CN104516651B - The graphic user interface generation device and method of image sharing system and correlation - Google Patents

The graphic user interface generation device and method of image sharing system and correlation Download PDF

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Publication number
CN104516651B
CN104516651B CN201410043847.8A CN201410043847A CN104516651B CN 104516651 B CN104516651 B CN 104516651B CN 201410043847 A CN201410043847 A CN 201410043847A CN 104516651 B CN104516651 B CN 104516651B
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image
shooting
option object
option
user interface
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CN104516651A (en
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余兆良
邱顺建
魏士钧
马成
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Realtek Semiconductor Corp
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Realtek Semiconductor Corp
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0484—Interaction techniques based on graphical user interfaces [GUI] for the control of specific functions or operations, e.g. selecting or manipulating an object, an image or a displayed text element, setting a parameter value or selecting a range
    • G06F3/04842—Selection of displayed objects or displayed text elements

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • User Interface Of Digital Computer (AREA)
  • Processing Or Creating Images (AREA)
  • Information Transfer Between Computers (AREA)

Abstract

The present invention proposes that the graphic user interface generation device of a kind of image sharing system and correlation and method, the graphic user interface generation device include：Receiving module receives camera site distributed intelligence using telecommunication circuit；Option object generation module produces multiple option objects using control circuit；Arrange module and arrange multiple option objects according to camera site distributed intelligence using control circuit, to produce the graphic user interface comprising multiple option objects and one or more reference designators；Display control module shows graphic user interface using display device.When display device shows the graphic user interface, if input unit receives the move of user's input, display control module can control display device to move at least part option object in graphic user interface towards the same side, and corresponding the change at least position of a reference designator or content.Graphic user interface makes user grasp the relative position of the camera site of different images data in space rapidly in a manner of more visualizing.

Description

The graphic user interface generation device and method of image sharing system and correlation
Technical field
The relevant image sharing system of the present invention, espespecially a kind of graphic user interface (graphic that more intuitive is provided User interface, GUI) user is supplied as the image sharing system of image selection gist and the production of the graphic user interface of correlation Generating apparatus and graphic user interface production method.
Background technology
With internet and the development of multimedia application, many image datas are often uploaded to various images by many people Sharing website and household, friend, colleague or other people share, also can find other people from these image sharing websites shares Image is watched.Existing image sharing website be mostly by plurality of image data according to uplink time, shooting when Between or the custom image classification of user classified, and be arranged in image list and therefrom select to want the image of broadcasting for user Data.
Traditional image list provides the reference frame that user selects image data, is all with the shape of narrative word mostly Formula is presented, at most along with some contract drawings of image data are as assistance data.However, being limited to traditional image list can provide Reference frame it is fairly limited and dull, user is often difficult to quickly find image data really interested, and wastes in rain Many valuable times are on video search.For example, after popular activity or event occur, image sharing website is uploaded to Image quantity is often very huge.Now, traditional image list be even more be difficult to assist user efficiently find it is interested Image, and cause the problem of foregoing more shape to deteriorate, and then have influence on satisfaction of the user for image sharing website.
The content of the invention
In view of this, the graphic user interface that more intuitive can be provided how is designed for user as image selection gist Image sharing system and correlation graphic user interface generation device and graphic user interface production method, actually industry need to be solved Certainly the problem of.
This specification provides a kind of embodiment of image sharing system, comprising：One image provides server, comprising：One storage Cryopreservation device, be arranged to store a target place a site location data and a place point to data, more image datas and More camera site data of the more image datas are corresponded respectively to, wherein, the more image datas are all apart from the mark The preset distance of place one in shooting gained or included in the target place occur an event at least local image content； One process circuit, the storage device is coupled to, is arranged to point to data and this more according to the site location data, the place Camera site data, calculate the camera site distribution letter for representing the distribution situation of more camera site data in space Breath；And a transmission circuit, the process circuit is coupled to, is arranged to after image query request is received, passes through an interconnection Net transmits the camera site distributed intelligence；And an image player, comprising：One input unit, it is arranged to according to a user Operation produces image query request；One telecommunication circuit, it is arranged to transmit the image query by the internet and asks to the shadow As providing the transmission circuit of server, and receive the camera site distributed intelligence that the transmission circuit transmits；One control circuit, It is arranged to produce multiple option objects corresponding with the more image datas respectively, and according to the camera site distributed intelligence arrangement The plurality of option object, to produce the graphic user interface comprising the plurality of option object and one or more reference designators； And a display device, it is display arranged to the graphic user interface；Wherein, when the display device shows the graphic user interface When, if the input unit receives a move of user input, the control circuit can control the display device by the figure At least part option object in shape user interface moves towards the same side, and correspondingly changes in one or more reference designators At least one of position or content, and if the input unit receive corresponding to the target option thing in the graphic user interface One option object selection instruction of part, the control circuit can control the telecommunication circuit to correspond to the target by internet transmission One image data of option object asks to the image to provide the transmission circuit of server；Wherein, when the image provides service When device receives image data request, the process circuit can control the transmission circuit to transmit the more images by the internet A target image data in data is to the telecommunication circuit, and when the telecommunication circuit receives the target image data, the control Circuit processed can control the display device to show the target image data.
This specification separately provides a kind of embodiment of graphic user interface generation device, for controlling an image sharing system In an image player produce a graphic user interface, wherein, the image sharing system include an image provide server With the image player, the image provides a site location data and the place that server is arranged to store a target place Data, more image datas and more camera site data for corresponding respectively to the more image datas are pointed to, and are arranged to Data and the more camera site data are pointed to according to the site location data, the place, calculates and represents this more shooting positions A camera site distributed intelligence of the distribution situation of data in space is put, and is receiving what the image player transmitted One image query request after, the camera site distributed intelligence is transmitted by an internet, wherein, the more image datas be all Shooting gained or at least local shadow of the event occurred included in the target place in the preset distance of target place one As content；The image player includes a telecommunication circuit, a display device, an input unit and a control circuit.The figure Shape user interface generation device includes：One receiving module, pass through for receiving image offer server using the telecommunication circuit The camera site distributed intelligence that the internet transmits；One option object generation module, divide for being produced using the control circuit Multiple option objects not corresponding with the more image datas；One arrangement module, for utilizing the control circuit according to the shooting Location distribution information arranges the plurality of option object, to produce comprising the plurality of option object and one or more reference designators One graphic user interface；One display control module, for showing the graphic user interface using the display device；And one transmission Module；Wherein, when the display device shows the graphic user interface, if the input unit receives a shifting of user input Dynamic instruction, the display control module can control the display device by least part option object in the graphic user interface towards same Side is moved, and correspondingly changes at least one of position in one or more reference designators or content, and if input dress Put the option object selection instruction received corresponding to the target option object in the graphic user interface, the delivery module The telecommunication circuit can be controlled to be asked by internet transmission corresponding to an image data of the target option object to the image Server is provided；Wherein, when the image, which provides server, receives image data request, the image, which provides server, to be led to Cross the internet and transmit a target image data in the more image datas to the telecommunication circuit, and when the telecommunication circuit receives During to the target image data, the control circuit can control the display device to show the target image data.
This specification separately provides a kind of embodiment of graphic user interface production method, for controlling an image sharing system In an image player produce a graphic user interface, wherein, the image sharing system include an image provide server With the image player, the image provides a site location data and the place that server is arranged to store a target place Data, more image datas and more camera site data for corresponding respectively to the more image datas are pointed to, and are arranged to Data and the more camera site data are pointed to according to the site location data, the place, calculates and represents this more shooting positions A camera site distributed intelligence of the distribution situation of data in space is put, and is receiving what the image player transmitted One image query request after, the camera site distributed intelligence is transmitted by an internet, wherein, the more image datas be all Shooting gained or at least local shadow of the event occurred included in the target place in the preset distance of target place one As content；The image player includes a telecommunication circuit, a display device, an input unit and a control circuit.The figure Shape user interface production method includes：Image offer server is received using the telecommunication circuit to be somebody's turn to do by what the internet transmitted Camera site distributed intelligence；Multiple option objects corresponding with the more image datas respectively are produced using the control circuit；Profit The plurality of option object is arranged according to the camera site distributed intelligence with the control circuit, the plurality of option object is included to produce An and graphic user interface of one or more reference designators；The graphic user interface is shown using the display device；And work as When the display device shows the graphic user interface, if the input unit receives a move of user input, control Make the display device by least part option object in the graphic user interface towards the same side move, and correspondingly change this one or At least one of position or content in multiple reference designators, and if the input unit receive corresponding to graphical user circle One option object selection instruction of the target option object in face, then the telecommunication circuit is controlled to be transmitted by the internet corresponding Ask to provide server to the image in an image data of the target option object；Wherein, connect when the image provides server When receiving image data request, image offer server can transmit the mark in the more image datas by the internet Image data to the telecommunication circuit so that the control circuit controls the display device to show the target image data.
