavior is displayed, increase user and experience.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present application, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is only some embodiment of the application, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The process flow diagram of a kind of data display method embodiment mono-that Fig. 1 provides for the application;
Fig. 2 is the part process flow diagram of the embodiment of the present application;
Fig. 3 is the application example figure of the embodiment of the present application;
Fig. 4 is the Another Application exemplary plot of the embodiment of the present application;
Fig. 5 is another part process flow diagram of the embodiment of the present application;
Fig. 6 is the another application example figure of the embodiment of the present application;
Fig. 7 is the Another Application exemplary plot of the embodiment of the present application;
The process flow diagram of a kind of data display method embodiment bis-that Fig. 8 provides for the application;
Fig. 9 is the Another Application exemplary plot of the embodiment of the present application;
Figure 10 is the another application example figure of the embodiment of the present application;
The structural representation of a kind of electronic equipment embodiment tri-that Figure 11 provides for the application;
Figure 12 is the part-structure schematic diagram of the embodiment of the present application;
Figure 13 is another part structural representation of the embodiment of the present application;
Figure 14 is another structural representation of the embodiment of the present application;
The structural representation of a kind of electronic equipment embodiment tetra-that Figure 15 provides for the application.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only the application's part embodiment, rather than whole embodiment.Based on the embodiment in the application, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the application's protection.
With reference to figure 1, the process flow diagram of a kind of data display method embodiment mono-providing for the application, wherein, described method is applied in electronic equipment, this electronic equipment can move multiple application, as office application, audio-visual broadcasting application, game application etc., in described electronic equipment, include display unit, described electronic equipment comprises by the first state and second state different from described the first state, described electronic equipment can respond the first subset of instructions in preset instructions set in the time of described the first state, and described electronic equipment is in the time of described the second state, can respond the second subset of instructions in this instruction set, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, and the embodiment of the present application is applied in described electronic equipment in the time of described the first state, now, described method can comprise the following steps:
Step 101: the data message that obtains multiple application in described electronic equipment.
Wherein, when described data message comprises T1, be carved into the running state information of described multiple application between the T2 moment.
It should be noted that, determining of described T1 moment and described T2 moment can be preset by user, for example, the current time that described electronic equipment is set is the T2 moment, the previous day in the corresponding moment in this T2 moment is the T1 moment, or, also can dynamically arrange, as in the time that the application brings into operation, user arranged these two moment.
Step 102: according to described running state information, the display unit of controlling described electronic equipment presents the first display interface, described the first display interface for being carved into the application information that between the T2 moment, described electronic equipment moves in the time that user represents T1;
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
It should be noted that, described application information includes the mark of this application, that is to say, while showing T1 on described display unit, be carved between the T2 moment, the mark of the multiple application that move on described electronic equipment, and each mark has its one or more display parameter separately, the first display parameter are wherein corresponding with the affiliated application type of this application, that is to say, on described display unit in the first display interface, the application of same type shows with same the first display parameter, with indicate every type be applied in T1 time be carved into the ruuning situation between the T2 moment.
From such scheme, a kind of data display method embodiment mono-that the application provides, in this electronic equipment, can move multiple application, and include display unit, at this electronic equipment during in the first state, the application is by obtaining the data message of multiple application in this electronic equipment, obtain after it is carved into the running state information of described multiple application between the T2 moment in the time of T1, according to this running state information, the display unit of controlling described electronic equipment presents the first display interface, this first display interface for being carved into the application information moving on described electronic equipment between the T2 moment in the time that user shows T1, and, on this first display interface, show the mark of each application, the first display parameter of mark are corresponding with the application type of this application.The embodiment of the present application one is by electronic equipment during in the first state, by mark and the application information thereof of each application in this electronic equipment, can show very intuitively the operation information of each application in a certain period to user, to symbolize user's operation behavior to electronic equipment etc. in this period, for example, use the behavior preference feature of the application in electronic equipment to sort out summary user, and then intuitively user behavior is displayed, increase user and experience.
