CN106155639A - A kind of loading method operating interface and device - Google Patents
A kind of loading method operating interface and device Download PDFInfo
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- CN106155639A CN106155639A CN201510129363.XA CN201510129363A CN106155639A CN 106155639 A CN106155639 A CN 106155639A CN 201510129363 A CN201510129363 A CN 201510129363A CN 106155639 A CN106155639 A CN 106155639A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
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Abstract
The invention discloses a kind of loading method operating interface and device, be used for improving the stereovision in the loading procedure of operation interface.The method is: in advance various operation interfaces are carried out analyzing component, and according to component property, each assembly comprised in operation interface is classified, and be respectively directed to each class component arrange corresponding load mode detect generation operation interface trigger event time, determine the various components that operation interface comprises, and the load mode that corresponding each class component is preset, respectively according to the load mode that each class component is corresponding, corresponding assembly is loaded, to generate operation interface.So, by each class component is loaded according to default load mode, the diversity in various components loading procedure in operation interface can be improved, highlight stereovision and the granularity of operation interface loading procedure, and reach to remind in time the effect of user's processing priority.
Description
Technical field
The present invention relates to field of computer technology, particularly to a kind of loading method operating interface and device.
Background technology
Inside Android (i.e. Android) system, view (i.e. View) acquiescence support there are 4 kinds of animation effects
Really, being to rotate (i.e. Rotate) respectively, flexible (i.e. Scale), progressive (i.e. Alpha) and translation are (i.e.
Translate).Dialogue (i.e. Dialog) pop-up box is a subset of view, it is also possible to be considered a kind of behaviour
Make interface, typically eject a floating frame at current desktop, be used for pointing out user or priority treatment current
Things, not confirming current operation interface when, it is impossible to continues down to operate.
The application operating interface of system default does not has animation effect, some the most common user interfaces
(User Interface, UI) design adds the appearance animation of 4 kinds of acquiescences operating interface when of ejecting
(occurring as rotated, progressive appearance etc.), or some other self-defining animation effect.But prior art
In these animation effects the most all to whole operation interface operation, the animation effect at operation interface is one
Individual entirety, is not mutually change between the assembly inside operation interface.
So, having led to the operation interface for complex topology and simple layout, effect is the same, especially
It does not has stereovision and granular sensation for the operation interface images of complex topology.
Summary of the invention
The embodiment of the present invention provides a kind of loading method operating interface and device, in order to improve in operation interface
Diversity in various components loading procedure, highlights stereovision and the granularity of operation interface loading procedure, and
Reach to remind in time the effect of user's processing priority.
The concrete technical scheme that the embodiment of the present invention provides is as follows:
A kind of loading method operating interface, including:
When generation operation interface trigger event being detected, determine the various components that described operation interface comprises,
And the load mode that corresponding each class component is preset, wherein, a class component has same components for sign
The assembly set of attribute；
Respectively according to the load mode that described each class component is corresponding, corresponding assembly is loaded, to generate
Described operation interface.
So, by each class component is loaded according to default load mode, it is possible to increase operation circle
Diversity in various components loading procedure in face, highlights stereovision and the granule of operation interface loading procedure
Degree, and reach to remind in time the effect of user's processing priority.
It is preferred that before generation operation interface trigger event being detected, farther include:
Various operation interfaces are carried out analyzing component, and according to component property to operation interface comprises each
Assembly is classified, and is respectively directed to each class component and arranges corresponding load mode.
It is preferred that each assembly comprised in operation interface is classified according to component property, specifically include:
According to component property, each assembly described is classified, generate preliminary classification pattern；
On the basis of described preliminary classification pattern, for described preliminary classification pattern relate to all or part of
Assembly carries out subseries more further, generates final classification mode.
It is preferred that be respectively directed to each class component to arrange corresponding load mode, specifically include:
According to predetermined each class component application feature in described operation interface, it is respectively directed to each
Class component arranges loading temporal aspect and loading type；
Wherein, described application feature is according at least to the various components relative position in described operation interface panel
And the structure design of described operation interface panel determines, described loading temporal aspect is for instruction one class component
Loading initial time and the load and execution time, described loading type for instruction one class component in described loading
Path of motion in the execution time.