One of the advantages of above-described embodiment, it is that multiple option objects in graphic user interface are according to more image datas Camera site distributed intelligence arranged, user can be allowed in the case of without frequent switching image, just can be more to visualize Mode grasp the relative position relation of the camera site of different images data in space rapidly.
Another advantage of above-described embodiment, it is the image data corresponding to the different options object in graphic user interface, It is all relevant with the place in same target place or event, user can be allowed in the case where a large amount of descriptive matter in which there need not be read, just Can accurately obtain same target place it is different towards coherent video, and then obtain more comprehensively and richer for target place Rich visual experience.
Another advantage of above-described embodiment, be graphic user interface provided in a manner of more intuitive the reference of non-legible property according to Image data is selected according to for user, user can be effectively reduced and read the time of word, and then user is greatly decreased and spends in image inspection The time of rope.
Other advantages of the present invention will be explained in more detail by the following description and accompanying drawing.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding of the present application, forms the part of the application, this Shen Schematic description and description please is used to explain the application, does not form the improper restriction to the application.
Fig. 1 is the functional block diagram after the image sharing system of one embodiment of the invention simplifies.
Fig. 2 is the work(after an embodiment of the graphic user interface generation device in the image player in Fig. 1 simplifies Can module diagram.
Fig. 3 be one embodiment of the invention collections image data and produce camera site distributed intelligence method simplification after Flow chart.
Fig. 4 is a target place and the schematic diagram after the embodiment simplification of the position of multiple Image sources devices.
Fig. 5 is the top view after the position in the target place and multiple Image sources devices in Fig. 4 simplifies.
Fig. 6 to Fig. 7 is the flow chart after the graphic user interface production method of one embodiment of the invention simplifies.
Fig. 8 to Figure 18 is the schematic diagram after the different embodiments of the graphic user interface of the present invention simplify.
【Symbol description】
100 image sharing systems
110 images provide server
111 storage devices
113 process circuits
115 transmission circuits
120 image players
121 image capturing circuits
122 positioning circuits
123 telecommunication circuits
124 input units
125 display devices
126 memories
127 control circuits
129 graphic user interface generation devices
130 internets
210 receiving modules
220 option object generation modules
230 arrangement modules
240 display control modules
250 delivery modules
410 target places
412 pyrotechnics
422nd, 424 building
432nd, 434,436 user
510 target positions
532nd, 534,536 setting position
800th, 1000,1200,1300,1500,1700 graphic user interface
810 rectangular areas
820th, 1021,1022,1023,1221,1222,1223,1521,1522,1523,1721,1722,1723 reference Designator
831st, 832,833,834,835,936,937,938,1531,1532,1533,1534,1535,1637,1638 choosing Item object
1041st, 1042,1043,1541,1542,1543,1741,1742,1743 belt-like zone
1050 interlock button
1060 the alignment buttons
1370 vertical grids
1380 horizontal rulings
1510 cylindrical objects
1710 spheroid objects
Embodiment
Illustrate embodiments of the invention below in conjunction with relevant drawings.In the accompanying drawings, identical label represent it is identical or Similar element or method flow.
Fig. 1 is the work(after the image sharing system (image sharing system) 100 of one embodiment of the invention simplifies Can block diagram.Image sharing system 100 includes an image and provides server (image providing server) 110 and more Individual image player (only illustrate in Fig. 1 image player 120-a~120-n exemplified by).In image sharing system 100 In, image player 120-a~120-n or other various images provide device (not illustrating), can pass image data It is sent to image offer server 110 to store, and provides server 110 by image and be supplied to image data by internet 130 Other devices, so that image data is able to be shared between multiple devices.
In the embodiment in figure 1, image provide server 110 include a storage device 111, a process circuit 113 and One transmission circuit 115, and each image player 120 then includes an image capturing circuit (image capturing Circuit) telecommunication circuit 123 of 121, one positioning circuit (positioning circuit) 122, one, an input unit 124, one Display device 125, a memory 126 and a control circuit 127.For example, image player 120-a obtains comprising an image Sense circuit 121-a, a positioning circuit 122-a, a telecommunication circuit 123-a, an input unit 124-a, a display device 125-a, An one memory 126-a and control circuit 127-a, and image player 120-b then includes an image capturing circuit 121- B, a positioning circuit 122-b, a telecommunication circuit 123-b, an input unit 124-b, a display device 125-b, a memory A 126-b and control circuit 127-b.
Small English index a~n in element number and the device numbering used in this case specification and drawings, simply In order to facilitate other an element and device is censured, it is not intended that and the quantity of aforementioned components and device is confined to given number. In this case specification and drawings, if not indicating the element number or device numbering during using a certain element number or device numbering Index, then represent the element number or device numbering be censure belonging to not specific any member in element group or device group Part or device.For example, the object that device numbering 120-a is censured is image player 120-a, and what device numbering 120 was censured Object is then any image player in image player 120-a~120-n.
In image provides server 110, storage device 111 is arranged to store the site location data in multiple places Data (site orientation data) are pointed in (site location data) and place.Storage device 111 is also configured to The more image datas (image data) of different Image sources offers are provided and correspond respectively to the more image datas More camera site data (photographing position data).
In addition, process circuit 113 is coupled to storage device 111, it is arranged to the site location data according to a specific place More camera site data corresponding to pointing to data and more relevant with the specific place respectively image datas with place, Calculate the camera site distributed intelligence for representing the distribution situation of more camera site data in space (photographing positions distribution information).Transmission circuit 115 is coupled to process circuit 113, it is arranged to after the image query request relevant with the specific place that image player 120 transmits is received, leads to Cross internet 130 and transmit the camera site distributed intelligence to image player 120.
In image player 120, image capturing circuit 121 is arranged to shoot either statically or dynamically according to the operation of user Image to produce image data.Positioning circuit 122 is arranged to generation and image data pair caused by image capturing circuit 121 The camera site data answered.Telecommunication circuit 123 is arranged to lead to by internet 130 and the image offer progress of server 110 data Letter.Input unit 124 is arranged to produce various instructions according to the operation of user or an image relevant with a specific place is looked into Ask request.Display device 125 is display arranged to image.Memory 126 is arranged to storage and is used to control image player 120 to produce One graphic user interface generation device 129 of a raw graphic user interface (GUI), and storage image player 120 operate Shi Suoxu other data.Control circuit 127 is coupled to image capturing circuit 121, positioning circuit 122, telecommunication circuit 123, defeated Enter device 124, display device 125 and memory 126, be arranged to control image capturing circuit 121, positioning circuit 122, lead to Believe the running of circuit 123, input unit 124 and display device 125.
For example, control circuit 127 can control telecommunication circuit 123 to ask foregoing image data and image query, pass through Internet 130 is sent to image and provides server 110.Then, telecommunication circuit 123 can provide clothes by the self imaging of internet 130 Business device 110 receives the camera site distributed intelligence corresponding with image query request.
Control circuit 127 can perform the graphic user interface generation device 129 stored in memory 126, to produce difference Multiple option objects (option object) corresponding with the more image datas stored in image offer server 110, and according to The plurality of option object is arranged according to the camera site distributed intelligence, to produce comprising the plurality of option object and one or more references One graphic user interface of designator (reference indicator).Control circuit 127 can control display device 125 to show The graphic user interface is operated for user.
