CN103677086A - Electronic device - Google Patents
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- CN103677086A CN103677086A CN201210325471.0A CN201210325471A CN103677086A CN 103677086 A CN103677086 A CN 103677086A CN 201210325471 A CN201210325471 A CN 201210325471A CN 103677086 A CN103677086 A CN 103677086A
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Abstract
The invention relates to an electronic device. The electronic device comprises a hardware layer, an operation space layer, an interaction layer and a space object layer. The operation space layer is used for displaying an operation space and objects in the operation space and/or a tool for operating the objects. The interaction layer is used for being matched with the operation space layer so as to acquire external instructions, transmitting switched external instructions to the space object layer and acquiring processing results corresponding to the external instructions from the space object layer, wherein the processing results are displayed in the operation space layer. The space object layer is used for processing the switched external instructions from the interaction layer to form the processing results. According to the technical scheme, performance and processing efficiency of the electronic device can be improved, and waste of resources can be reduced.
Description
Technical field
The present invention relates to application of electronic technology field, especially a kind of electronic equipment.
Background technology
Along with the development of electronic equipment, the various operating systems that adapt to electronic equipment are also constantly upgraded.At present, electronic equipment is mainly for the treatment of electronic data, for example, and image, video, audio frequency etc.For convenience of using, electronic equipment is conventionally less, and the hardware size of electronic equipment is relative also less, and this is subject to certain restrictions the performance of electronic equipment.Because electronic equipment electronic data to be processed is comparatively huge, be subject to the restriction of performance, when electronic equipment is processed electronic data, efficiency is lower.
In addition, due to the incompatibility between various operating system, the cross-platform operation of application software is very difficult, and therefore cross-platform processing electronic data becomes comparatively complicated.For adapting to various operating system, intimate application software need to be made the version that is suitable for different operating system, and this has brought great puzzlement to the exploitation of application software, has also caused the waste of resource.
Therefore how to improve the performance of electronic equipment, treatment effeciency, reduces the wasting of resources and becomes one of current problem demanding prompt solution.
Summary of the invention
The problem that the present invention solves is to improve the performance of electronic equipment, and treatment effeciency, reduces the wasting of resources.
For addressing the above problem, technical scheme of the present invention provides a kind of electronic equipment, comprising: hardware layer, operating space layer, interbedded formation and spatial object layer;
Described operating space layer, for showing the object of operating space, described operating space and/or operating the instrument of described object;
Described interbedded formation, for coordinating with described operating space layer, to obtain extraneous instruction; To after described extraneous instruction transformation, transfer to described spatial object layer, from described spatial object layer, obtain and the corresponding result of described extraneous instruction; Wherein, described result is shown in the layer of described operating space;
Described spatial object layer, processes formation processing result for the extraneous instruction after the conversion to from described interbedded formation.
Optionally, described spatial object layer comprises: instrument processor, for described extraneous instruction being converted into the instrument result of described result; Object handler, for being converted into described extraneous instruction the object handles result of described result; Spatial processor, for being converted into described extraneous instruction the spatial manipulation result of described result.
Optionally, described interbedded formation is shown that described result comprised in the layer of described operating space: described interbedded formation is shown with the form of operating space described result in the layer of described operating space, or described interbedded formation is shown in the layer of described operating space with the form of the object in described operating space and/or instrument.
Optionally, described operating space layer comprises: acquiring unit, the result of sending for obtaining spatial object layer; Display unit, for showing the object of described operating space, described operating space and/or operating the instrument of described object based on described result.
Optionally, described electronic equipment also comprises: drive layer and drive layer interface, for driving described electronic equipment.
Optionally, described electronic equipment also comprises: operating system layer and operating system layer interface, and for the operating system of described electronic equipment is installed.
Optionally, the object of showing in the layer of described operating space comes automatic network, external connected electronic equipment and/or this locality, described object obtains with the form of data, described interbedded formation also for future automatic network and/or external connected electronic equipment object be converted into the discernible object in current operation space, and show in described current operation space.