Loading type it is set it is preferred that be respectively directed to each class component and load temporal aspect, specifically including:
For the sub-component comprised in each class component, identical loading type is set；And,
For the sub-component comprised in each class component, identical or different loading temporal aspect is set.
It is preferred that for the sub-component comprised in each class component, arrange different loading temporal aspects, tool
Body includes:
According to the sub-component comprised in each class component homing position in described operation interface panel, in conjunction with
The loading type of corresponding assembly, arranges loading initial time to each sub-component comprised in each class component
With the load and execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
It is preferred that for the sub-component comprised in each class component, arrange different loading temporal aspects, tool
Body includes:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhongsuo
State very first time difference limen value more than described second time difference threshold value.
It is preferred that for the sub-component comprised in each class component, arrange different loading temporal aspects, tool
Body includes:
When the sub-component number comprised in same class assembly is higher than the first number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is less than pre-
If the 3rd time difference threshold value；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
It is preferred that farther include:
The initial time that loads at described operation interface is that the loading that the first assembly performing to load is corresponding is when initiateing
Carve；
At the end of the load and execution time at described operation interface is loading corresponding to assembly that position, end performs to load
Carve the difference that load initial time between corresponding with the first assembly performing to load；
Wherein, the assembly of focus class performs loading in the last position of various components loading sequence.
A kind of charger operating interface, including:
Detector unit, for when generation operation interface trigger event being detected, determining that described operation interface is wrapped
The various components contained, and the load mode that corresponding each class component is preset, wherein, a class component is used for table
Levy the assembly set with same components attribute；
Loading unit, for respectively according to the load mode that described each class component is corresponding, enters corresponding assembly
Row loads, to generate described operation interface.
So, by each class component is loaded according to default load mode, it is possible to increase operation circle
Diversity in various components loading procedure in face, highlights stereovision and the granule of operation interface loading procedure
Degree, and reach to remind in time the effect of user's processing priority.
It is preferred that before generation operation interface trigger event being detected, farther include:
Pretreatment unit, for carrying out analyzing component to various operation interfaces, and according to component property to operation
Each assembly comprised in interface is classified, and is respectively directed to each class component and arranges the side of loading accordingly
Formula.
During it is preferred that each assembly comprised according to component property to operation interface is classified, described
Pretreatment unit specifically for:
According to component property, each assembly described is classified, generate preliminary classification pattern；
On the basis of described preliminary classification pattern, for described preliminary classification pattern relate to all or part of
Assembly carries out subseries more further, generates final classification mode.
It is preferred that when being respectively directed to each class component and arranging corresponding load mode, described pretreatment unit
Specifically for:
According to predetermined each class component application feature in described operation interface, it is respectively directed to each
Class component arranges loading temporal aspect and loading type；
Wherein, described application feature is according at least to the various components relative position in described operation interface panel
And the structure design of described operation interface panel determines, described loading temporal aspect is for instruction one class component
Loading initial time and the load and execution time, described loading type for instruction one class component in described loading
Path of motion in the execution time.
It is preferred that when being respectively directed to each class component and arranging loading type and load temporal aspect, described
Pretreatment unit specifically for:
For the sub-component comprised in each class component, identical loading type is set；And,
For the sub-component comprised in each class component, identical or different loading temporal aspect is set.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Described pretreatment unit specifically for:
According to the sub-component comprised in each class component homing position in described operation interface panel, in conjunction with
The loading type of corresponding assembly, arranges loading initial time to each sub-component comprised in each class component
With the load and execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Described pretreatment unit specifically for:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhongsuo
State very first time difference limen value more than described second time difference threshold value.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Described pretreatment unit specifically for:
When the sub-component number comprised in same class assembly is higher than the first number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is less than pre-
If the 3rd time difference threshold value；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
It is preferred that described loading unit is further used for:
The initial time that loads at described operation interface is that the loading that the first assembly performing to load is corresponding is when initiateing
Carve；
At the end of the load and execution time at described operation interface is loading corresponding to assembly that position, end performs to load
Carve the difference that load initial time between corresponding with the first assembly performing to load；
Wherein, the assembly of focus class performs loading in the last position of various components loading sequence.