In concrete application, electronic equipment the first state in above-described embodiment can be screen lock state, described the second state is the state after release, and the number of the instruction that described electronic equipment can respond under screen lock state is less than the number of the instruction that can respond under its state after release.
In addition, in described the first display interface, the mark of each described application not only specifically has its first display parameter, also there are its second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, as disk placement position or time shaft placement position etc.Described the second display parameter are carved into the running state information of described multiple application between the T2 moment and generate can be based on T1 time.That is to say or, the second display parameter of the mark of each described application, based on its correspondence be applied in T1 time be carved into running state information between the T2 moment and generate.
Concrete, can, with reference to figure 2, be the generative process process flow diagram of described the second display parameter, specifically include following steps:
Step 201: according to described running state information, obtain in described multiple application, be carved into the length of the cumulative time in running status and/or long in the cumulative time of non-operating state between the T2 moment when each T1 of being applied in.
Wherein, described application is long in the cumulative time of running status, can be understood as, when the described T1 of being applied in, be carved between the T2 moment T.T. in being activated state long, and in the time of T1, be carved between the T2 moment, long in the cumulative time of non-operating state except being described application long excess time of the cumulative time of described application in running status.
It should be noted that, when each T1 of being applied in, be carved into may exist between the T2 moment and be repeatedly unlocked and pent situation repeatedly, the cumulative time of each application in running status, long being when this is applied in T1 was carved into each long summation of the duration in the state of being unlocked between the T2 moment, and the cumulative time of each application in non-operating state, long being when this is applied in T1 was carved between the T2 moment at every turn in being closed the long summation of duration of state.
Step 202: long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generate the second display parameter.
Wherein, described step 202 refers to, described the second display parameter can be based on described long-living one-tenth of the cumulative time in running status; Or, the long-living one-tenth of cumulative time that described the second display parameter can be based in non-operating state; Or, described the second display parameter also can the cumulative time long based on described cumulative time in running status and in non-operating state long-living become.
For example, described the second display parameter can be that the first weighted value is realized, described the first weighted value can be long definite according to the cumulative time in running status of its corresponding application, that is to say, the cumulative time of this application in running status is longer, and its first weighted value is higher, and the cumulative time of this application in running status is long shorter, its first weighted value is lower, and then the mark of this application is determined its placement position on described display unit with this first weighted value.Take bar shaped layout format as example, as shown in Figure 3, the first weighted value is higher, this placement position being identified on described display unit is arranged more forward in the placement position of all application, as, its first weighted value of mark A is X, the first weighted value is lower, this placement position being identified on described display unit is arranged and is more delayed in the placement position of all application, if its first weighted value of mark C is X-20; Or, as shown in Figure 4, the first weighted value is higher, it is larger in the layout area of all application that this is identified at layout area on described display unit, as, its first weighted value of mark A is X, the first weighted value is lower, it is less in the layout area of all application that this is identified at layout area on described display unit, if its first weighted value of mark C is X-20.
In addition, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, also can generate in such a way, concrete, with reference to figure 5, be the generative process process flow diagram of described the second display parameter, comprise the following steps:
Step 501: be carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information while obtaining in described multiple application each T1 of being applied in, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information.
Wherein, when each T1 of being applied in, be carved into may exist between the T2 moment and be repeatedly unlocked and pent situation repeatedly, be when this is applied in T1 and be carved between the T2 moment at every turn in the time period of the state of being unlocked information in the time period of running status information in each application, for example, be applied in the moment D startup that is triggered, in the moment, E is closed, moment D is to the time period between moment E, be and when this is applied in T1, be carved into a time period information in running status between the T2 moment, each application is when this is applied in T1 and is carved between the T2 moment at every turn in being closed the time period information of state in the time period of non-operating state information, that is to say, in being carved between the T2 moment in the time of T1, time period information except the time period of this application in running status, be this application in the time period of non-operating state information.
Step 502: based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
Wherein, described the second display parameter can be understood as this application M working time segment information and N non-operating time segment information in the set of corresponding multiple moment point.