Optionally, described object comprises one or more the combination in image, image, audio frequency and word.
Optionally, described instrument comprises interpolation multiplatform environments, and edit object instrument is deleted multiplatform environments, copies in multiplatform environments the combination of one or more.
Optionally, described operating space has the child-operation space being nested in wherein.
Optionally, the instrument of described operating space is inherited by its child-operation space and/or is upgraded.
Optionally, described interbedded formation also for control that described child-operation space loads and this child-operation space is at the same level or than the low operating space of this child-operation space rank to become the child-operation space in this child-operation space.
Optionally, described operating space is divided into initial space, personal space, viewport space, Rich Media space and application space.
Compared with prior art, the present invention has the following advantages:
Support cross-platform operation, the data unification of the different platform of obtaining is changed into operating space, the object in operating space and/or instrument, and show in current electronic device.The step that this has simplified data processing, has improved the efficiency of data processing.The requirement that this has also reduced application software, has reduced the development difficulty to application software, and electronic equipment do not need to install be yet suitable for various operating systems application software to process different data, saved resource, reduced waste.
Accompanying drawing explanation
Fig. 1 is a schematic diagram of the operating space that provides of the embodiment of the present invention;
Fig. 2 is another schematic diagram of the operating space that provides of the embodiment of the present invention;
Fig. 3 is the structural drawing of the electronic equipment that provides of the embodiment of the present invention;
Fig. 4 is the structural map of the operating space layer that provides of the embodiment of the present invention;
Fig. 5 is the structural drawing of the spatial object layer that provides of the embodiment of the present invention;
One schematic diagram at interface during electronic device works that Fig. 6 embodiment of the present invention provides;
Another schematic diagram at interface during electronic device works that Fig. 7 embodiment of the present invention provides.
Embodiment
For above-mentioned purpose of the present invention, feature and advantage can more be become apparent, below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
Set forth detail in the following description so that fully understand the present invention.But the present invention can be different from alternate manner described here and implements with multiple, and those skilled in the art can do similar popularization without prejudice to intension of the present invention in the situation that.Therefore the present invention is not subject to the restriction of following public embodiment.
The embodiment of the present invention provides a kind of electronic equipment, can adopt the mode of operating space (Space) to carry out the processing of electronic data, and described processing includes but not limited to the operations such as displaying, editor, deletion, interpolation, compression, transmission; Described electronic data can be object to be operated, and can be also the instrument for object is operated.
Described electronic equipment can be panel computer, mobile phone, electronic reader, PDA etc.
As shown in Figure 1, after a certain operating space 200' on electronic equipment 100' opens, one or both can be shown in object 202' or instrument 201', also other operating spaces can be shown.
Object refers to object to be operated in operating space, can be the Rich Media showing in operating space, for example, and the combination of one or more in image, picture, audio frequency, word etc.Described operation can be increase, deletion, modification, montage, copy, paste, move, pull, touching etc.
Instrument can be used for the object in operating space to operate, for example, to the object in operating space realize increase, deletion, modification, montage, copy, paste, move, pull, the operation such as touching.
Described instrument is according to the difference of its function and use scenes, can be divided into multiplely, for example, can be divided into general utility tool and specific purpose tool.Described general utility tool is applicable to all operating spaces, for example, newly-built instrument, opens instrument, conserving appliance etc.; Described specific purpose tool is applicable to the particular demands of operating space, for example, and edit object instrument, dragging object instrument, rendered object instrument etc.
The display form of instrument can be one or more the combination etc. in image, picture, audio frequency, word.In operating space, instrument also can be operated, for example, and exchange tool etc. between Core Generator, deletion instrument, conserving appliance, edit tool, space.
Based on the above-mentioned simple description to operating space, object and instrument, those skilled in the art will appreciate that electronic equipment can adopt the mode of operating space to complete several functions, depending on specific works scene and actual demand.Concrete can be: can be newly-built in operating space other operating space, the combination of one or more in operating space displaying image data, image data, lteral data, voice data, and carry the instrument that operates image data, image data, lteral data, voice data.For example, operating space when showing image data, can be carried for montage image, splicing image, the instrument of encoding and decoding image etc.