Accompanying drawing explanation
Fig. 1 is to operate interface in the embodiment of the present invention to load flow chart；
Fig. 2 is that in the embodiment of the present invention, many people session operational scenarios has finally loaded schematic diagram；
Fig. 3 is that in the embodiment of the present invention, many people session operational scenarios initially loads schematic diagram；
Fig. 4 is schematic diagram in many people session operational scenarios loading procedure in the embodiment of the present invention；
Fig. 5 is to operate interface charger structural representation in the embodiment of the present invention.
Detailed description of the invention
The embodiment of the present invention provides a kind of loading method operating interface and device, by comprising in Dialog
Assembly classify, be divided into the assembly that multiclass is different, be respectively directed to each class component and corresponding loading is set
Mode, the most different load mode of the assembly that utilizes multiclass different substitutes the entirety of operation interface panel
Load mode, thus the diversity in various components loading procedure in improving operation interface, highlight operation interface
The stereovision of loading procedure and granularity, and reach to remind in time the effect of user's processing priority.
The present invention implements preferred scheme below in conjunction with the accompanying drawings be described in detail.
At pretreatment stage, carry out analyzing component for various operation interfaces, and according to component property to operation
Each assembly comprised in interface is classified, and is respectively directed to each class component and arranges the side of loading accordingly
Formula.
Specifically, each operation interface panel includes multiple independent assembly, first has to this multiple solely
Vertical assembly is classified, and wherein can carry out according to the demand of the attribute of assembly self or loading picture design
Classification.Such as, the text prompt frame in operation interface is classified as a class, and button is classified as a class, Text Entry
Being classified as a class, and the foreground and background of whole operation interface panel needs individually to be divided into a class, focus frame also can
Individually it is divided into a class.
All component classification can be performed rough sort pattern, it is also possible to perform disaggregated classification pattern.Wherein, slightly
The demand of the most above-mentioned attribute according to assembly self of classification mode or loading picture design carries out preliminary classification
, disaggregated classification pattern is:
According to component property, each assembly is classified, generate preliminary classification pattern；
On the basis of preliminary classification pattern, all or part of assembly related to for preliminary classification pattern enters one
Step carries out subseries again, generates final classification mode.
It is, a class component can be further broken into multiple sub-component, so a class component is alternatively referred to as one
Class sub-component group, such as, browses menu (i.e. ListView) and can be further broken into multiple entry, each
The corresponding sub-component of individual entry.
When the classification having divided assembly, corresponding load mode is set for each class component.
During arranging corresponding load mode for each class component, according to predetermined each class
Assembly application feature in operation interface, is respectively directed to each class component and arranges loading temporal aspect and add
Carry type.
Wherein, application feature according at least between various components operation interface panel in relative position with
And the structure design of operation interface panel determines, load temporal aspect and initiate for the loading of instruction one class component
Moment and load and execution time, loading type is for instruction one class component behavior road within the load and execution time
Footpath.
Such as, loading type can include moving loading, moving to left the translation loading types such as loading, it is also possible to bag
Include that gradual change is flexible and the loading type such as other self-defined load modes.
During loading operation interface, such as, button assembly, can be for button groups as a class component
Part arranges the loading type of shifting；Such as, text prompt frame, can be for text prompt frame as a class component
The loading type moved to left is set；The most such as, the foreground and background at operation interface, can be for as a class component
Foreground and background arranges the loading type of gradual change；The most such as, focus frame, can be for focus as a class component
Frame arranges self-defining loading type.
For all types of assembly modularization design, it is, arrange corresponding loading for each class component
Temporal aspect, arranges for each class component and loads initial time accordingly, and the load and execution time.So,
By arranging different loading initial times for different types of assembly, it is possible to achieve loading whole operation circle
Present different levels during face, increase the granularity at operation interface.
Refering to shown in Fig. 1, embodiment of the present invention operation interface enters field method and specifically includes:
Step 100: when generation operation interface trigger event being detected, determine that this operation interface comprises each
Class component, and the load mode that corresponding each class component is preset, wherein, a class component has for sign
The assembly set of same components attribute.