Accordingly, described step 102 is in the described running state information of foundation, and the display unit of controlling described electronic equipment presents the first display interface, is specifically as follows:
Be carved into time shaft between the T2 moment when from T1 as scale, control the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
Take horizontal time shaft as example, when T1, be carved between the T2 moment, F application have two working time segment information F1, F2 and three non-operating time segment information K1, K2, K3, as shown in Figure 6.
Take if disk time shaft in Fig. 7 is as example, F application have two working time segment information F1, F2 and three non-operating time segment information K1, K2, K3; Application H shows its placement position with its second display parameter on the first display interface of described display unit, this application H have three working time segment information M1, M2, M3, and four non-operating time segment information N1, N2, N3, N4.
With reference to the realization of the various embodiments described above, can there are two kinds of display modes in the first display interface on described display unit, that is:
Described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode.
It should be noted that, described the first display interface can carry out the switching of two kinds of display modes under user's operation, concrete, with reference to figure 8, the process flow diagram of a kind of data display method embodiment bis-providing for the application, wherein, after described step 102, described can also comprising the following steps:
Step 103: the operation of monitor user ' operating body.
Wherein, the operation of described user's operating body is the touch point operation of user's operating body on described display unit.
It should be noted that, in the embodiment of the present application, described the first display interface presents any display mode, and now, the first display interface of described electronic equipment can be the first display mode, can be also the second display mode.
Step 104: judge whether this operation is the touch point of described operating body on described display unit moves to second place slide from the primary importance of described the first display interface, if so, execution step 105 or step 106.
Wherein, touch point on described the first display interface can be single touch point operation, also can be multi-touch operation, as user by two refer to as described in the enterprising line slip of display unit, its primary importance of the each freedom of two touch points realizing on described the first display interface moves to the second place.
Step 105: the first display mode that switches described the first display interface is the second display mode.
Step 106: the second display mode that switches described the first display interface is the first display mode.
It should be noted that, in described step 104, judge when being operating as the touch point of described operating body on described display unit and moving to the slide of the second place from the primary importance of described the first display interface, by determining the current display mode of described the first display interface and then determining execution step 105 or execution step 106, for example, in the time that the current display mode of described the first display interface is the first display mode, described step 104 triggers carries out described step 105, in the time that the current display mode of described the first display interface is the second display mode, described step 104 triggers carries out described step 106.
In above-mentioned each embodiment specific implementation, described the first display interface can be by multiple display styles, as shown in Figure 9, described the first display interface comprises annular region 901, described annular region comprises the donut 902 that multiple radiuses do not wait, on each described donut, show mark 903, the each mark representative on each described donut 902 is carved into the running state information of the application of T2 moment or class application in the time of T1.
Now, this running state information is carved between the T2 moment cumulative time in running status can be applied in T1 for this application or such time long, when maybe this application or such are applied in T1, be carved between the T2 moment cumulative time in non-operating state long etc., or be carved into while being applied in T1 between the T2 moment in the time period of running status information, or be carved between the T2 moment in the time period of non-operating state information etc. while being applied in T1.For example, this is identified in its time period in running status in illuminating state, in the time period at it in non-operating state in dimmed state.
In specific implementation, as shown in Figure 10, described the first display parameter can be color parameter, and wherein, the application of the same application type of same characterization, as game application message, business application information, audio-visual application message, social application message etc.Or, the same application of same characterization.
With reference to Figure 11, the structural representation of a kind of electronic equipment embodiment tri-providing for the application, wherein, described electronic equipment can move multiple application, as office application, audio-visual broadcasting application, game application etc., described electronic equipment comprises display unit, described electronic equipment comprises i.e. second state different from described the first state of the first state, described electronic equipment responds the first subset of instructions in preset instructions set in the time of described the first state, described electronic equipment responds the second subset of instructions in described instruction set in the time of described the second state, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, described electronic equipment can also comprise:
It should be noted that, determining of described T1 moment and described T2 moment can be preset by user, for example, the current time that described electronic equipment is set is the T2 moment, the previous day in the corresponding moment in this T2 moment is the T1 moment, or, also can dynamically arrange, as in the time that the application brings into operation, user arranged these two moment.