As shown in Figure 2, operating space can be divided into polytype, to meet different use scenes or demand, or works in the different phase that electronic equipment moves.According to the use scenes of operating space, classified in operating space, can be divided into initial space 10, personal space 11, viewport space 12, Rich Media space 13, application space 14 etc.
The combination of a kind of Rich Media or multiple Rich Media can be shown in Rich Media space 13.Described Rich Media comprises one or more the combination in picture, word, video, audio frequency or animation.Object in Rich Media space 13 is mainly Rich Media.In Rich Media space 13, can be provided for editing, shear, copy, paste, the instrument of the operation Rich Media such as broadcasting.
Some application can be moved in application space 14, for example, and the application of game class, the application of study class etc.Object in application space 14 is mainly application.In application space 14, can be provided for opening, close, the instrument of the operation such as preservation.
Relation between operating space can be relation of inclusion, operating space can comprise a plurality of child-operations space simultaneously, for example white space comprises four operating spaces simultaneously, is respectively personal space, viewport space, Rich Media space, application space, relation of inclusion can be laddering comprising, for example, white space comprises personal space, and this personal space comprises Rich Media space etc.; Also can be coordination, for example, comprise Liang Ge Rich Media space in white space simultaneously, Zhe Liangge Rich Media space be coordination.
Based on foregoing description, as shown in Figure 3, the embodiment of the present invention provides a kind of electronic equipment, comprises hardware layer 106, and described electronic equipment also comprises:
Interbedded formation 102, for coordinating with described operating space layer 104, to obtain extraneous instruction; To after described extraneous instruction transformation, transfer to spatial object layer 103, from spatial object layer 103, obtain and the corresponding result of described extraneous instruction; Wherein, described result is shown in operating space layer 104;
Described electronic equipment can also comprise: drive layer 105 and drive layer interface, for driving described electronic equipment; Or described electronic equipment can also comprise: operating system layer and operating system layer interface, for the operating system of described electronic equipment is installed.
In operating space layer 104, can show various operating spaces, for example, initial space, personal space, viewport space, Rich Media space, application space etc.; Operating space layer 104 is when showing operating space, also at object and the instrument that can show this operating space in operating space, for example, one or more in picture, word, audio frequency, video, and the instrument that operates this object, for example, open instrument, newly-built instrument, Replication Tools, cutting implement etc.
User, can be to operating space when using electronic equipment, and the object in operating space and instrument operate.The operation that user carries out the object in operating space and operating space and instrument, can be called extraneous instruction.Described extraneous instruction is by the reception that cooperatively interacts of interbedded formation 102 and operating space layer 104, for example, after operating space in operating space layer 104 is operated by user, operating space layer 104 transmits operated signal to interbedded formation 102, this signal is extraneous instruction, and this signal carries the attribute information, content of operation of the operated operating space of being determined by operating space layer 104 etc.
Described extraneous instruction can be: the instruction of opening operation space, the instruction of newly-built operating space, the instruction of configuration operation space, the instruction of generating run space, newly-built instrument instruction, new Object instruction, the instruction of deletion instrument, deletion subject instructions etc.
Described operating space configuration data is the necessary data in open operation space, for example, and operating space background image data, the tool icon data, instrument title lteral data etc.
Described the first instruction and the operating space configuration data of obtaining, open operation space comprises: the first instruction based on obtaining and operating space configuration data, the child-operation space in newly-built described current operation space in current operation control.The instrument of described operating space is inherited by its child-operation space and/or is upgraded.
Described object comprises one or more the combination in image, image, audio frequency and word.Described instrument comprises interpolation multiplatform environments, and edit object instrument is deleted multiplatform environments, copies in multiplatform environments the combination of one or more.
To processing and can also comprise with the electronic data of current operation space correlation: the child-operation space of this operating space is processed in described operating space, and the object in child-operation space and instrument.