In actual applications, user opens some application operating interface, and the triggering thing at this operation interface occurs
Part, background server is when the trigger event at this operation interface being detected, it is first determined this operation interface is in advance
The various components divided, then, it is determined that the load mode that each class component is preset.
Specifically, when pre-setting load mode for each class component, for comprise in each class component
Sub-component, arranges identical loading type；And, for the sub-component comprised in each class component, arrange
Identical or different loading temporal aspect.
When arranging different loading temporal aspects, such as, for the multiple sub-components comprised in a class component
It is both configured to the loading type of shifting, or, it is both configured to the loading type moved to left, i.e. multiple sub-components
Upper shifting loading type can to embody the loading type of a whole class component be upper shifting, present entering of shifting
Field animation.
It addition, in order to embody a stereovision when class component loads, the multiple sub-components in a class component are set
Putting different loading temporal aspect, concrete method to set up is, according to the sub-component comprised in each class component behaviour
Make the homing position in interface panel, in conjunction with the loading type of corresponding assembly, to comprise in each class component
Each sub-component arranges loading initial time and load and execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
Such as, the loading type of a class component is upper shifting, in order to embody this class component move on the whole add
Carry feature, can guarantee that again the granularity in shifting loading procedure and stereovision, then for the institute in this class component
The loading initial time having sub-component is set to different value, and, for all sub-components in this class component
Load and execution set of time be identical value.
Such as, the loading initial time of the sub-component of the homing position the top in operation interface layout can set
Before being set to the loading initial time of every other sub-component, then, according to every other sub-component in operation
Homing position in interface layout arranges according to regular hour difference the most from top to bottom and loads accordingly
Begin the moment.Owing to the load and execution time of all sub-components in this class component is both configured to identical value,
Therefore, during performing to load, the sub-component of the homing position the top in operation interface layout is opened
Moving path of motion on beginning, in operation interface layout, sub-component on the lower starts upper shifting path of motion successively, and,
All sub-components in this class component are parked in operation interface on corresponding homing position successively.
So, whole assembly presents the path of motion of shifting, and whole assembly presents certain granularity
And stereovision.
In a particular application, the difference between initial time is loaded between the sub-component comprised in same class assembly
Also it is the key factor affecting granularity and stereovision, if the loading between each two continuous print sub-component initiates
Moment adjacent too near (i.e. two differences loaded between initial time are the least), or, when operation interface
When layout is excessively simple, when the sub-component that i.e. comprises in operation interface panel is very few, whole assembly can be caused to add
Load process seems excessively globality, can not embody granularity and stereovision, overall loads with of the prior art
Mode does not has the biggest differentiation.If it addition, the loading initial time between each two continuous print sub-component is adjacent
Too remote (i.e. two differences loaded between initial time are the biggest), or, when operating the layout at interface excessively
Time complicated, when the sub-component that i.e. comprises in operation interface panel is too much, whole assembly loading procedure can be caused
Dilatory thus integrity cannot be embodied.
For these reasons, above-mentioned for each class component in the sub-component that comprises, different loadings is set
During temporal aspect, also include:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhong
One time difference limen value is more than described second time difference threshold value.
And, when the sub-component number comprised in same class assembly is higher than the first number threshold value preset,
The difference loaded between initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Value is less than the 3rd time difference threshold value preset；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
Very first time difference limen value, the second time difference threshold value, the 3rd time difference threshold value, the 4th time difference threshold value,
The setting of the first number threshold value and the second number threshold value can based on experience value or simulation result is carried out
Determine, optimization can be updated at any time.
In addition, for the assembly that loading type is translation, load mode is being set for each sub-component
During, the side-play amount of displacement is also the factor needing to consider, when the number of the sub-component comprised is too much,
Between the loading initial time of the sub-component loaded continuously except each two comprised in arranging this class component
Difference less than preset the 3rd time difference threshold value outside, each two comprised in also needing to arrange this class component
The shift offset of the sub-component loaded continuously is less than certain value；And, when the number mistake of the sub-component comprised
Time few, the loading initial time of the sub-component that each two except comprising in arranging this class component loads continuously
Between difference higher than preset the 4th time difference threshold value outside, comprise in also needing to arrange this class component is every
The shift offset of the sub-component of two continuous loadings is more than certain value.