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
It should be noted that, described application information includes the mark of this application, that is to say, while showing T1 on described display unit, be carved between the T2 moment, the mark of the multiple application that move on described electronic equipment, and each mark has its one or more display parameter separately, the first display parameter are wherein corresponding with the affiliated application type of this application, that is to say, on described display unit in the first display interface, the application of same type shows with same the first display parameter, with indicate every type be applied in T1 time be carved into the ruuning situation between the T2 moment.
From such scheme, a kind of electronic equipment embodiment tri-that the application provides, in this electronic equipment, can move multiple application, and include display unit, at this electronic equipment during in the first state, the application is by obtaining the data message of multiple application in this electronic equipment, obtain after it is carved into the running state information of described multiple application between the T2 moment in the time of T1, according to this running state information, the display unit of controlling described electronic equipment presents the first display interface, this first display interface for being carved into the application information moving on described electronic equipment between the T2 moment in the time that user shows T1, and, on this first display interface, show the mark of each application, the first display parameter of mark are corresponding with the application type of this application.The embodiment of the present application three is by electronic equipment during in the first state, by mark and the application information thereof of each application in this electronic equipment, can show very intuitively the operation information of each application in a certain period to user, to symbolize user's operation behavior to electronic equipment etc. in this period, for example, use the behavior preference feature of the application in electronic equipment to sort out summary user, and then intuitively user behavior is displayed, increase user and experience.
In concrete application, electronic equipment the first state in above-described embodiment can be screen lock state, described the second state is the state after release, and the number of the instruction that described electronic equipment can respond under screen lock state is less than the number of the instruction that can respond under its state after release.
In addition, in described the first display interface, the mark of each described application not only specifically has its first display parameter, also there are its second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, as disk placement position or time shaft placement position etc.Described the second display parameter are carved into the running state information of described multiple application between the T2 moment and generate can be based on T1 time.That is to say or, the second display parameter of the mark of each described application, based on its correspondence be applied in T1 time be carved into running state information between the T2 moment and generate.
Concrete, with reference to Figure 12, the structural representation when running state information that is carved into described multiple application between the T2 moment for described the second display parameter when based on T1 generates, specifically can comprise:
Long acquiring unit 1201 of time, for according to described running state information, is carved between the T2 moment cumulative time in running status long and/or long in the cumulative time of non-operating state while obtaining in described multiple application each T1 of being applied in.
Wherein, described application is long in the cumulative time of running status, can be understood as, when the described T1 of being applied in, be carved between the T2 moment T.T. in being activated state long, and in the time of T1, be carved between the T2 moment, long in the cumulative time of non-operating state except being described application long excess time of the cumulative time of described application in running status.
It should be noted that, when each T1 of being applied in, be carved into may exist between the T2 moment and be repeatedly unlocked and pent situation repeatedly, the cumulative time of each application in running status, long being when this is applied in T1 was carved into each long summation of the duration in the state of being unlocked between the T2 moment, and the cumulative time of each application in non-operating state, long being when this is applied in T1 was carved between the T2 moment at every turn in being closed the long summation of duration of state.
The first parameter generating unit 1202, for long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generates the second display parameter.
Wherein, described the first parameter generating unit 1202 refers to, described the second display parameter can be based on described long-living one-tenth of the cumulative time in running status; Or, the long-living one-tenth of cumulative time that described the second display parameter can be based in non-operating state; Or, described the second display parameter also can the cumulative time long based on described cumulative time in running status and in non-operating state long-living become.
