Invention content
Since existing method is there are the above problem, the embodiment of the present invention proposes a kind of visualizing monitor based on threedimensional modelInterface customizing generation method and device.
In a first aspect, the embodiment of the present invention proposes a kind of visualizing monitor interface customizing generation side based on threedimensional modelMethod, including：
Using 3 d rendering engine, according to the visual observation angle of the first instruction selection threedimensional model input by user；
It is big in angular field of view according to the second instruction adjustment threedimensional model input by user using 3 d rendering engineIt is small；
It is instructed according to third input by user, determines image resolution ratio, and based on the visual observation angle, three-dimensional mouldSize and image resolution ratio of the type in angular field of view, generate the first scene image of the threedimensional model；
It is instructed according to the input by user 4th, adds measuring point to first scene image, and determine the exhibition of each measuring pointShow mode, obtains the second scene image；
According to information input by user, description file is generated, is made of together with the second scene image the description fileVisualizing monitor interface.
Optionally, described image resolution ratio and the screen resolution of the terminal at the visualizing monitor interface to be presented are mutually fittedMatch.
Optionally, the description file stores all information at the visualizing monitor interface, institute according to preset formatStating description file includes：Interface description information, interface image information, interface parameter information and measuring point information.
Optionally, the interface description information has recorded the essential information at the visualizing monitor interface, including：InterfaceName, authors' name, Production Time, making date, monitoring object title, interface image number, measuring point number and remarks.
Optionally, the interface image information is collectively constituted by N number of description item, wherein N is interface description parts of images numberValue, it is each to describe the information that item includes and include：Image Name, resolution ratio are long and resolution ratio is wide.
Optionally, the interface parameter information is used to record Viewing-angle information finally determining after user's rotation, scaling, packetIt includes：The rotated counterclockwise by angle of viewpoint position, direction of visual lines, visual angle size and Objects around A direction of visual lines.
Optionally, the measuring point information is collectively constituted by M description item, wherein M is snapshot declaratives measuring point numberValue, the information that each description item includes include：The mark number of measuring point, measuring point exhibition method, measuring point interrelational form, background background colorThe width of transparency, background background color, measuring point display location, measuring point relative position, the length of measuring point display area and measuring point display area.
Second aspect, the embodiment of the present invention also propose that a kind of visualizing monitor interface customizing based on threedimensional model generates dressIt sets, including：
Selecting module, for utilize 3 d rendering engine, according to it is input by user first instruction selection threedimensional model canDepending on changing viewing angle；
Adjust module, for utilize 3 d rendering engine, according to it is input by user second instruction adjustment threedimensional model regardingSize in angular region；
Generation module determines image resolution ratio, and see based on the visualization for being instructed according to third input by userThe size and image resolution ratio of angle, threedimensional model in angular field of view are examined, the first scene image of the threedimensional model is generated；
Add module adds measuring point, and determine for being instructed according to the input by user 4th to first scene imageThe exhibition method of each measuring point, obtains the second scene image；
Module is constituted, for according to information input by user, description file being generated, by the description file and the second sceneImage constitutes visualizing monitor interface together.
The third aspect, the embodiment of the present invention also propose a kind of electronic equipment, including：Processor, memory, bus and storageOn a memory and the computer program that can run on a processor；
Wherein, the processor, memory complete mutual communication by the bus；
The processor realizes the above method when executing the computer program.
Fourth aspect, the embodiment of the present invention provide a kind of non-transient computer readable storage medium, the non-transient calculatingIt is stored with computer program on machine readable storage medium storing program for executing, which realizes the above method when being executed by processor.
As shown from the above technical solution, the embodiment of the present invention is by using 3 d rendering engine, according to input by userThe visual observation angle of one instruction selection threedimensional model, according to the second instruction adjustment threedimensional model input by user in visual angle modelEnclose interior size；It is instructed according to third input by user and determines image resolution ratio, and based on visual observation angle, threedimensional modelSize in angular field of view and image resolution ratio generate the first scene image of threedimensional model；According to the input by user 4thInstruction adds measuring point to the first scene image and determines the exhibition method of each measuring point, obtains the second scene image；According to userThe information of input generates description file, constitutes visualizing monitor interface together with the second scene image by description file, as a result, canIt enough utilizes threedimensional model customization to generate observation interface image, reduces the cost of conventional two-dimensional method for drafting；It can allow user canWith it is freer, more accurately select required observation interface image, flexibility ratio and operability stronger；Once user is to generationSnapshot is dissatisfied, it is only necessary to which the selected angle in d engine again regenerates, it is no longer necessary to professional modelerMember, image procossing personnel model by hand, can allow the observation interface image adaptation more multi-display equipment of generation；Believe using with imageMating description file is ceased, allows observation interface that can carry more and richer scene information, observation interface can be supported richerMonitoring effect of visualization rich, with a greater variety.