It addition, the initial time that loads at operation interface is that the loading that the first assembly performing to load is corresponding is when initiateing
Carving, the load and execution time at operation interface is that position, end loading finish time corresponding to assembly of performing to load is with first
Position performs the difference loaded between initial time that the assembly that loads is corresponding, and wherein, the assembly of focus class is respectively
The last position of class component loading sequence performs loading.
Step 110: respectively according to the load mode that each class component is corresponding, corresponding assembly is loaded,
To generate operation interface.
According to the loading procedure described in step 100, each class component is entered according to the load mode of its correspondence
Row loads, and the most each class component can present the path of motion that corresponding loading type is corresponding, ultimately generates operation circle
Face.
Below in conjunction with concrete application scenarios, the embodiment of the present invention is further described in detail.
Controlling as a example by operation interface panel by multi-person speech, Fig. 2 is that multi-person speech control operation interface panel adds
Example after having carried, the loading procedure that multi-person speech controls operation interface below is described in detail.
At pretreatment stage, loading type corresponding for the assembly comprised in this operation interface panel is designed as
Three classes, are upper shifting loading type, gradual change loading type and self-defining loading type respectively, and these three loads
Type is respectively directed to corresponding three kinds of assemblies, and in being respectively as follows: operation interface panel, stand-alone assembly (includes title
Hurdle, message box, head portrait frame etc.) move loading type in correspondence；Operation interface background correspondence gradual change loading type；
The corresponding self-defining loading type of operation interface focus frame.
Wherein, upper sliding loading type and gradual change loading type are the operation that existing system default is supported, many people
Audio Control Panel is a somewhat complicated operation interfacial structure, has a title bar, message box, head portrait frame,
Increase number button, hang up button, the assembly such as quiet and quiet Mike's button.Wherein title bar, message box,
Head portrait frame, increases number button, hang up button, and quiet and quiet Mike's button performs upper sliding path of motion, behaviour
Make interface background and perform gradual change path of motion, increase number button after upper sliding path of motion terminates, perform focus
The custom action path of frame.
In execution, the loading initial time of each assembly of slip picture must be provided with a difference, each assembly every
This difference performs (so ensureing the granular sensation of design) successively.The embodiment of the present invention is sorted out identical
Upper sliding assembly (e.g., the assembly of all horizontal directions) uses same loading initial time, in same level
Multiple assemblies perform the work that slides simultaneously, and such as, mute button assembly and quiet Mike's button assembly are at same water
On horizontal line, so be set to perform the picture that slides simultaneously.
Wherein, the sequential of different loading types is also different, refering to shown in Fig. 3, and such as background gradual change
When loading that on initial time and first group, the loading of the assembly that sliding loading type is corresponding initiates of corresponding assembly
During quarter identical, i.e. first group assembly start upper slide make while, background gradual change action starts to perform, figure
The background of display when background shown in 3 is original execution loading, is positioned at the title above operation interface panel
Hurdle (many people talk with (6) assembly) performs loading simultaneously；And, refering to shown in Fig. 4, background gradual change pair
When the loading of the assembly that the loading end time of the assembly answered sliding loading type upper with last group is corresponding terminates
Carve identical, i.e. while last group assembly terminates the upper work that slides, background gradual change action terminates performing.Separately
Outward, the custom action path of focus frame just starts to perform after upper sliding release, see shown in Fig. 2,
The focus frame of making by oneself of increase number button performs loading, the most so, is because having loaded at each assembly
It is not allow user to start to perform interactive operation before.
Based on above-described embodiment, refering to shown in Fig. 5, the present invention have also been devised and a kind of operate adding of interface and carry
Put, including:
Detector unit 51, for when generation operation interface trigger event being detected, determines that operation interface comprises
Various components, and corresponding each class component preset load mode, wherein, a class component is used for characterizing
There is the assembly set of same components attribute；
Loading unit 52, for respectively according to the load mode that each class component is corresponding, is carried out corresponding assembly
Load, to generate operation interface.
In such manner, it is possible to the diversity in various components loading procedure in improving operation interface, highlight operation interface
The stereovision of loading procedure and granularity, and reach to remind in time the effect of user's processing priority.