For example, described the second display parameter can be that the first weighted value is realized, described the first weighted value can be long definite according to the cumulative time in running status of its corresponding application, that is to say, the cumulative time of this application in running status is longer, and its first weighted value is higher, and the cumulative time of this application in running status is long shorter, its first weighted value is lower, and then the mark of this application is determined its placement position on described display unit with this first weighted value.Take bar shaped layout format as example, as shown in Figure 3, the first weighted value is higher, this placement position being identified on described display unit is arranged more forward in the placement position of all application, as, its first weighted value of mark A is X, the first weighted value is lower, this placement position being identified on described display unit is arranged and is more delayed in the placement position of all application, if its first weighted value of mark C is X-20; Or, as shown in Figure 4, the first weighted value is higher, it is larger in the layout area of all application that this is identified at layout area on described display unit, as, its first weighted value of mark A is X, the first weighted value is lower, it is less in the layout area of all application that this is identified at layout area on described display unit, if its first weighted value of mark C is X-20.
In addition, with reference to Figure 13, for described the second display parameter when based on T1, be carved into described multiple application between the T2 moment running state information generate time another structural representation, specifically can comprise:
Time period acquiring unit 1301, be used for being carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information while obtaining the each T1 of being applied in of described multiple application, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information.
Wherein, when each T1 of being applied in, be carved into may exist between the T2 moment and be repeatedly unlocked and pent situation repeatedly, be when this is applied in T1 and be carved between the T2 moment at every turn in the time period of the state of being unlocked information in the time period of running status information in each application, for example, be applied in the moment D startup that is triggered, in the moment, E is closed, moment D is to the time period between moment E, be and when this is applied in T1, be carved into a time period information in running status between the T2 moment, each application is when this is applied in T1 and is carved between the T2 moment at every turn in being closed the time period information of state in the time period of non-operating state information, that is to say, in being carved between the T2 moment in the time of T1, time period information except the time period of this application in running status, be this application in the time period of non-operating state information.
The second parameter generating unit 1302, for based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
Wherein, described the second display parameter can be understood as this application M working time segment information and N non-operating time segment information in the set of corresponding multiple moment point.
Accordingly, with reference to Figure 14, be another structural representation of the embodiment of the present application, described control display unit 1102 can be realized by following structure:
Time shaft control shows subelement 1121, for being carved into time shaft between the T2 moment when from T1 as scale, controls the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
Take horizontal time shaft as example, when T1, be carved between the T2 moment, F application have two working time segment information F1, F2 and three non-operating time segment information K1, K2, K3, as shown in Figure 6.
Take if disk time shaft in Fig. 7 is as example, F application have two working time segment information F1, F2 and three non-operating time segment information K1, K2, K3; Application H shows its placement position with its second display parameter on the first display interface of described display unit, this application H have three working time segment information M1, M2, M3, and four non-operating time segment information N1, N2, N3, N4.
With reference to the realization of the various embodiments described above, can there are two kinds of display modes in the first display interface on described display unit, that is:
Described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode.
It should be noted that, described the first display interface can carry out the switching of two kinds of display modes under user's operation, concrete, with reference to Figure 15, the structural representation of a kind of electronic equipment embodiment tetra-providing for the application, wherein, described electronic equipment can also comprise:
Wherein, the operation of described user's operating body is the touch point operation of user's operating body on described display unit.
It should be noted that, in the embodiment of the present application, described the first display interface presents any display mode, and now, the first display interface of described electronic equipment can be the first display mode, can be also the second display mode.
Wherein, touch point on described the first display interface can be single touch point operation, also can be multi-touch operation, as user by two refer to as described in the enterprising line slip of display unit, its primary importance of the each freedom of two touch points realizing on described the first display interface moves to the second place.
It should be noted that, in described operation inspection unit 1103, judge when being operating as the touch point of described operating body on described display unit and moving to the slide of the second place from the primary importance of described the first display interface, by determining the current display mode of described the first display interface and then determining and trigger described mode switch element 1104, for example, in the time that the current display mode of described the first display interface is the first display mode, triggering described mode switch element 1104, to switch the first display mode of described the first display interface be the second display mode, in the time that the current display mode of described the first display interface is the second display mode, triggering described mode switch element 1104, to switch the second display mode of described the first display interface be the first display mode.