Specific implementation mode
Below in conjunction with the accompanying drawings, the specific implementation mode of the present invention is further described.Following embodiment is only used for moreTechnical scheme of the present invention is clearly demonstrated, and not intended to limit the protection scope of the present invention.
Fig. 2 shows a kind of visualizing monitor interface customizing generations based on threedimensional model that one embodiment of the invention providesThe flow diagram of method, as shown in Fig. 2, the visualizing monitor interface customizing generation side based on threedimensional model of the present embodimentMethod, including：
S1, using 3 d rendering engine, according to the visual observation angle of the first instruction selection threedimensional model input by userDegree.
In a particular application, using functions such as the roaming of 3 d rendering engine, browsing, flights, according to user's unrestricted choiceMost suitable visual observation angle and input first instruction, select determine threedimensional model visual observation angle.
S2, using 3 d rendering engine, according to the second instruction adjustment threedimensional model input by user in angular field of viewSize.
In a particular application, using the zoom function of 3 d rendering engine, according to the second instruction adjustment three input by userSize of the dimension module in angular field of view.
S3, it is instructed according to third input by user, determines image resolution ratio, and based on the visual observation angle, threeSize and image resolution ratio of the dimension module in angular field of view, generate the first scene image of the threedimensional model.
Wherein, described image resolution ratio and the screen resolution of the terminal at the visualizing monitor interface to be presented are mutually fittedMatch.
It is understood that the present embodiment can be based on the visual observation angle and threedimensional model in angular field of viewSize, the first scene image of the threedimensional model of multiple different resolutions can be generated, the image of different resolution can will be sameOne showing interface, to be adapted to corresponding screen, reaches the best visual effect on different terminals.For example, 1024 × 768 figureAs may be displayed on widescreen screen, 800 × 600 image may be displayed on the screen of common ratio, and 750 × 1334 can be withIt is first-class to be shown in mobile phone.
S4, it is instructed according to the input by user 4th, adds measuring point to first scene image, and determine each measuring pointExhibition method obtains the second scene image.
In a particular application, for example, measuring point can be shown in a manner of curve, chart, switching value etc., thisOutside, size, background colour, the transparency that also can indicate that measuring point display area, to support more abundant visualizing monitor effect.
S5, according to information input by user, generate description file, by the description file together with the second scene image structureAt visualizing monitor interface.
The visualizing monitor interface customizing generation method based on threedimensional model of the present embodiment, it is proposed that utilize threedimensional modelUnrestricted choice angle, the method for then generating observation interface, the method that two-dimentional interface is established with traditional hand work(differ completelySample, the present embodiment the method is by using 3 d rendering engine, according to the first instruction selection threedimensional model input by userVisual observation angle, according to size of the second instruction adjustment threedimensional model input by user in angular field of view；According to userThe third instruction of input determines image resolution ratio, and the size based on visual observation angle, threedimensional model in angular field of viewAnd image resolution ratio, generate the first scene image of threedimensional model；It is instructed according to the input by user 4th, to the first scene imageIt adds measuring point and determines the exhibition method of each measuring point, obtain the second scene image；It is generated and is described according to information input by userFile constitutes visualizing monitor interface by description file together with the second scene image, and thereby, it is possible to be customized using threedimensional modelObservation interface image is generated, the cost of conventional two-dimensional method for drafting is reduced；Can allow user can it is freer, more accurately selectRequired observation interface image is selected, flexibility ratio and operability are stronger；Once user is dissatisfied to the snapshot of generation, it is only necessary to weightThe newly selected angle in d engine, regenerates, it is no longer necessary to which professional modeling personnel, image procossing personnel build by handMould, can allow the observation interface image adaptation more multi-display equipment of generation；It is described using the description file mating with image informationDescription file has included abundant interface relevant information, allows observation interface that can carry more and richer scene information, allows monitoringInterface can support monitoring effect of visualization more rich, with a greater variety.
Further, in a particular application, the description file stores visualizing monitor circle according to preset formatAll information in face, the description file include：Interface description information, interface image information, interface parameter information and measuring point letterBreath.