The object of showing in described operating space layer 104 can come automatic network, external connected electronic equipment and/or this locality, described object obtains with the form of data, described interbedded formation 102 also for future automatic network and/or external connected electronic equipment object be converted into the discernible object in current operation space, and show in described current operation space.
As Fig. 3, described electronic equipment comprises: interbedded formation 102, and spatial object layer 103, operating space layer 104, drives layer 105 and hardware layer 106.
In interbedded formation 102, be provided with converting interface layer (not shown) in order to be the discernible interface of spatial object layer 103 by the required interface conversion of application in operating space operation, by spatial object layer 103, call the interface after conversion, realize the operation of application.Described converting interface layer can also be can be directly by the interface that drives layer 105 or hardware layer 106 call, by driving layer 105 or hardware layer 106 directly call to move this application in operating space layer 104 by the required interface conversion of the application in operating space operation.
The converting interface layer arranging in interbedded formation 102 is the discernible interface of spatial object layer 103 by the required interface conversion of application in operating space operation.That is to say, interbedded formation 102 can realize the operation of application cross operating system operation, the described interface conversion of application is become to be applicable to the interface of different operating system, then based on its interface applicatory, carry out follow-up operation by spatial object layer 104.The in the situation that of spatial object layer 103 disappearance, converting interface layer can also be can be directly by the interface that drives layer 105 or hardware layer 106 call, by driving layer 105 or hardware layer 106 directly call to move this application in operating space layer 104 by the required interface conversion of the application in operating space operation.
The extraneous instruction that interbedded formation 102 is obtained comprises: operating space operating instruction, function call instruction, interface conversion instruction, hardware driving instruction etc., described signal comprises: the signal that electric signal, input equipment send etc., described input equipment can be touch-screen, mouse, keyboard, sound pick-up outfit, photographic/camera equipment etc.
The function of spatial object layer 103 is comparatively simple, is only to receive instruction, message or the data that interbedded formation 102 sends, and carries out follow-up operation.
The instruction or 106 work of signal driver hardware layer that drive layer 105 to send based on spatial object layer 103.Hardware layer 106 is based on spatial object layer 103 or drive instruction, signal or the data of layer 105 transmission to carry out follow-up operation.
As shown in Figure 4, the embodiment of the present invention also provides the structural map of operating space layer in a kind of electronic equipment, comprising:
Acquiring unit 1, the result of sending for obtaining spatial object layer;
The object of showing in the layer of described operating space comes automatic network, external connected electronic equipment and/or this locality, and described object obtains with the form of data.
In concrete enforcement, described acquiring unit 1 obtains the result that spatial object layer sends, for example, and instruction, signal or data etc.Concrete, described instruction can comprise: operating space operating instruction, and function call instruction etc., described signal can comprise: the signal that electric signal, input equipment send etc., described data can comprise: view data, voice data, text data, image data etc.;
The instrument that display unit 2 is shown the object in described operating space, described operating space based on described result and/or operated described object comprises: object and instrument based in result generating run space, operating space, and display.Concrete can be when electronic equipment start operation, to generate white space; Newly-built or open personal space, viewport space, Rich Media space, application space etc. in white space; Object in each space and instrument can generate in the span, also can follow-uply add.
As shown in Figure 5, described spatial object layer 103 can comprise:
The schematic diagram at interface when Fig. 6 is the electronic device works shown in Fig. 3.Electronic equipment 100(as shown in Figure 6 be take panel computer as example) start shooting after operation, form white space 200(and be called Black Space).White space 200 is the basis of other operating space operations, and white space 200 can be regarded a kind of operation interface as.Simple instrument 201(Tool can be set in white space 200), for example, newly-built operating space, opening operation space, preserves operating space etc.
Utilize the space 101a of the newly-built Rich Media of instrument 201, the space 101a of Rich Media is mainly used in exhibiting pictures 111 and word 112, and has montage image in the space 101a of Rich Media, splicing image, and encoding and decoding image, shears picture, the operation tool 113 of splicing picture.