In above-mentioned each embodiment specific implementation, described the first display interface can be by multiple display styles, as shown in Figure 9, described the first display interface comprises annular region 901, described annular region comprises the donut 902 that multiple radiuses do not wait, on each described donut, show mark 903, the each mark representative on each described donut 902 is carved into the running state information of the application of T2 moment or class application in the time of T1.
Now, this running state information is carved between the T2 moment cumulative time in running status can be applied in T1 for this application or such time long, when maybe this application or such are applied in T1, be carved between the T2 moment cumulative time in non-operating state long etc., or be carved into while being applied in T1 between the T2 moment in the time period of running status information, or be carved between the T2 moment in the time period of non-operating state information etc. while being applied in T1.For example, this is identified in its time period in running status in illuminating state, in the time period at it in non-operating state in dimmed state.
In specific implementation, as shown in Figure 10, described the first display parameter can be color parameter, and wherein, the application of the same application type of same characterization, as game application message, business application information, audio-visual application message, social application message etc.Or, the same application of same characterization.
It should be noted that, each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.
Finally, also it should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.
A kind of data display method and the electronic equipment that above the application are provided are described in detail, applied principle and the embodiment of specific case to the application herein and set forth, the explanation of above embodiment is just for helping to understand the application's method and core concept thereof; , for one of ordinary skill in the art, according to the application's thought, all will change in specific embodiments and applications, in sum, this description should not be construed as the restriction to the application meanwhile.
Claims (18)
1. a data display method, it is characterized in that, be applied to electronic equipment, described electronic equipment can move multiple application, described electronic equipment comprises display unit, described electronic equipment comprises the first state and second state different from described the first state, described electronic equipment responds the first subset of instructions in preset instructions set in the time of described the first state, described electronic equipment responds the second subset of instructions in described instruction set in the time of described the second state, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, described electronic equipment is in the time of described the first state, described method comprises:
Obtain the data message of multiple application in described electronic equipment, wherein, described data message is carved into the running state information of described multiple application between the T2 moment while comprising T1;
According to described running state information, the display unit of controlling described electronic equipment presents the first display interface, and described the first display interface for being carved into the application information that between the T2 moment, described electronic equipment moves in the time that user represents T1;
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
2. method according to claim 1, is characterized in that, described the first state is screen lock state, and described the second state is the state after release.
3. method according to claim 1, it is characterized in that, the mark of described application has the second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, and described the second display parameter are carved into the running state information of described multiple application between the T2 moment and generate during based on T1.
4. method according to claim 3, is characterized in that, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, generates in the following manner, is specially:
According to described running state information, obtain in described multiple application, when each T1 of being applied in, be carved into the length of the cumulative time in running status and/or long in the cumulative time of non-operating state between the T2 moment;
Long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generate the second display parameter.
5. method according to claim 3, is characterized in that, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, generates in the following manner, is specially:
While obtaining in described multiple application each T1 of being applied in, be carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information;
Based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
6. method according to claim 5, is characterized in that, the described running state information of described foundation, and the display unit of controlling described electronic equipment presents the first display interface, comprising:
Be carved into time shaft between the T2 moment when from T1 as scale, control the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
7. method according to claim 3, it is characterized in that, described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode;
Wherein, described method also comprises:
The operation of monitor user ' operating body;
Described, when being operating as the primary importance of the touch point of described operating body on described display unit from described the first display interface and moving to the slide of the second place, the first display mode that switches described the first display interface is that the second display mode or the second display mode that switches described the first display interface are the first display mode.
8. method according to claim 1, it is characterized in that, described the first display interface comprises annular region, described annular region comprises the donut that multiple radiuses do not wait, on each described donut, show multiple marks, the each mark representative on each described donut is carved into the running state information of the application of T2 moment or class application in the time of T1.