Wherein, the preset format may include：Binary format or XML format.
It is understood that binary format storage efficiency is higher, and has certain confidentiality, but XML format is characterType file, it is easier to identify and exchange.It can correctly be parsed to ensure to describe file, for visualizing prison system, this realityIt can be that description file formulates binary storage format and XML memory modules respectively to apply example.
Wherein, the interface description information has recorded the essential information at the visualizing monitor interface, including：Interface name,Authors' name, Production Time, making date, monitoring object title, interface image number, measuring point number and remarks.The interface description letterThe binary storage format of breath can refer to such as the following table 1.
Table 1
Interface name is formed by being no more than 128 bytes；Authors' name is formed by being no more than 128 bytes；Making date by10 byte character string compositions of " YYYY-MM-DD " format；Production Time is by " HH:MM:8 byte character string of SS " formats forms；PrisonObject oriented is surveyed to be formed by being no more than 128 bytes；Interface image number is used to record the quantity of image file, by 2 byte groupsAt (can at most have 65535 parts of images)；Measuring point number indicate snapshot in need measuring point quantity to be shown (contain compound measuring point data,Compound measuring point data is to calculate the data generated by other measuring point datas), being made of 2 bytes (that is can at most rememberRecord 65535 measuring points)；Remarks are used to carry out cutline to snapshot, are formed by being no more than 1024 bytes.
Wherein, the interface image information is collectively constituted by N number of description item, wherein N is interface description parts of images numberValue, the information that each description item includes include：Image Name, resolution ratio are long and resolution ratio is wide.Image Name is by being no more than 255 bytesComposition, resolution ratio length are made of 4 bytes respectively with wide, and the binary storage format of the interface image information can refer to such as following table2。
Table 2
Wherein, the interface parameter information is used to record Viewing-angle information finally determining after user's rotation, scaling, packetIt includes：The rotated counterclockwise by angle of viewpoint position, direction of visual lines, visual angle size and Objects around A direction of visual lines.There is this partial informationIt just can know that how current observation interface obtains from threedimensional model.The binary storage lattice of the interface parameter informationFormula can refer to such as the following table 3.
Table 3
Viewpoint position is a three-dimensional coordinate (x, y, z), is made of 12 bytes；Direction of visual lines be a direction vector (Vx,Vy, Vz), also it is made of 12 bytes；Visual angle size is two integers, indicates X-direction visual angle and Y-direction visual angle respectively, respectively occupies 4Byte；The gyration of applying counterclockwise of Objects around A direction of visual lines is 4 bytes.
Wherein, the measuring point information is collectively constituted by M description item, wherein and M is the value of snapshot declaratives measuring point number,Each describing the information that item includes includes：The mark number of measuring point, measuring point exhibition method, measuring point interrelational form, background background color are saturatingThe width of lightness, background background color, measuring point display location, measuring point relative position, the length of measuring point display area and measuring point display area.InstituteThe binary storage format for stating measuring point information can refer to such as the following table 4.
Table 4
The mark number of the measuring point is made of 11 byte character strings, is the unique mark of measuring point in the database；InstituteMeasuring point exhibition method is stated to be made of 2 bytes；The measuring point interrelational form is made of 2 bytes, indicate measuring point how with it is correspondingEntity associated (such as solid line association, dotted line association)；The background background color transparency refers to carries out visualization exhibition to the data of the measuring pointWhen showing, the background background color transparency of corresponding display area；The background background color by three byte representation background colors rgb value；It is describedMeasuring point display location indicates that the display area lower left corner with respect to snapshot image lower-left Angle Position, is respectively made of 4 bytes, altogether 12 wordSection；The measuring point relative position indicates position of the measuring point in interface image；The length of the measuring point display area and the measuring pointThe wide of display area is respectively 4 bytes, and numerical value indicates pixel quantity.
A kind of visualizing monitor interface customizing generation method based on threedimensional model of the present embodiment can utilize three-dimensional mouldType customization generates observation interface image, reduces the cost of conventional two-dimensional method for drafting；User can be allowed freer, more smartObservation interface image needed for accurate selection, flexibility ratio and operability are stronger；Once user is dissatisfied to the snapshot of generation, onlyThe selected angle in d engine again is needed, is regenerated, it is no longer necessary to professional modeling personnel, image procossing personnelModeling by hand, can allow the observation interface image adaptation more multi-display equipment of generation；Utilize the description text mating with image informationPart, the description file have included abundant interface relevant information, allow observation interface that can carry more and richer scene letterBreath, allows observation interface that can support monitoring effect of visualization more rich, with a greater variety.