It is preferred that before generation operation interface trigger event being detected, farther include:
Pretreatment unit 50, for carrying out analyzing component to various operation interfaces, and according to component property to behaviour
Each assembly making to comprise in interface is classified, and is respectively directed to each class component and arranges corresponding loading
Mode.
During it is preferred that each assembly comprised according to component property to operation interface is classified, locate in advance
Reason unit 50 specifically for:
According to component property, each assembly is classified, generate preliminary classification pattern；
On the basis of preliminary classification pattern, all or part of assembly related to for preliminary classification pattern enters one
Step carries out subseries again, generates final classification mode.
It is preferred that when being respectively directed to each class component and arranging corresponding load mode, pretreatment unit 50
Specifically for:
According to predetermined each class component application feature in operation interface, it is respectively directed to each class group
Part arranges loading temporal aspect and loading type；
Wherein, application feature according at least between various components operation interface panel in relative position with
And the structure design of operation interface panel determines, load temporal aspect and initiate for the loading of instruction one class component
Moment and load and execution time, loading type is for instruction one class component action road within the load and execution time
Footpath.
It is preferred that when being respectively directed to each class component and arranging loading type and load temporal aspect, locate in advance
Reason unit 50 specifically for:
For the sub-component comprised in each class component, identical loading type is set；And,
For the sub-component comprised in each class component, different loading temporal aspects is set.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Pretreatment unit 50 specifically for:
According to the sub-component comprised in each class component homing position in operation interface panel, in conjunction with corresponding
The loading type of assembly, arranges loading initial time and adds each sub-component comprised in each class component
Carry the execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Pretreatment unit 50 specifically for:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhong
One time difference limen value is more than the second time difference threshold value.
It is preferred that the sub-component comprised in for each class component, when different loading temporal aspects is set,
Pretreatment unit specifically for:
When the sub-component number comprised in same class assembly is higher than the first number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is less than pre-
If the 3rd time difference threshold value；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
It is preferred that loading unit 52 is further used for:
The initial time that loads at operation interface is the loading initial time that the first assembly performing to load is corresponding；
The load and execution time at operation interface be position, end loading finish time corresponding to assembly of performing to load with
The difference loaded between initial time that the first assembly performing to load is corresponding；
Wherein, the assembly of focus class performs loading in the last position of various components loading sequence.
In sum, in the embodiment of the present invention, in advance various operation interfaces are carried out analyzing component, and according to
Each assembly of comprising in operation interface is classified by component property, and is respectively directed to each class component and sets
Put corresponding load mode detect generation operation interface trigger event time, determine operation interface comprise each
Class component, and the load mode that corresponding each class component is preset, respectively according to corresponding the adding of each class component
Load mode, loads corresponding assembly, to generate operation interface.So, by each class component is pressed
Load according to default load mode, it is possible to increase the difference in various components loading procedure in operation interface
Property, highlight stereovision and the granularity of operation interface loading procedure, and reach to remind user to process preferentially in time
The effect of level.
Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or meter
Calculation machine program product.Therefore, the present invention can use complete hardware embodiment, complete software implementation or knot
The form of the embodiment in terms of conjunction software and hardware.And, the present invention can use and wherein wrap one or more
Computer-usable storage medium containing computer usable program code (include but not limited to disk memory,
CD-ROM, optical memory etc.) form of the upper computer program implemented.
The present invention is with reference to method, equipment (system) and computer program product according to embodiments of the present invention
The flow chart of product and/or block diagram describe.It should be understood that can by computer program instructions flowchart and
/ or block diagram in each flow process and/or flow process in square frame and flow chart and/or block diagram and/
Or the combination of square frame.These computer program instructions can be provided to general purpose computer, special-purpose computer, embedding
The processor of formula datatron or other programmable data processing device is to produce a machine so that by calculating
The instruction that the processor of machine or other programmable data processing device performs produces for realizing at flow chart one
The device of the function specified in individual flow process or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions may be alternatively stored in and computer or the process of other programmable datas can be guided to set
In the standby computer-readable memory worked in a specific way so that be stored in this computer-readable memory
Instruction produce and include the manufacture of command device, this command device realizes in one flow process or multiple of flow chart
The function specified in flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, makes
Sequence of operations step must be performed to produce computer implemented place on computer or other programmable devices
Reason, thus the instruction performed on computer or other programmable devices provides for realizing flow chart one
The step of the function specified in flow process or multiple flow process and/or one square frame of block diagram or multiple square frame.