9. according to the method described in any one in claim 1～8, it is characterized in that, the first display parameter are color parameter, wherein, and the application of the same application type of same characterization or the same application of same characterization.
10. an electronic equipment, it is characterized in that, described electronic equipment can move multiple application, described electronic equipment comprises display unit, described electronic equipment comprises i.e. second state different from described the first state of the first state, described electronic equipment responds the first subset of instructions in preset instructions set in the time of described the first state, described electronic equipment responds the second subset of instructions in described instruction set in the time of described the second state, number of instructions in described the first subset of instructions is less than the number of instructions in described the second subset of instructions, described electronic equipment also comprises:
Information acquisition unit, for during in described the first state, obtaining the data message of multiple application in described electronic equipment at described electronic equipment, wherein, described data message is carved into the running state information of described multiple application between the T2 moment while comprising T1;
Control display unit, for the described running state information of foundation, the display unit of controlling described electronic equipment presents the first display interface, and described the first display interface for being carved into the application information that between the T2 moment, described electronic equipment moves in the time that user represents T1;
Wherein, described the first display interface shows the mark of each described application, and described mark has one or more display parameter, and the first display parameter are wherein corresponding with the application type of this application.
11. electronic equipments according to claim 10, is characterized in that, described the first state is screen lock state, and described the second state is the state after release.
12. electronic equipments according to claim 10, it is characterized in that, the mark of described application has the second display parameter, described the second display parameter characterize the placement position on the described display unit of being identified at of described application, and the running state information that described the second display parameter are carved into described multiple application between the T2 moment during based on T1 generates.
13. electronic equipments according to claim 12, is characterized in that, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, realize by following structure:
Long acquiring unit of time, for according to described running state information, is carved between the T2 moment cumulative time in running status long and/or long in the cumulative time of non-operating state while obtaining in described multiple application each T1 of being applied in;
The first parameter generating unit, for long and/or long in the cumulative time of non-operating state based on the described cumulative time in running status, generates the second display parameter.
14. electronic equipments according to claim 12, is characterized in that, when described the second display parameter are carved into the running state information generation of described multiple application between the T2 moment when based on T1, realize by following structure:
Time period acquiring unit, be used for being carved between the T2 moment in the time period of running status information and/or in the time period of non-operating state information while obtaining the each T1 of being applied in of described multiple application, corresponding to each described application, correspondingly obtain described application M working time segment information and N non-operating time segment information;
The second parameter generating unit, for based on described M working time segment information and N non-operating time segment information, generate the second display parameter.
15. electronic equipments according to claim 14, is characterized in that, described control display unit comprises:
Time shaft control shows subelement, for being carved into time shaft between the T2 moment when from T1 as scale, controls the mark that presents described multiple application on the display unit of described electronic equipment; Wherein, the mark of described multiple application, according to a preset rules, corresponding to described time shaft scale, is presented on described the first display interface with described the second display parameter.
16. electronic equipments according to claim 12, it is characterized in that, described the second display parameter based on described running state information in application in running status and/or the cumulative time in non-operating state when long-living one-tenth, described the first display interface is the first display mode;
At described the second display parameter based on application in running status and/or in the time period of non-operating state when Information generation, described the first display interface is the second display mode;
Wherein, described electronic equipment also comprises:
Operation inspection unit, for the operation of monitor user ' operating body, described when being operating as the primary importance of the touch point of described operating body on described display unit from described the first display interface and moving to the slide of the second place, trigger mode switch unit;
Mode switch element is that the second display mode or the second display mode that switches described the first display interface are the first display mode for switching the first display mode of described the first display interface.
17. electronic equipments according to claim 10, it is characterized in that, described the first display interface comprises annular region, described annular region comprises the donut that multiple radiuses do not wait, on each described donut, show multiple marks, the each mark representative on each described donut is carved into the running state information of the application of T2 moment or class application in the time of T1.
18. according to the electronic equipment described in claim 10～17 any one, it is characterized in that, the first display parameter are color parameter, wherein, and the application of the same application type of same characterization or the same application of same characterization.
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