The present embodiment the method is completed by computer program, and user only needs to be responsible for completing corresponding interactive operation, shouldProgram can also both combine 3 d rendering engine and individually develop as the plug-in unit of the platform with three-dimensional rendering function.
Fig. 3 shows that a kind of visualizing monitor interface customizing based on threedimensional model that one embodiment of the invention provides generatesThe structural schematic diagram of device, as shown in figure 3, the visualizing monitor interface customizing based on threedimensional model of the present embodiment generates dressIt sets, including：Selecting module 31, adjustment module 32, generation module 33, add module 34 and composition module 35；Wherein：
The selecting module 31, for utilizing 3 d rendering engine, according to the three-dimensional mould of the first instruction selection input by userThe visual observation angle of type；
The adjustment module 32, for utilizing 3 d rendering engine, according to the three-dimensional mould of the second instruction adjustment input by userSize of the type in angular field of view；
The generation module 33 determines image resolution ratio, and can based on described in for being instructed according to third input by userDepending on changing the size and image resolution ratio of viewing angle, threedimensional model in angular field of view, first of the threedimensional model is generatedScape image；
The add module 34 adds measuring point for being instructed according to the input by user 4th to first scene image,And determine the exhibition method of each measuring point, obtain the second scene image；
The composition module 35, for according to information input by user, generating description file, by the description file and theTwo scene images constitute visualizing monitor interface together.
Specifically, the selecting module 31 utilizes 3 d rendering engine, three-dimensional according to the first instruction selection input by userThe visual observation angle of model；The adjustment module 32 utilizes 3 d rendering engine, is adjusted according to the second instruction input by userSize of the whole threedimensional model in angular field of view；The generation module 33 is instructed according to third input by user, determines image pointResolution, and size and image resolution ratio based on the visual observation angle, threedimensional model in angular field of view, described in generationFirst scene image of threedimensional model；The add module 34 is instructed according to the input by user 4th, to first scene graphIt as addition measuring point, and determines the exhibition method of each measuring point, obtains the second scene image；The composition module 35 is defeated according to userThe information entered generates description file, visualizing monitor interface is constituted together with the second scene image by the description file.
In a particular application, the selecting module 31 can utilize the functions such as roaming, browsing, the flight of 3 d rendering engine,The first instruction inputted according to the most suitable visual observation angle of user's unrestricted choice, selects to determine the visual of threedimensional modelChange viewing angle.
In a particular application, the adjustment module 32 can utilize the zoom function of 3 d rendering engine, be inputted according to userThe second size of the instruction adjustment threedimensional model in angular field of view.
Wherein, described image resolution ratio and the screen resolution of the terminal at the visualizing monitor interface to be presented are mutually fittedMatch.
It is understood that the present embodiment can be based on the visual observation angle and threedimensional model in angular field of viewSize, the first scene image of the threedimensional model of multiple different resolutions can be generated, the image of different resolution can will be sameOne showing interface, to be adapted to corresponding screen, reaches the best visual effect on different terminals.
In a particular application, for example, the add module 34 can be by measuring point with the side such as curve, chart, switching valueFormula is shown, further, it is also possible to indicate the size of measuring point display area, background colour, transparency, it is more abundant visual to supportChange monitoring effect.
The visualizing monitor interface customizing generating means based on threedimensional model of the present embodiment, can be fixed using threedimensional modelSystem generates observation interface image, reduces the cost of conventional two-dimensional method for drafting；User can be allowed freer, more accuratelyObservation interface image needed for selection, flexibility ratio and operability are stronger；Once user is dissatisfied to the snapshot of generation, it is only necessary toAgain the selected angle in d engine, regenerates, it is no longer necessary to which professional modeling personnel, image procossing personnel are manualModeling, can allow the observation interface image adaptation more multi-display equipment of generation；Utilize the description file mating with image information, instituteIt states description file and has included abundant interface relevant information, allow observation interface that can carry more and richer scene information, allow prisonMonitoring effect of visualization more rich, with a greater variety can be supported by surveying interface.
Further, in a particular application, the description file stores visualizing monitor circle according to preset formatAll information in face, the description file include：Interface description information, interface image information, interface parameter information and measuring point letterBreath.