Although preferred embodiments of the present invention have been described, but those skilled in the art once know base
This creativeness concept, then can make other change and amendment to these embodiments.So, appended right is wanted
Ask and be intended to be construed to include preferred embodiment and fall into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the embodiment of the present invention and not take off
Spirit and scope from the embodiment of the present invention.So, if these amendments of the embodiment of the present invention and modification belong to
Within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention be also intended to comprise these change and
Including modification.
Claims (18)
1. the loading method operating interface, it is characterised in that including:
When generation operation interface trigger event being detected, determine the various components that described operation interface comprises,
And the load mode that corresponding each class component is preset, wherein, a class component has same components for sign
The assembly set of attribute；
Respectively according to the load mode that described each class component is corresponding, corresponding assembly is loaded, to generate
Described operation interface.
2. the method for claim 1, it is characterised in that detecting that generation operation interface is triggered
Before event, farther include:
Various operation interfaces are carried out analyzing component, and according to component property to operation interface comprises each
Assembly is classified, and is respectively directed to each class component and arranges corresponding load mode.
3. method as claimed in claim 2, it is characterised in that according to component property in operation interface
Each assembly comprised is classified, and specifically includes:
According to component property, each assembly described is classified, generate preliminary classification pattern；
On the basis of described preliminary classification pattern, for described preliminary classification pattern relate to all or part of
Assembly carries out subseries more further, generates final classification mode.
4. the method as described in claim 1,2 or 3, it is characterised in that be respectively directed to each class component
Corresponding load mode is set, specifically includes:
According to predetermined each class component application feature in described operation interface, it is respectively directed to each
Class component arranges loading temporal aspect and/or loading type；
Wherein, described application feature is according at least to the various components relative position in described operation interface panel
And the structure design of described operation interface panel determines, described loading temporal aspect is for instruction one class component
Loading initial time and the load and execution time, described loading type for instruction one class component in described loading
Path of motion in the execution time.
5. method as claimed in claim 4, it is characterised in that be respectively directed to the setting of each class component and add
Carry type and load temporal aspect, specifically including:
For the sub-component comprised in each class component, identical loading type is set；And,
For the sub-component comprised in each class component, identical or different loading temporal aspect is set.
6. method as claimed in claim 5, it is characterised in that comprise in for each class component
Sub-component, when arranging different loading temporal aspects, specifically includes:
According to the sub-component comprised in each class component homing position in described operation interface panel, in conjunction with
The loading type of corresponding assembly, arranges loading initial time to each sub-component comprised in each class component
With the load and execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
7. the method as described in claim 5 or 6, it is characterised in that wrap in for each class component
The sub-component contained, when arranging different loading temporal aspects, specifically includes:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhongsuo
State very first time difference limen value more than described second time difference threshold value.
8. the method as described in claim 5 or 6, it is characterised in that wrap in for each class component
The sub-component contained, when arranging different loading temporal aspects, specifically includes:
When the sub-component number comprised in same class assembly is higher than the first number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is less than pre-
If the 3rd time difference threshold value；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
9. the method as described in claim 5 or 6, it is characterised in that farther include:
The initial time that loads at described operation interface is that the loading that the first assembly performing to load is corresponding is when initiateing
Carve；
At the end of the load and execution time at described operation interface is loading corresponding to assembly that position, end performs to load
Carve the difference that load initial time between corresponding with the first assembly performing to load；
Wherein, the assembly of focus class performs loading in the last position of various components loading sequence.
10. the charger operating interface, it is characterised in that including:
Detector unit, for when generation operation interface trigger event being detected, determining that described operation interface is wrapped
The various components contained, and the load mode that corresponding each class component is preset, wherein, a class component is used for table
Levy the assembly set with same components attribute；
Loading unit, for respectively according to the load mode that described each class component is corresponding, enters corresponding assembly
Row loads, to generate described operation interface.