The foregoing available camera of image capturing circuit 121, video recorder or other various image sensing circuits are realized. Foregoing positioning circuit 122 available global global position system (GPS) receiving circuit, Beidou satellite navigation system (BeiDou Navigation Satellite System, BDS) receiving circuit, secondary satellite alignment system (Assisted GPS, AGPS) Receiving circuit, indoor GPS (indoor GPS) receiving circuit, WiFi alignment systems (WiFi positioning system, WPS) receiving circuit, indoor locating system (indoor positioning system, IPS) receiving circuit, various using other The circuit of location technology or the combination of aforementioned circuit are realized.Foregoing transmission circuit 115 and telecommunication circuit 123, which all can use, to be had Line socket, wireless network interface or the hybrid circuit at foregoing two kinds of interfaces is integrated simultaneously to realize.Foregoing processing electricity Road 113 and control circuit 127 can all be realized by one or more processor units.Foregoing input unit 124 can use touch screen Curtain, Trackpad, keyboard, mouse, sound-controlled apparatus, gesture induction device, the circuit or preceding using other various instruction generation technologies The combination of device is stated to realize., can also be with addition, display device 125 can be realized with various display screens or projector The co-integration of input unit 124 is into a Touch Screen.
In implementation, image provides server 110 and can realized with single server, can also use and be located at identical geographic region Domain or realize positioned at multiple server combinations of different geographic regions.Image player 120 can be possessed using various Connection network function and device capable of displaying image is realized, for example, computer (calculates comprising tablet PC, notebook Machine, small pen electricity etc.), TV, e-book, handheld game device or family's theater equipment etc..For the sake of convenient illustrations, image Server 110 and other elements in image player 120 are provided and annexation is not illustrated in Fig. 1.
Graphic user interface generation device 129 in foregoing image player 120, one or more functional module groups can be used Into computer program realize.For example, after the functional module that Fig. 2 is the graphic user interface generation device 129 in Fig. 1 simplifies Schematic diagram.In the present embodiment, graphic user interface generation device 129 includes a receiving module (receiving module) 210th, an option object generation module (option object generating module) 220, one arranges module (arranging module) 230, one display control module (displaying control module) 240 and one transmits Module (transmitting module) 250.
Collocation Fig. 3 to Figure 14 is further illustrated into the function mode of image sharing system 100 below.Fig. 3 is the present invention The collection image data of one embodiment and produce camera site distributed intelligence method simplify after flow chart.Fig. 4 is a target Place 410 and the schematic diagram after the embodiment simplification of the position of multiple Image sources devices.Fig. 5 is the target in Fig. 4 Place 410 and the top view after the position simplification of multiple Image sources devices.Fig. 6 to Fig. 7 is one embodiment of the invention Flow chart after the simplification of graphic user interface production method.Fig. 8 to Figure 14 is the different implementations of the graphic user interface of the present invention Schematic diagram after example is simplified.
In Fig. 3 to Fig. 5 flow chart, the flow in the affiliated field of a specific device, that is, represent by the specific dress Put carried out flow.For example, part of the mark in " image offer server " field, is to provide server 110 by image The flow carried out；The part in " multiple Image sources devices " field is marked, is by multiple different Image sources devices The flow carried out；Mark part in " target image player " field, then be by image player 120-a~ The flow that one of 120-n is carried out.
In Fig. 3 flow 302, the process circuit 113 that image provides server 110 can be by the site location in multiple places Data storage is pointed in storage device 111 in data and place.
Alleged " site location data " word in specification and claims, refer to being sat with 2 dimension coordinates, 3-dimensional Mark or other positions form express the data of the position in a specific place.Foregoing specific place can be it is any can For the building, buildings, open space (for example, park, court, recreation ground etc.) of identification or indoor place (for example, electricity Movie theatre, theatre, arena etc.).What " place sensing data " word referred to is then the main entrance for expressing a specific place Pointing direction, the pointing direction of main in/out mouth, the pointing direction of representative configurations, the operation that server 110 is provided by image Person (operator) is put the one of institute's self-defining on the basis of the position in the specific place and carried with particular reference to direction or image For server 110 process circuit 113 according to ad hoc fashion calculate one with particular reference to direction data.It is preceding in implementation Data are pointed in the site location data in the multiple places stated and place, can be uploaded to image by no user to provide service Device 110, can be by image provide server 110 network operator voluntarily establish, can also be by other cartographic informations dealer institute There is provided.
Following explanation for convenience, it is assumed herein that including target as shown in Figure 4 in data stored by storage device 111 Data are pointed in the site location data in place (target site) 410 and place, wherein, the site location data are for table The data of the position in place 410 up to standard, and it is then that the network operator of server 110 is provided by image that data are pointed in the place Define, for expressing a pointing direction D0 in target place 410 data.
As shown in figure 3, multiple Image sources devices can carry out running of the flow 304 to flow 308.In implementation, Fig. 3 stream Alleged Image sources device, can be the various electronic installations for possessing image capturing ability in journey figure.For the side illustrated Just, filled below using image player 120-a, 120-b and 120-n in image sharing system 100 as three Image sources The embodiment put, for free flow journey 304 to flow 308 running.
In flow 304, image player 120-a, 120-b and 120-n can be predetermined apart from target place 410 1 Distance is interior or shoots more image datas in face of target place 410.
Alleged " image data " one word herein, refer to apart from the preset distance of target place 410 1 (for example, tens of Meter or several kilometers) in shooting gained image data or included in target place 410 occur a particular event (event) image data of at least local image content, and image data can be various static Photograph images (picture image) or various dynamic video images (video image).For example, as shown in figure 4, aiming field Holding a firework performance in ground 410.In Fig. 4,412 the pyrotechnics discharged in target place 410 is represented.In this situation Under, image player 120-a image capturing circuit 121-a can be according to the operation of one first user 432, apart from aiming field Photographs of a building 422 in the preset distance on ground 410 image either statically or dynamically or shooting are included in target place At least local image content of 410 particular events (for example, foregoing firework performance) occurred, to produce one first image number According to.Image player 120-b image capturing circuit 121-b can be according to the operation of a second user 434, apart from aiming field Photographs of another building 424 in the preset distance on ground 410 image either statically or dynamically or shooting are included in aiming field At least local image content for the particular event that ground 410 occurs, to produce one second image data.Image player 120- N image capturing circuit 121-n can be according to the operation of one the 3rd user 436, in the preset distance apart from target place 410 Ground photographs image either statically or dynamically or shooting be included in the particular event that target place 410 occurs at least Local image content, to produce one the 3rd image data.
The first foregoing image data, the second image data and the 3rd image data are note that, can be image capturing The whole image data in face of the shooting of target place 410 gained of circuit 121 can be image capturing circuit 121 in partial period Face but partial period does not face to shoot the image data of gained in the case of target place 410, it might even be possible to be image capturing Circuit 121 completely not face target place 410 in the case of shooting obtained by image data.It is foregoing for another angle The first image data, the second image data and the 3rd image data, may be embodied in the generation of target place 410 this is specific The presentation content of all processes of event, it can only include the presentation content of the local process of the particular event, it might even be possible to complete The presentation content of any fragment not comprising the particular event entirely.
In other words, target place is not included obtained by being shot in the preset distance apart from target place 410 but completely The image data of 410 presentation content and the presentation content of the particular event occurred in target place 410, also complies with flow The definition of image data in 304.
In flow 306, image player 120-a, 120-b and 120-n can calculate the position of itself respectively, To produce more camera site data corresponding with the more image datas respectively.
Alleged " camera site data " word in specification and claims, refer to being sat with 2 dimension coordinates, 3-dimensional Mark or other positions form, come express the generation device of a specific image data start to shoot the specific image data when Between point, in shooting complete the time point of the specific image data or in any during shooting the specific image data Between the position put.Exist for example, image player 120-a positioning circuit 122-a can calculate image player 120-a Image capturing circuit 121-a starts to shoot the position at the time point of foregoing first image data, to produce and the first image First camera site data corresponding to data.Image player 120-b positioning circuit 122-b can calculate image player 120-b completes the position at the time point of foregoing second image data in image capturing circuit 121-b in shooting, with produce with Second camera site data corresponding to second image data.Image player 120-n positioning circuit 122-n can calculate image Any time point (examples of the playing device 120-n in image capturing circuit 121-n during foregoing 3rd image data is shot Such as, intermediate point) position, take the photograph position data to produce corresponding with the 3rd image data third shot.