In the process of the space 101a of newly-built Rich Media, interbedded formation 102 is obtained the required image data of the space 101a of Rich Media, and lteral data and Cool Video Clips, splicing, encoding and decoding and picture are sheared, the related algorithm (data and algorithm can be regarded the extraneous instruction that interbedded formation 102 is obtained as) of concatenation.Wherein image data comprises the required data of icon that form the required data of picture 111 and form operation tool 113, and lteral data comprises the required data of words identification that form word 112 and form operation tool 113.
The required image data of the space 101a of composition Rich Media that 102 pairs of interbedded formation get, lteral data and Cool Video Clips, splicing, encoding and decoding and picture shear, splice the related information such as algorithm divides into groups.Can be specifically, the data that interbedded formation 102 can directly be processed hardware layer 106 be divided one group (can regard the extraneous instruction after interbedded formation 102 conversions as), for example, and the pixel data of picture, RGB sample value, pixel count, pixel distribution etc.; The data that hardware layer 106 can not directly be processed or algorithm are divided into one group (can regard the extraneous instruction after interbedded formation 102 conversions as), and for example, related algorithm etc. is sheared, spliced to Cool Video Clips, splicing, encoding and decoding and picture.
The instruction that interbedded formation 102 can directly be processed hardware layer 106 is sent to and drives layer 105, the data that hardware layer 106 can directly be processed are sent to hardware layer 106, by driving layer 105 based on these order-driven hardware layer 106 work, the data that the instruction process of hardware layer 106 based on driving layer obtained, carry out follow-up processing; The data that hardware layer 106 can not directly be processed or algorithm are sent to spatial object layer 103.
As shown in Figure 7, in specific implementation process, can shear the picture fragment 111a of the picture 111 in the space 101a of Rich Media, interbedded formation 102 gets the pixel value of picture fragment 111a, pixel count, shear after the information (can regard the extraneous instruction that interbedded formation 102 is obtained as) such as algorithm, by pixel value, the information such as pixel count (can regard the extraneous instruction after interbedded formation 102 conversions as) are directly sent to hardware layer 106, to process this pixel value, the instruction of the information such as pixel count (can regard the extraneous instruction after interbedded formation 102 conversions as) is sent to and drives layer 105, follow-up data processing is carried out in instruction by hardware layer 106 based on driving layer 105, the information of algorithm will be sheared, (can regard the extraneous instruction after interbedded formation 102 conversions as) such as titles of the function calling such as shearing algorithm, send spatial object layer 103, spatial object layer 103 is resolved this algorithm, generation can be directly by the executable instruction of hardware layer 106 or data (can regard 103 pairs, spatial object layer as and process from the extraneous instruction after the conversion of described interbedded formation, the result obtaining).Spatial object layer 103 can be directly sent to and be driven layer 105 by the executable instruction of hardware layer 106, and relevant data are sent to hardware layer 106, and follow-up data processing is carried out in the instruction by hardware layer 106 based on driving layer 105.
Between the space 101a of white space 200Yu Rich Media, being relation of inclusion, is also relation of inclusion between white space 200 and picture space 101b.Between new picture space 101b and the space 101a of Rich Media, it is coordination.
Compared with prior art, the present invention has the following advantages:
Support cross-platform operation, the data unification of the different platform of obtaining is changed into operating space, the object in operating space and/or instrument, and show in current electronic device.The step that this has simplified data processing, has improved the efficiency of data processing.The requirement that this has also reduced application software, has reduced the development difficulty to application software, and electronic equipment do not need to install be yet suitable for various operating systems application software to process different data, saved resource, reduced waste.
In the situation that operating system lacks, directly by hardware layer, process the data after transforming, reduced the wasting of resources.In the situation that the hardware layer of electronic equipment is limited, hardware layer is directly processed the data after conversion, has also alleviated the burden of hardware layer, has improved to a certain extent the performance of electronic equipment.