Wherein, the preset format may include：Binary format or XML format.
It is understood that binary format storage efficiency is higher, and has certain confidentiality, but XML format is characterType file, it is easier to identify and exchange.It can correctly be parsed to ensure to describe file, for visualizing prison system, this realityIt can be that description file formulates binary storage format and XML memory modules respectively to apply example.
Wherein, the interface description information has recorded the essential information at the visualizing monitor interface, including：Interface name,Authors' name, Production Time, making date, monitoring object title, interface image number, measuring point number and remarks.The interface description letterThe binary storage format of breath can refer to above-mentioned table 1.Interface name is formed by being no more than 128 bytes；Authors' name is by being no more than 128A byte composition；Making date is made of 10 byte character strings of " YYYY-MM-DD " format；Production Time is by " HH:MM:SS”8 byte character string of format forms；Monitoring object title is formed by being no more than 128 bytes；Interface image number is for recording imageThe quantity of file is formed by 2 bytes and (can at most be had 65535 parts of images)；Measuring point number indicates to need survey to be shown in snapshotPoint quantity (contains compound measuring point data, compound measuring point data is to calculate the data generated by other measuring point datas), by 2 byte groupsAt (that is can at most record 65535 measuring points)；Remarks are used to carry out cutline to snapshot, by being no more than 1024Byte forms.
Wherein, the interface image information is collectively constituted by N number of description item, wherein N is interface description parts of images numberValue, the information that each description item includes include：Image Name, resolution ratio are long and resolution ratio is wide.Image Name is by being no more than 255 bytesComposition, resolution ratio length are made of 4 bytes respectively with wide, and the binary storage format of the interface image information can refer to above-mentioned table2。
Wherein, the interface parameter information is used to record Viewing-angle information finally determining after user's rotation, scaling, packetIt includes：The rotated counterclockwise by angle of viewpoint position, direction of visual lines, visual angle size and Objects around A direction of visual lines.There is this partial informationIt just can know that how current observation interface obtains from threedimensional model.The binary storage lattice of the interface parameter informationFormula can refer to above-mentioned table 3.Viewpoint position is a three-dimensional coordinate (x, y, z), is made of 12 bytes；Direction of visual lines is a directionVectorial (Vx, Vy, Vz), is also made of 12 bytes；Visual angle size is two integers, indicates that X-direction visual angle and Y-direction regard respectivelyAngle respectively occupies 4 bytes；The gyration of applying counterclockwise of Objects around A direction of visual lines is 4 bytes.
Wherein, the measuring point information is collectively constituted by M description item, wherein and M is the value of snapshot declaratives measuring point number,Each describing the information that item includes includes：The mark number of measuring point, measuring point exhibition method, measuring point interrelational form, background background color are saturatingThe width of lightness, background background color, measuring point display location, measuring point relative position, the length of measuring point display area and measuring point display area.InstituteThe binary storage format for stating measuring point information can refer to above-mentioned table 4.
The mark number of the measuring point is made of 11 byte character strings, is the unique mark of measuring point in the database；InstituteMeasuring point exhibition method is stated to be made of 2 bytes；The measuring point interrelational form is made of 2 bytes, indicate measuring point how with it is correspondingEntity associated (such as solid line association, dotted line association)；The background background color transparency refers to carries out visualization exhibition to the data of the measuring pointWhen showing, the background background color transparency of corresponding display area；The background background color by three byte representation background colors rgb value；It is describedMeasuring point display location indicates that the display area lower left corner with respect to snapshot image lower-left Angle Position, is respectively made of 4 bytes, altogether 12 wordSection；The measuring point relative position indicates position of the measuring point in interface image；The length of the measuring point display area and the measuring pointThe wide of display area is respectively 4 bytes, and numerical value indicates pixel quantity.
The visualizing monitor interface customizing generating means based on threedimensional model of the present embodiment, can be fixed using threedimensional modelSystem generates observation interface image, reduces the cost of conventional two-dimensional method for drafting；User can be allowed freer, more accuratelyObservation interface image needed for selection, flexibility ratio and operability are stronger；Once user is dissatisfied to the snapshot of generation, it is only necessary toAgain the selected angle in d engine, regenerates, it is no longer necessary to which professional modeling personnel, image procossing personnel are manualModeling, can allow the observation interface image adaptation more multi-display equipment of generation；Utilize the description file mating with image information, instituteIt states description file and has included abundant interface relevant information, allow observation interface that can carry more and richer scene information, allow prisonMonitoring effect of visualization more rich, with a greater variety can be supported by surveying interface.