11. devices as claimed in claim 10, it is characterised in that detecting that generation operation interface is touched
Before the event of sending out, farther include:
Pretreatment unit, for carrying out analyzing component to various operation interfaces, and according to component property to operation
Each assembly comprised in interface is classified, and is respectively directed to each class component and arranges the side of loading accordingly
Formula.
12. devices as claimed in claim 11, it is characterised in that according to component property to operation circle
When each assembly comprised in face is classified, described pretreatment unit specifically for:
According to component property, each assembly described is classified, generate preliminary classification pattern；
On the basis of described preliminary classification pattern, for described preliminary classification pattern relate to all or part of
Assembly carries out subseries more further, generates final classification mode.
13. devices as described in claim 10,11 or 12, it is characterised in that be respectively directed to each
When class component arranges corresponding load mode, described pretreatment unit specifically for:
According to predetermined each class component application parameter in described operation interface, it is respectively directed to each
Class component arranges loading temporal aspect and loading type；
Wherein, described application parameter is according at least to the various components relative position in described operation interface panel
And the structure design of described operation interface panel determines, described loading temporal aspect is for instruction one class component
Loading initial time and the load and execution time, described loading type for instruction one class component in described loading
Path of motion in the execution time.
14. devices as claimed in claim 13, it is characterised in that set being respectively directed to each class component
Put loading type and load temporal aspect time, described pretreatment unit specifically for:
For the sub-component comprised in each class component, identical loading type is set；And,
For the sub-component comprised in each class component, identical or different loading temporal aspect is set.
15. devices as claimed in claim 14, it is characterised in that comprise in for each class component
Sub-component, when different loading temporal aspects is set, described pretreatment unit specifically for:
According to the sub-component comprised in each class component homing position in described operation interface panel, in conjunction with
The loading type of corresponding assembly, arranges loading initial time to each sub-component comprised in each class component
With the load and execution time；
Wherein, the loading initial time of all sub-components comprised in same class assembly is different, same class assembly
The load and execution time of all sub-components inside comprised is identical.
16. devices as described in claims 14 or 15, it is characterised in that in each class component
The sub-component comprised, when different loading temporal aspects is set, described pretreatment unit specifically for:
Between the loading initial time of the sub-component that each two comprised in arranging same class assembly loads continuously
Difference less than preset very first time difference limen value, and higher than preset the second time difference threshold value, Qi Zhongsuo
State very first time difference limen value more than described second time difference threshold value.
17. devices as described in claims 14 or 15, it is characterised in that in each class component
The sub-component comprised, when different loading temporal aspects is set, described pretreatment unit specifically for:
When the sub-component number comprised in same class assembly is higher than the first number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is less than pre-
If the 3rd time difference threshold value；
When the sub-component number comprised in same class assembly is less than the second number threshold value preset, arrange same
The difference loaded between initial time of the sub-component that each two comprised in class component loads continuously is higher than pre-
If the 4th time difference threshold value.
18. devices as described in claims 14 or 15, it is characterised in that described loading unit is further
For:
The initial time that loads at described operation interface is that the loading that the first assembly performing to load is corresponding is when initiateing
Carve；
At the end of the load and execution time at described operation interface is loading corresponding to assembly that position, end performs to load
Carve the difference that load initial time between corresponding with the first assembly performing to load；
Wherein, the assembly of focus class performs loading in the last position of various components loading sequence.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510129363.XA CN106155639B (en) | 2015-03-24 | 2015-03-24 | Operation interface loading method and device |
| PCT/CN2016/076448 WO2016150323A1 (en) | 2015-03-24 | 2016-03-16 | Method and device for loading operation interface |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510129363.XA CN106155639B (en) | 2015-03-24 | 2015-03-24 | Operation interface loading method and device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106155639A true CN106155639A (en) | 2016-11-23 |
| CN106155639B CN106155639B (en) | 2020-02-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510129363.XA Active CN106155639B (en) | 2015-03-24 | 2015-03-24 | Operation interface loading method and device |
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|---|---|
| CN (1) | CN106155639B (en) |
| WO (1) | WO2016150323A1 (en) |
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| CN106155639B (en) | 2020-02-07 |
| WO2016150323A1 (en) | 2016-09-29 |
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