In flow 308, image player 120-a, 120-b and 120-n can transmit more foregoing image datas and More camera site data to image provides server 110.For example, image player 120-a telecommunication circuit 123-a can be incited somebody to action First image data and corresponding first camera site data, image is sent to by internet 130 server 110 is provided. Image player 120-b telecommunication circuit 123-b can lead to second image data and corresponding second camera site data Cross internet 130 and image offer server 110 is provided.Image player 120-n telecommunication circuit 123-n can be by the 3rd Image data and corresponding third shot take the photograph position data, and being sent to image by internet 130 provides server 110.
It note that in actual operation, image player 120-a, 120-b and 120-n or other Image sources dress Put, may be, but is not limited to carry out the flow of each in foregoing flow 304~308 simultaneously.
In flow 310, the transmission circuit 115 that image provides server 110 can be from image player 120-a, 120- B, and 120-n and other image data sources, reception include the first foregoing image data, the second image data and the 3rd More image datas including image data, and receive comprising the first foregoing camera site data, the second camera site data, The more camera site data taken the photograph with third shot including position data.In implementation, the partial image number in the more image datas According to, and the part camera site data in the more camera site data or the fortune by image offer server 110 Battalion person voluntarily establishes.
In flow 312, process circuit 113 that image provides server 110 transmission circuit 115 can be received this is more Image data and the more camera site data storages are in storage device 111.
In flow 314, process circuit 113 can be pointed to according to the site location data in target place 410 and place data, And the more camera site data related to target place 410, calculate for expressing the more camera site data in sky Between in distribution situation camera site distributed intelligence, and the camera site distributed intelligence is stored in storage device 111.
In one embodiment, in foregoing camera site distributed intelligence can include respectively with the more camera site data pair The multiple shooting heights (photographing altitude) and multiple shooting azimuth (photographing answered azimuth).In the present embodiment, process circuit 113 can obtain the plurality of shooting height from the more camera site data, And data and the more camera site data are pointed to according to the site location data in target place 410 and place, calculate this Multiple shooting azimuths.
For example, in the fig. 4 embodiment, the height of image player 120-a position is H1, image plays dress The height for putting 120-b position is H2 and the height of image player 120-n position is H3.Process circuit 113 can obtain the first foregoing camera site data, the second camera site data and the 3rd from the more camera site data Camera site data.Taking the photograph position data in the first foregoing camera site data, the second camera site data and third shot is all So that in 3-dimensional coordinate or other applications realized comprising the positional format including altitude information, process circuit 113 can be directly from first One first shooting height corresponding with height H1 is obtained in the data of camera site, is obtained and height from the second camera site data One second shooting height corresponding to H2 is simultaneously taken the photograph in position data from third shot and obtains corresponding with a height H3 third shot and take the photograph height Degree.In implementation, process circuit 113 can directly utilize foregoing height H1, H2 and H3, as the first shooting height, the second shooting Height is highly taken the photograph with third shot, or a fixed multiplying power is standardized or is multiplied by foregoing height H1, H2 and H3, to turn Change the first shooting height, the second shooting height and third shot into and take the photograph height.
As it was previously stated, Fig. 5 is target place 410 in Fig. 4 and multiple Image sources devices (are that image plays in this example Device 120-a, 120-b and 120-n) position simplify after top view.In Figure 5,510 target place 410 is represented Position (hereinafter referred to as target position), 532 represent image player 120-a setting position, and 534 represent image broadcasting Device 120-b setting position, and 536 setting positions for representing image player 120-n.Process circuit 113 can be from target Target position 510 is obtained in the site location data in place 410.Process circuit 113 can point to number from the place in target place 410 According to the place pointing direction D0 in middle acquirement target place 410.Process circuit 113 can also obtain shadow from the first camera site data Setting position 532 as playing device 120-a, the device for obtaining from the second camera site data image player 120-b Position 532 simultaneously takes the photograph in position data the setting position 536 for obtaining image player 120-n from third shot.
Target position 510 can be arranged to a datum mark by process circuit 113, by the place sensing side with target place 410 A datum plane is arranged to the vertical plane where straight line corresponding to D0, and calculates setting position 532,534 and respectively 536 three horizontal angles A1, A2 and A3 rotated clockwise from the datum plane.In the present embodiment, process circuit Horizontal angle A1 can be arranged to one first shooting azimuth corresponding with the first camera site data, set horizontal angle A2 by 113 For corresponding with the second camera site data one second shooting azimuth and horizontal angle A3 is arranged to take the photograph positional number with third shot Azimuth is taken the photograph according to a corresponding third shot.
Therefore, the camera site distributed intelligence in the present embodiment is included foregoing first shooting height, the second shooting are high Degree, third shot take the photograph height, the first shooting azimuth, the second shooting azimuth and third shot and take the photograph azimuth, can be used to express first Camera site data, the second camera site data and third shot take the photograph the distribution situation of position data in space.
In another embodiment, in foregoing camera site distributed intelligence can include respectively with the more camera site data Corresponding multiple upright positions and multiple horizontal levels (for example, multiple X-coordinate value and multiple Y-coordinate value).In the present embodiment, Process circuit 113 can obtain the plurality of upright position from the more camera site data, and according to the place in target place 410 Data and the more camera site data are pointed in position data and place, calculate the plurality of horizontal level.
For example, process circuit 113 can be by foregoing first shooting height conversion into one first upright position, by foregoing the Two shooting heights are converted into one second upright position and foregoing third shot are taken the photograph into height conversion into one the 3rd upright position.Or Person, process circuit 113 also directly can take the photograph height using the first foregoing shooting height, the second shooting height and third shot, as One first upright position, one second upright position and one the 3rd upright position.In addition, process circuit 113 also can be by foregoing water Straight angle A1 is converted into a first level position, foregoing horizontal angle A2 is converted into one second horizontal level and by foregoing water Straight angle A3 is converted into one the 3rd horizontal level.
Therefore, the camera site distributed intelligence in the present embodiment is included foregoing first upright position, the second vertical position Put, the 3rd upright position, first level position, the second horizontal level and the 3rd horizontal level, equally can be used to express first count Take the photograph position data, the second camera site data and third shot and take the photograph the distribution situation of position data in space.
In flow 316, process circuit 113 can calculate the statistics of each image data, with produce respectively with this more More statistics corresponding to image data, and the more statistics are stored in storage device 111.It is foregoing in implementation More statistics can correspond respectively to the multiple of the more image datas to comment isodisperse (ranking score).Example Such as, can be different users averagely comment each statistics for a general comment isodisperse of same image data or one Fraction.For example, process circuit 113 can collect approval of the different users for a specific image data (endorsement) sum, by the sum for praising (like) or give number etc. of front evaluation, to be used as the specific shadow As the statistics of data.
Or more foregoing statistics can also be that the multiple notes and commentary for corresponding respectively to the more image datas count It is worth (annotation count).For example, each statistics can be same user or different users, it is same The sum (being referred to as notes and commentary count value in the present case) for the notes and commentary (annotation) that image data is provided.Foregoing notes and commentary can Being presented in the form of pure words, can also be presented with various multimedia forms.For example, user can be special for one by oneself Gains in depth of comprehension, thoughts or the supplementary data of fixing data are fabricated to a multi-medium file, and upload to image and provide server 110, To be used as the notes and commentary for the specific image data.
In flow 318, process circuit 113 can be according to the statistics, supplier's identity type, Gao Kuan of each image data Than (aspect ratio), resolution and image species (image type) at least first, setting respectively with the more images Multigroup characterisitic parameter (characteristic parameter) corresponding to data, and multigroup characterisitic parameter is stored in storage In device 111, wherein, each group of characterisitic parameter includes one or more characterisitic parameters.