It will be appreciated by those skilled in the art that, the all or part of of the electronic equipment of above-described embodiment is to come the hardware that instruction is relevant to complete by program, described program can be stored in computer-readable recording medium, and described storage medium can be ROM, RAM, magnetic disc, CD etc.
Although the present invention with preferred embodiment openly as above; but it is not for limiting the present invention; any those skilled in the art without departing from the spirit and scope of the present invention; can utilize method and the technology contents of above-mentioned announcement to make possible change and modification to technical solution of the present invention; therefore; every content that does not depart from technical solution of the present invention; any simple modification, equivalent variations and the modification above embodiment done according to technical spirit of the present invention, all belong to the protection domain of technical solution of the present invention.
Claims (13)
1. an electronic equipment, comprises hardware layer, it is characterized in that, also comprises operating space layer, interbedded formation and spatial object layer;
Described operating space layer, for showing the object of operating space, described operating space and/or operating the instrument of described object;
Described interbedded formation, for coordinating with described operating space layer, to obtain extraneous instruction; To after described extraneous instruction transformation, transfer to described spatial object layer, from described spatial object layer, obtain and the corresponding result of described extraneous instruction; Wherein, described result is shown in the layer of described operating space;
Described spatial object layer, processes formation processing result for the extraneous instruction after the conversion to from described interbedded formation.
2. electronic equipment as claimed in claim 1, is characterized in that, described spatial object layer comprises:
Instrument processor, for being converted into described extraneous instruction the instrument result of described result;
Object handler, for being converted into described extraneous instruction the object handles result of described result;
Spatial processor, for being converted into described extraneous instruction the spatial manipulation result of described result.
3. electronic equipment as claimed in claim 2, it is characterized in that, described interbedded formation is shown that described result comprised in the layer of described operating space: described interbedded formation is shown with the form of operating space described result in the layer of described operating space, or described interbedded formation is shown in the layer of described operating space with the form of the object in described operating space and/or instrument.
4. electronic equipment as claimed in claim 1, is characterized in that, described operating space layer comprises: acquiring unit, the result of sending for obtaining spatial object layer;
Display unit, for showing the object of described operating space, described operating space and/or operating the instrument of described object based on described result.
5. electronic equipment as claimed in claim 1, is characterized in that, also comprises: drive layer and drive layer interface, for driving described electronic equipment.
6. electronic equipment as claimed in claim 1, is characterized in that, also comprises: operating system layer and operating system layer interface, and for the operating system of described electronic equipment is installed.
7. electronic equipment as claimed in claim 1, it is characterized in that, the object of showing in the layer of described operating space comes automatic network, external connected electronic equipment and/or this locality, described object obtains with the form of data, described interbedded formation also for future automatic network and/or external connected electronic equipment object be converted into the discernible object in current operation space, and show in described current operation space.
8. electronic equipment as claimed in claim 1, is characterized in that, described object comprises one or more the combination in image, image, audio frequency and word.
9. electronic equipment as claimed in claim 1, is characterized in that, described instrument comprises interpolation multiplatform environments, and edit object instrument is deleted multiplatform environments, copies in multiplatform environments the combination of one or more.
10. electronic equipment as claimed in claim 1, is characterized in that, described operating space has the child-operation space being nested in wherein.
11. electronic equipments as claimed in claim 10, is characterized in that, the instrument of described operating space is inherited by its child-operation space and/or upgraded.
12. electronic equipments as claimed in claim 11, it is characterized in that, described interbedded formation also for control that described child-operation space loads and this child-operation space is at the same level or than the low operating space of this child-operation space rank to become the child-operation space in this child-operation space.
13. electronic equipments as claimed in claim 1, is characterized in that, described operating space is divided into initial space, personal space, viewport space, Rich Media space and application space.
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| CN201210325471.0A CN103677086A (en) | 2012-09-05 | 2012-09-05 | Electronic device |
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| CN201210325471.0A CN103677086A (en) | 2012-09-05 | 2012-09-05 | Electronic device |
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