The visualizing monitor interface customizing generating means based on threedimensional model of the present embodiment, can be used for executing aforementioned sideThe technical solution of method embodiment, implementing principle and technical effect are similar, and details are not described herein again.
Fig. 4 shows the entity structure schematic diagram of a kind of electronic equipment provided in an embodiment of the present invention, as shown in figure 4, shouldElectronic equipment may include：It processor 41, memory 42, bus 43 and is stored on memory 42 and can be transported on processor 41Capable computer program；
Wherein, the processor 41, memory 42 complete mutual communication by the bus 43；
The processor 41 realizes the method that above-mentioned each method embodiment is provided when executing the computer program, such asIncluding：Using 3 d rendering engine, according to the visual observation angle of the first instruction selection threedimensional model input by user；It utilizes3 d rendering engine, according to size of the second instruction adjustment threedimensional model input by user in angular field of view；It is defeated according to userThe third instruction entered, determines image resolution ratio, and big in angular field of view based on the visual observation angle, threedimensional modelSmall and image resolution ratio generates the first scene image of the threedimensional model；It is instructed according to the input by user 4th, to described theOne scene image adds measuring point, and determines the exhibition method of each measuring point, obtains the second scene image；According to letter input by userBreath generates description file, visualizing monitor interface is constituted together with the second scene image by the description file.
The embodiment of the present invention provides a kind of non-transient computer readable storage medium, is stored thereon with computer program, shouldRealize the method that above-mentioned each method embodiment is provided when computer program is executed by processor, such as including：Utilize three-dimensional wash with watercoloursEngine is contaminated, according to the visual observation angle of the first instruction selection threedimensional model input by user；Utilize 3 d rendering engine, rootAccording to size of the second instruction adjustment threedimensional model input by user in angular field of view；It is instructed according to third input by user, reallyDetermine image resolution ratio, and size and image resolution ratio based on the visual observation angle, threedimensional model in angular field of view,Generate the first scene image of the threedimensional model；It instructs according to the input by user 4th, is added to first scene imageMeasuring point, and determine the exhibition method of each measuring point, obtain the second scene image；According to information input by user, description text is generatedPart constitutes visualizing monitor interface by the description file together with the second scene image.
It should be understood by those skilled in the art that, embodiments herein can be provided as method, apparatus or computer programProduct.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the applicationApply the form of example.Moreover, the application can be used in one or more wherein include computer usable program code computerThe computer program production implemented in usable storage medium (including but not limited to magnetic disk storage, CD-ROM, optical memory etc.)The form of product.
The application be with reference to according to the method, apparatus of the embodiment of the present application and the flow chart of computer program product and/orBlock diagram describes.It should be understood that each flow that can be realized by computer program instructions in flowchart and/or the block diagram and/orThe combination of flow and/or box in box and flowchart and/or the block diagram.These computer program instructions can be provided to arriveAll-purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices processor to generate oneMachine so that the instruction executed by computer or the processor of other programmable data processing devices generates flowingThe device/system for the function of being specified in one flow of journey figure or multiple flows and/or one box of block diagram or multiple boxes.
These computer program instructions, which may also be stored in, can guide computer or other programmable data processing devices with spyDetermine in the computer-readable memory that mode works so that instruction generation stored in the computer readable memory includes referring toEnable the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one box of block diagram orThe function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device so that countSeries of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, in computer orThe instruction executed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram oneThe step of function of being specified in a box or multiple boxes.
It should be noted that herein, relational terms such as first and second and the like are used merely to a realityBody or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operationIn any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended toNon-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including thoseElement, but also include other elements that are not explicitly listed, or further include for this process, method, article or equipmentIntrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded thatThere is also other identical elements in process, method, article or equipment including the element.The fingers such as term "upper", "lower"The orientation or positional relationship shown is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of the description present invention and simplifiesDescription, does not indicate or imply the indicated device or element must have a particular orientation, with specific azimuth configuration and behaviourMake, therefore is not considered as limiting the invention.Unless otherwise clearly defined and limited, term " installation ", " connected "," connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；Can beMechanical connection can also be electrical connection；It can be directly connected, can also can be indirectly connected through an intermediary twoConnection inside element.For the ordinary skill in the art, above-mentioned term can be understood at this as the case may beConcrete meaning in invention.