Alleged " characterisitic parameter " one word in specification and claims, refer to can be used to indicate that image plays dress Put 120 visual indicators (visual indicator) for how setting the option object corresponding with a specific image data Parameter.Alleged " visual indicator " one word in specification and claims, refer to size, the face of the option object Color, profile, housing color, housing thickness and/or other be available for human eye recognize non-legible property feature.For example, process circuit 113 can be according to statistics, supplier's identity type, depth-width ratio, the solution of the target image data in the more image datas Analysis degree and/or image species, set one group of corresponding characterisitic parameter for the target image data and (be referred to as target in the present case Group characterisitic parameter).Below in illustrating on the running of image player 120, foregoing visual designator will be further illustrated Function.
In flow 320, process circuit 113 can produce multiple image contract drawings corresponding with more image datas respectively, and The plurality of image contract drawing is stored in storage device 111.
Afterwards, have when user is retrieved image and provided in server 110 using image player 120 with target place 410 During the image data of pass, image sharing system 100 can carry out Fig. 6 to Fig. 7 graphic user interface production method.
When performing Fig. 6 to Fig. 7 graphic user interface production method, the control circuit 127 in image player 120 The graphic user interface generation device 129 in memory 126 can be performed, to cause (enable) image player 120 to carry out The graphic user interface that part or all of flow in corresponding field is formed produces running.
For convenience of explanation, Fig. 6 to Fig. 7 flow is illustrated by taking image player 120-a as an example below.
When image player 120-a the first user 432 want retrieve image provide server 110 in target place During 410 relevant image data, instruction can be assigned to image player 120-a input unit 124-a.Now, input dress Flow 602 in Fig. 6 can be carried out by putting 124-a, and the operation according to the first user 432 produces a shadow relevant with target place 410 As inquiry request (image enquiry request).
In flow 604, control circuit 127-a can control telecommunication circuit 123-a to transmit the image by internet 130 and look into Ask request to image and server 110 is provided, the image relevant with target place 410 is provided to ask image to provide server 110 The retrieval result of data.
In flow 606, what transmission circuit 115 that image provides server 110 can receive that telecommunication circuit 123-a transmits should Image query is asked.
In flow 608, process circuit 113 can ask according to the image query, will be with aiming field using transmission circuit 115 Camera site distributed intelligence, multigroup characterisitic parameter and multiple image contract drawings corresponding to more relevant image datas of ground 410, Telecommunication circuit 123-a is sent to by internet 130.It is as it was previously stated, alleged relevant with target place 410 more in flow 608 Image data, all it is image data in the preset distance apart from target place 410 obtained by shooting or included in mark Place 410 occur a particular event (for example, foregoing firework performance) at least local image content image data.
In flow 610, the receiving module of the graphic user interface generation device 129-a in image player 120-a 210, telecommunication circuit 123-a can be utilized to receive image the camera site distribution that server 110 is transmitted by internet 130 is provided Information, multigroup characterisitic parameter and the plurality of image contract drawing.
In flow 612, graphic user interface generation device 129-a option object generation module 220, control can be utilized Circuit 127-a produces multiple option objects corresponding with the more image datas respectively.
In flow 614, graphic user interface generation device 129-a option object generation module 220, control can be utilized Circuit 127-a sets the visual indicator (visual of the plurality of option object according to multigroup characterisitic parameter respectively indicator).As it was previously stated, the visual indicator of a particular options object refers to the size of the particular options object, face Color, profile, housing color, housing thickness and/or other be available for human eye recognize non-legible property feature.Therefore, option object produces Raw module 220 can utilize control circuit 127-a according to multigroup characterisitic parameter, set respectively the plurality of option object size, Color, profile, housing color, housing thickness and/or other be available for human eye recognize non-legible property feature.
In flow 616, graphic user interface generation device 129-a arrangement module 230, control circuit 127- can be utilized A arranges the plurality of option object according to camera site distributed intelligence, with produce comprising the plurality of option object and one or more The graphic user interface of reference designator.
Then, graphic user interface generation device 129-a display control module 240 can carry out the flow 702 in Fig. 7, To show the graphic user interface using display device 125-a.
For example, Fig. 8 is the schematic diagram after the simplification of graphic user interface 800 of one embodiment of the invention.Graphic user interface In 800 (option object is only illustrated in fig. 8 comprising a rectangular area 810, a reference designator 820 and multiple option objects Exemplified by 831~835).
In foregoing flow 612, option object generation module 220 can utilize control circuit 127-a respectively will be the plurality of Image contract drawing is set as the main body of multiple option objects 831~835, so that the contract drawing of corresponding image data is directly presented on choosing On item object 831~835.
In foregoing flow 614, option object generation module 220 can utilize control circuit 127-a according to multigroup spy Property parameter sets the non-legible property visual indicator of option object 831~835 respectively.In implementation, control circuit 127-a can foundation One group of characterisitic parameter of the image data corresponding to option object 831, it is the size of setting option object 831, color, profile, outer Frame color, housing thickness and/or other be available for the non-legible property feature that human eye recognizes so that option object 831 is using these are non- The visual indicator of character property come express the statistics of the image data corresponding to option object 831, supplier's identity type, Depth-width ratio, resolution and/or image species.
If including the depth-width ratio data of corresponding image data in characterisitic parameter, then control circuit 127-a can be according to the height It is wide to set the profile of option object 831 than data, make the height of depth-width ratio and the corresponding image data of the profile of option object 831 Wide ratio is consistent.
If including the parsing degrees of data of corresponding image data in characterisitic parameter, then control circuit 127-a can be according to the solution Degrees of data is analysed to set the size of option object 831, makes the size of option object 831 and the resolution size of corresponding image data In a proportional relationship.
If including the image species data of corresponding image data in characterisitic parameter, then control circuit 127-a can be according to this Image species data set the color of option object 831.For example, when image data corresponding to option object 831 is static During Photograph image, control circuit 127-a can set the color of option object 831 the cool colour color such as au bleu or green, and When image data corresponding to option object 831 is dynamic video image, control circuit 127-a can be by option object 831 Color is arranged to the warm colour colors such as red or orange.
If including supplier's identity type data of corresponding image data in characterisitic parameter, then control circuit 127-a can The housing color of option object 831 is set according to supplier's identity type data.When image number corresponding to option object 831 According to supplier be general user when, the housing color of option object 831 can be set grey etc. less by control circuit 127-a The color to attract attention；When the supplier of image data corresponding to option object 831 is high ranked user, control circuit 127-a can The housing color of option object 831 is set into the more eye-catching colors such as yellowly；And work as image data corresponding to option object 831 Supplier when providing server 110 or other manufacturers for image, control circuit 127-a can be by the housing face of option object 831 Color sets the more eye-catching colors such as purple.
If including the statistics of corresponding image data in characterisitic parameter, then control circuit 127-a can be according to the statistics Data set the housing thickness of option object 831, make the housing thickness of option object 831 and the statistical number of corresponding image data It is in a corresponding relation according to size.For example, when the statistics of image data corresponding to option object 831 has larger numerical value When, then control circuit 127-a can increase the housing thickness of option object 831, and work as image data corresponding to option object 831 When statistics has less numerical value, then control circuit 127-a can downgrade the housing thickness of option object 831.
It note that foregoing visual indicator setting means is section Example, rather than the actual reality of the limitation present invention Apply mode.For example, control circuit 127-a also can be according to the depth-width ratio data of corresponding image data, to set option object 831 Size, color, housing color or housing thickness, make size, color, housing color or the housing thickness of option object 831 with Specific corresponding relation is presented in the depth-width ratio of corresponding image data.
In another example control circuit 127-a also can be according to the parsing degrees of data of corresponding image data, to set option object 831 profile, color, housing color or housing thickness, make profile, color, housing color or the housing of option object 831 thick Specific corresponding relation carefully is presented with the resolution size of corresponding image data.
In another example control circuit 127-a also can be according to the image species data of corresponding image data, to set option object 831 size, profile, housing color or housing thickness, make size, profile, housing color or the housing of option object 831 thick Specific corresponding relation carefully is presented with the image species of corresponding image data.
In another example control circuit 127-a also can be according to supplier's identity type data of corresponding image data, to set choosing Size, color, profile or the housing thickness of item object 831, make size, color, profile or the housing thickness of option object 831 Specific corresponding relation is presented with supplier's identity type of corresponding image data.
In another example control circuit 127-a also can be according to the statistics of corresponding image data, to set option object 831 Size, color, profile or housing color, make size, color, profile or the housing color of option object 831 and corresponding shadow As specific corresponding relation is presented in the statistics size of data.
Similarly, control circuit 127-a in flow 614 using above-mentioned various setting means, to set other choosings The visual indicator of item object, to make each option object to give expression to corresponding shadow in a manner of the visual communication of non-legible property Statistics, supplier's identity type, depth-width ratio, resolution and/or image species as data.
Consequently, it is possible to when display control module 240 shows graphic user interface 800 using display device 125-a, user Just it is able to from the visual indicator of the particular options object in graphic user interface 800, picks out the option object institute rapidly Statistics, supplier's identity type, depth-width ratio, resolution and/or the image species of corresponding image data, using as being The no important basis for estimation for selecting the image data, other descriptive matter in which there are read without expending the time.
In foregoing flow 616, arrangement module 230 can utilize control circuit 127-a to provide server 110 according to image The camera site distributed intelligence of offer, come multiple option objects including arranging comprising option object 831~835, to produce figure Shape user interface 800.
For convenience of explanation, it is assumed herein that the first image data, option that option object 831 corresponds in previous embodiment Object 832 correspond to previous embodiment in the second image data and option object 833 correspond to previous embodiment in the 3rd Image data.In the case, from preceding description, option object 831 corresponds to the first foregoing shooting azimuth A1, and Corresponding to foregoing the first shooting height (such as H1), option object 832 corresponds to the second foregoing shooting azimuth A2, and right Azimuth A3 should be taken the photograph corresponding to foregoing third shot in foregoing the second shooting height (such as H2), option object 833, and correspondingly Height (such as H3) is taken the photograph in foregoing third shot.In addition, from earlier figures 4 and Fig. 5 related description, the first shooting azimuth A1 is less than the second shooting azimuth A2, the second shooting azimuth A2 and takes the photograph azimuth A3 less than third shot, and third shot is taken the photograph height and is less than First shooting height, and the first shooting height is less than the second shooting height.
In the present embodiment, the horizontal level of option object 833 can be arranged in option object 832 by arrangement module 230 Left side, the left side that the horizontal level of option object 831 is arranged in option object 833, the upright position of option object 831 set It is set to the upright position higher than option object 833 and the upright position of option object 832 is disposed above option object 831 Upright position, thereby form the arrangement aspect shown as depicted in figure 8.
In addition to arranging multiple option objects except control circuit 127-a foundation camera site distributed intelligences, module 230 is arranged Reference designator 820 is also set in graphic user interface 800 using control circuit 127-a, to indicate a reference direction. In the present embodiment, reference designator 820 can be used to the place pointing direction D0 in the place 410 of indicateing arm, allow user to be understood The shooting orientation angular dependence of multiple option objects 831~835 to each other in the current picture of graphic user interface 800, and Horizontal level relation between each option object and the place pointing direction D0 in target place 410.
Consequently, it is possible to when display control module 240 shows graphic user interface 800 using display device 125-a, user Just it is able to, from the upright position difference between the different options object in graphic user interface 800, pick out these option things rapidly The relative shooting height of image data corresponding to part.In addition, user is also able to from the different options in graphic user interface 800 Horizontal level difference between object, the relative shooting azimuth of the image data corresponding to these option objects is picked out rapidly. Therefore, foregoing arrangement module 230 arranges multiple option objects using control circuit 127-a according to camera site distributed intelligence Mode, user is allowed to be able to by the way that very intuitively visual manner judges shooting height difference and the shooting between different images data Azimuth difference, with the important basis for estimation for the image data alternatively to be played, without frequent switching image, without Expend the time and read other descriptive matter in which there.
In some applications, the picture dimension that display device 125-a can be shown is limited to, display control module 240 can Total Options object can not can be all simultaneously displayed in graphic user interface 800.In order to provide user's more easily operating body Test, graphic user interface generation device 129-a display control module 240 can change figure when user assigns appropriate instruction The combination of shown option object selects for user in shape user interface 800.
For example, when whether the left side for the option object 831 that user wishes to inquire about in graphic user interface 800 also has other choosings In the presence of item object, user can assign a move using appropriate mode of operation by input unit 124-a.For example, with Family can slide finger on graphic user interface 800, clicks on specific region or pull graphic user interface 800 using mouse. Now, graphic user interface generation device 129-a receiving module 210 can carry out flow 704, to utilize input unit 124-a Receive the move.
For the sake of for convenience of explanation, it is assumed herein that the move is to ask graphic user interface generation device 129-a will (that is, towards the SD2 directions in Fig. 8) is mobile to the right for content in the rectangular area 810 of graphic user interface 800, so as to be located at More contents in the left side of option object 831 can be displayed in graphic user interface 800.In addition, following also assume that figure is used One the 4th shooting azimuth A4 that option object 834 in family interface 800 is corresponded in the plurality of shooting azimuth, and correspondingly One the 4th shooting height (such as H4) in the plurality of shooting height, option object 835 correspond to the plurality of shooting orientation One the 5th shooting azimuth A5 in angle, and one the 5th shooting height (such as H5) corresponded in the plurality of shooting height, its In, the 4th shooting azimuth A4 takes the photograph azimuth A3 more than foregoing third shot, and the 5th shooting azimuth A5 is equal to the 4th shooting side Parallactic angle A4, the 4th shooting height is equal to the first foregoing shooting height, and the 5th shooting height is less than the 4th shooting height.
When display device 125-a shows the graphic user interface 800 in Fig. 8, if input unit 124-a receives the shifting Dynamic instruction, display control module 240 can carry out the flow 706 in Fig. 7, with according to move control display device 125-a By reference designator 820 and option object 831~835 SD2 synchronizing movings identical horizontal range in the same direction, so that figure The picture of user interface 800 forms the aspect as depicted in Fig. 9.
In the present embodiment, option object 832 and 833 exceeds the scope of rectangular area 810 after movement, so simultaneously Do not appear in Fig. 9, and option object 831,834 and 835 is still located at after movement in the range of rectangular area 810, so Still occur in fig.9.In foregoing moving process, display control module 240 can maintain option object 831,834 and 835 upright position in graphic user interface 800 is constant.
As shown in figure 9, the content in rectangular area 810, after movement, the left side of option object 831 adds to exist originally The three option objects 936,937 and 938 not occurred in Fig. 8.As it was previously stated, user can from option object 831,834, 835th, the upright position difference and horizontal level difference between 936,937 and 938, is picked out rapidly corresponding to these option objects Image data relative shooting height and relative shooting azimuth.Therefore, user is able to by very intuitively visual manner Judge that the shooting height difference between different images data and shooting azimuth difference, important with alternatively image data are sentenced Disconnected foundation, without frequent switching image, other descriptive matter in which there are read without the time is expended.
In implementation, the rectangular area 810 in former figures user interface 800 can be further divided into by arrangement module 230 Multiple belt-like zones corresponding with multiple reference designators respectively, to cause the bat of the option object in same belt-like zone Height is taken the photograph all to fall in same interval range.For example, the graphic user interface 1000 that Figure 10 is another embodiment of the present invention simplifies Schematic diagram afterwards.In the embodiment in figure 10, arrange module 230 by foregoing rectangular area 810 be further divided into respectively with Belt-like zone 1041~1043 corresponding to reference designator 1021~1023, to form graphic user interface 1000.With reference to instruction Symbol 1021~1023 is respectively used to indicate the reference direction of belt-like zone 1041~1043.In the present embodiment, with reference to instruction Symbol 1021~1023 can be used to the place pointing direction D0 in the place 410 of indicateing arm, allow user to be able to understand each belt-like zone The shooting orientation angular dependence of option object to each other in current picture, and each option object and the place in target place 410 Horizontal level relation between pointing direction D0.
As shown in Figure 10, option object 832 is located in belt-like zone 1041, and option object 831,834 and 835 is located at band In shape region 1042, and option object 833 is located in belt-like zone 1043.Total Options object institute in belt-like zone 1041 is right The shooting height answered, the shooting height corresponding to all higher than the total Options object in belt-like zone 1042, and belt-like zone The shooting height corresponding to total Options object in 1042, all higher than corresponding to the total Options object in belt-like zone 1043 Shooting height.
Display control module 240 can allow user independently to adjust in the single belt-like zone in graphic user interface 1000 Content, and do not interfere with the content in other belt-like zones.
For example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by figure Content in the belt-like zone 1042 of user interface 1000 moves to the right, so that positioned at the more interior of the left side of option object 831 Appearance can be displayed in belt-like zone 1042.In the case, display control module 240 is in foregoing flow 706, can be according to According to move control display device 125-a by the option object 831,834 and 835 in belt-like zone 1042 towards same side To synchronizing moving identical horizontal range, the corresponding position for changing reference designator 1022, keep other belt-like zones 1041 and The position of total Options object in 1043 is constant and keeps the position of other reference designators 1021 and 1023 constant, so that Picture in belt-like zone 1042 forms the aspect as depicted in Figure 11.
In the embodiment in figure 11, option object 831,834 and 835 is still located at belt-like zone 1042 after movement In the range of, so still appearing in belt-like zone 1042.In foregoing moving process, display control module 240 can be tieed up It is constant to hold 831,834 and 835 upright position in graphic user interface 1000 of option object.In addition, as shown in figure 11, band For content in shape region 1042 after movement, the left side of option object 831 adds the choosing not occurred in Fig. 10 originally Item object 937.
In another example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by band Content in shape region 1043 moves to the right from Figure 10 aspect, so that more contents positioned at the left side of option object 833 can To be displayed in belt-like zone 1043.In the case, display control module 240, can be according to this in foregoing flow 706 Synchronizing moving is identical in the same direction with option object 833 by reference designator 1023 by move control display device 125-a Horizontal range, the corresponding position for changing reference designator 1023, keep all choosings in other belt-like zones 1041 and 1042 The position of item object is constant and keeps the position of other reference designators 1021 and 1022 constant, so that in belt-like zone 1043 Picture form aspect as depicted in Figure 11.
In the embodiment in figure 11, option object 833 is still located at after movement in the range of belt-like zone 1043, so Still appear in belt-like zone 1043.In addition, the content in belt-like zone 1043 is after movement, option object 833 Left side adds the option object 938 not occurred in Fig. 10 originally.
As it was previously stated, user can be between the option object 831,832,833,834,835,937 and 938 in Figure 11 Upright position difference and horizontal level difference, the relative shooting height of the image data corresponding to these option objects is picked out rapidly Degree and relative shooting azimuth, other descriptive matter in which there are read without expending the time.
In this example it is shown that control module 240 can also control display device 125-a in graphic user interface 1000 It is presented one and interlocks alignment (align) button 1060 of (together) button 1050 and one.Display control module 240 allows user The mode of a move is assigned again by first enable (activate) gearing button 1050, to assign gearing translation (together shift) is instructed.Display device 125-a is controlled by foregoing belt-like zone 1042 in display control module 240 After multiple option objects move in the same direction, if input unit 124-a receives the gearing translation instruction of user's input, display Control module 240 can control display device 125-a by that time be located at belt-like zone 1041~1043 in multiple option objects all Synchronizing moving in the same direction, and the position of synchronous change reference designator 1021~1023, to mould graphic user interface Total Options object in 1000 rectangular area 810 can related movement visual effect.
In addition, display control module 240 allows user by the mode for clicking on the alignment button 1060, to assign an alignment (align) instruct.Display device 125-a is controlled by multiple options in foregoing belt-like zone 1042 in display control module 240 After object moves in the same direction, if input unit 124-a receives the aligned instruction of user's input, display control module 240 Controllable display device 125-a is by multiple option objects at least in a belt-like zone in belt-like zone 1041~1043 towards same One direction (for example, towards the SD1 directions in Figure 10) synchronizing moving, and by the position adjustment of reference designator 1021~1023 into phase Together, can be returned in similar Figure 10 with moulding the total Options object in the rectangular area 810 of graphic user interface 1000 The visual effect for aspect of aliging.
It note that arrangement module 230 is arranged at the embodiment of the reference designator in graphic user interface, do not limit to Lines form in previous embodiment.For example, after the graphic user interface 1200 that Figure 12 is another embodiment of the present invention simplifies Schematic diagram.Graphic user interface 1200 and foregoing graphic user interface 1000 are much like, difference be arrange module 230 in In Figure 12 embodiment, substitute lines in graphic user interface 1000 using the reference designator 1221~1223 of written form The reference designator 1021~1023 of form.In the fig. 12 embodiment, reference designator 1221~1223 can be respectively intended to refer to Show a privileged site (such as central part, right side boundary or left border) and the aiming field in belt-like zone 1041~1043 Horizontal level relation between the place pointing direction D0 on ground 410.Therefore, when display control module 240 is independently adjusting figure During content in a certain belt-like zone in user interface 1200, display control module 240 can change corresponding to the belt-like zone Reference designator content, but not change the content of the reference designator corresponding to other belt-like zones.In implementation, arrangement The reference designator of other written forms, digital form, designator form or animation form can also be used in module 230, to substitute The reference designator 820 and 1021~1023 of foregoing lines form.
The explanation of other function modes of foregoing relevant graphic user interface 1000, is also applied in Figure 12 embodiment, Not repeated description herein.
In implementation, display control module 240 can also be in the rectangular area 810 in the graphic user interface of foregoing embodiments On, a plurality of vertical grid 1370 and a plurality of horizontal ruling 1380 perpendicular to a plurality of vertical grid 1370 are defined, with shape Into the graphic user interface 1300 as depicted in Figure 13.In this example it is shown that control module 240 can control display device Multiple option objects in rectangular area 810 are distinguished a plurality of vertical grid 1370 of snap and a plurality of horizontal ruling 1380 by 125-a At least first, with by the fine position of multiple option objects in graphic user interface 1300 into the state as depicted in Figure 14 Sample.
In implementation, display control module 240 also can control display device 125-a adaptively to finely tune graphic user interface The shape and/or size of multiple option objects in 1300 so that each option object area is all adjusted to integer grid Size, and four edges of each option object are all aligned in a plurality of vertical grid 1370 and a plurality of horizontal ruling 1380 respectively One of.
It is foregoing that option object is pasted into neat vertical grid or horizontal ruling to finely tune the position of option object, shape and/or chi Very little mode, although not being position, shape and/or the size for significantly changing each option object, can produce makes rectangular area The arrangement of multiple option objects in 810 allows human eye to feel the advantages of more comfortable and more neat.Such framework is applied to In foregoing embodiments.
User can assign an option object selection instruction by input unit 124-a, to select the figure of foregoing embodiments A target option object among multiple option objects in shape user interface.For example, user can be in foregoing each graphical user circle Click option object 831 on face, to select option object 831 as target option object.Now, graphic user interface produces dress Flow 708 can be carried out by putting 129-a receiving module 210, correspond to target option object to be received using input unit 124-a 831 option object selection instruction.
In flow 710, delivery module 250 can be according to the option object selection instruction, and control telecommunication circuit 123-a passes through The transmission of internet 130 asks to provide server 110 to image corresponding to an image data of target option object 831.
In flow 712, what transmission circuit 115 that image provides server 110 can receive that telecommunication circuit 123-a transmits should Image data is asked.
In flow 714, process circuit 113 can ask according to the image data, will be selected using transmission circuit 115 with target Target image data (target image data) corresponding to item object 831, telecommunication circuit is sent to by internet 130 123-a.In the present embodiment, the target image data is first image data corresponding with target option object 831.
In flow 716, telecommunication circuit 123-a can receive image and provide the target image data that server 110 transmits.
When telecommunication circuit 123-a receives the target image data, control circuit 127-a can carry out flow 718, with control Display device 125-a processed shows the target image data.
In foregoing embodiments, arrangement module 230 arranges multiple option objects in rectangle in graphical user interfaces Way in region 810 is section Example, rather than the actual embodiment of the limitation present invention.In addition, in previous embodiment In a manner of the contract drawing of corresponding the image data alternatively main body of object, an also simply embodiment, rather than the limitation present invention Actual embodiment.
For example, Figure 15 is the schematic diagram after the simplification of graphic user interface 1500 of another embodiment of the present invention.Graphical user (scheming comprising a cylindrical objects 1510, multiple reference designators 1521~1523 and multiple option objects in interface 1500 Exemplified by only illustrating option object 1531~1535 in 15).
In foregoing flow 612, control circuit 127-a can also be used by multiple options in option object generation module 220 The main body of object 1531~1535 is all set as a predetermined geometric figure, to reduce the display area needed for each option object.
In foregoing flow 614, option object generation module 220 can utilize control circuit 127-a according to multigroup spy Property parameter sets the non-legible property visual indicator of option object 1531~1535 respectively.In the present embodiment, option object produces Raw module 220 sets the mode of the visual indicator of option object 1531~1535 according to multigroup characterisitic parameter respectively, and preceding It is identical to state the mode of the visual indicator of setting option object 831~835, therefore not repeated description.
Similarly, when display control module 240 shows graphic user interface 1500 using display device 125-a, user Just it is able to from the visual indicator of the particular options object in graphic user interface 1500, picks out the option object institute rapidly Statistics, supplier's identity type, depth-width ratio, resolution and/or the image species of corresponding image data, using as being The no important basis for estimation for selecting the image data, other descriptive matter in which there are read without expending the time.
In foregoing flow 616, arrangement module 230 can utilize control circuit 127-a to provide server 110 according to image The camera site distributed intelligence of offer, come multiple option objects including arranging comprising option object 1531~1535, to produce Graphic user interface 1500.
For convenience of explanation, it is assumed herein that image data and camera site number corresponding to option object 1531~1535 According to all identical with foregoing option object 831~835 respectively.That is, option object 1531 correspond in previous embodiment the One image data, option object 1532 correspond to previous embodiment in the second image data and option object 1533 corresponds to The 3rd image data in previous embodiment.From preceding description, option object 1531 corresponds to the first foregoing shooting side Parallactic angle A1, and correspond to foregoing the first shooting height (such as H1), option object 1532 corresponds to the second foregoing shooting side Parallactic angle A2, and correspond to foregoing the second shooting height (such as H2), option object 1533 corresponds to the foregoing third shot side of taking the photograph Parallactic angle A3, and height (such as H3) is taken the photograph corresponding to foregoing third shot, option object 1534 corresponds to the plurality of shooting azimuth In one the 4th shooting azimuth A4, and corresponding to one the 4th shooting height (such as H4) in the plurality of shooting height, option One the 5th shooting azimuth A5 that object 1535 corresponds in the plurality of shooting azimuth, and corresponding in the plurality of shooting height One the 5th shooting height (such as H5).In addition, identical with previous embodiment, the first shooting azimuth A1 is less than the second shooting side Parallactic angle A2, the second shooting azimuth A2 take the photograph azimuth A3 less than third shot, and the 4th shooting azimuth A4 takes the photograph orientation more than third shot Angle A3, the 5th shooting azimuth A5 are equal to the 4th shooting azimuth A4, and third shot takes the photograph height and is less than the first shooting height, first count Take the photograph height and be less than the second shooting height, the 4th shooting height is equal to the first shooting height, and the 5th shooting height is less than the 4th and clapped Take the photograph height.
In flow 616, arrangement module 230 can set circle using control circuit 127-a in graphic user interface 1500 Cylinder object 1510, and using control circuit 127-a according to the plurality of shooting azimuth and the plurality of shooting height, by option thing Part 1531~1535 is arranged on the side surface (lateral surface) of cylindrical objects 1510.In order to coordinate cylinder object The shape of 1510 side surface, in the graphic user interface 1500 of the present embodiment, arrangement module 230 can be by option object 1533 Horizontal level be arranged in the left side of option object 1532, the horizontal level of option object 1531 be arranged in option object 1533 Left side, the upright position of option object 1531 is disposed above to the upright position of option object 1533, by option object 1532 upright position is disposed above the upright position of option object 1531, is arranged to the upright position of option object 1531 Higher than option object 1534 upright position and the horizontal level of option object 1535 is arranged to and the phase of option object 1534 Together, the arrangement aspect as depicted in Figure 15 is thereby formed.
In Figure 15 embodiment, the side surface of cylindrical objects 1510 is also further divided into point by arrangement module 230 Multiple belt-like zones 1541~1543 not corresponding with multiple reference designators 1521~1523, to be located at same banded regions The shooting height of option object in domain all falls in same interval range.Reference designator 1521~1523 is respectively used to indicate Go out the reference direction of belt-like zone 1541~1543.In the present embodiment, reference designator 1521~1523 can be used to indicateing arm Place 410 place pointing direction D0, allow user to be able to understand the option object in the current picture of each belt-like zone each other Between shooting orientation angular dependence, and the horizontal level between each option object and the place pointing direction D0 in target place 410 Relation.
As shown in figure 15, option object 1532 is located in belt-like zone 1541, option object 1531,1534 and 1535 In belt-like zone 1542, and option object 1533 is located in belt-like zone 1543.Total Options thing in belt-like zone 1541 Shooting height corresponding to part, the shooting height corresponding to all higher than the total Options object in belt-like zone 1542, and banding The shooting height corresponding to total Options object in region 1542, all higher than the total Options object institute in belt-like zone 1543 Corresponding shooting height.
Similarly, display control module 240 can allow user independently to adjust the single banding in graphic user interface 1500 Content in region, and do not interfere with the content in other belt-like zones.
For example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by figure Content in the belt-like zone 1542 of user interface 1500 moves to the right, so that positioned at the more interior of the left side of option object 1531 Appearance can be displayed in belt-like zone 1542.In the case, display control module 240 is in foregoing flow 706, can be according to According to move control display device 125-a by the option object 1531,1534 and 1535 in belt-like zone 1542, in circle On the side surface of cylinder object 1510 towards the same side movement (that is, towards Figure 15 right direction) it is mobile, corresponding change with reference to instruction The position of symbol 1522, keep the position of total Options object in other belt-like zones 1541 and 1543 constant and keep other The position of reference designator 1521 and 1523 is constant, so that the picture in belt-like zone 1542 forms the state as depicted in Figure 16 Sample.
In the embodiment of figure 16, option object 1531,1534 and 1535 is still located at belt-like zone 1542 after movement In the range of, so still appearing in belt-like zone 1542.In foregoing moving process, the meeting of display control module 240 Adjust 1531,1534 and 1535 upright position in graphic user interface 1500 of option object.In addition, as shown in figure 16, band For content in shape region 1542 after movement, the left side of option object 1531 adds the choosing not occurred in fig.15 originally Item object 1637.
In another example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by band Content in shape region 1543 moves to the right from Figure 15 aspect, so that more contents positioned at the left side of option object 1533 can To be displayed in belt-like zone 1543.In the case, display control module 240, can be according to this in foregoing flow 706 Move control display device 125-a by reference designator 1523 and option object 1533 cylindrical objects 1510 side table On face towards the same side it is mobile, keep the position of total Options object in other belt-like zones 1541 and 1542 constant and keep The position of other reference designators 1521 and 1522 is constant, so that the picture in belt-like zone 1543 is formed as depicted in Figure 16 Aspect.
In the embodiment of figure 16, option object 1533 is still located at after movement in the range of belt-like zone 1543, institute Still to appear in belt-like zone 1543.In addition, the content in belt-like zone 1543 is after movement, option object 1533 Left side add the option object 1638 that does not occur in fig.15 originally.
It is identical with previous embodiment, user can from the option object 1531 in Figure 16,1532,1533,1534,1535, Upright position difference and horizontal level difference between 1637 and 1638, pick out rapidly the image corresponding to these option objects The relative shooting height of data and relative shooting azimuth, other descriptive matter in which there are read without expending the time.
As shown in figure 15, the also controllable display device 125-a of display control module 240 is in graphic user interface 1500 Existing foregoing gearing button 1050 and the alignment button 1060.Control display device 125-a will be foregoing in display control module 240 After multiple option objects in belt-like zone 1542 move towards the same side, if input unit 124-a receives the company of user's input Dynamic translation instruction, display control module 240 can control display device 125-a to be located at that time in belt-like zone 1541~1543 Multiple option objects, moved on the side surface of cylindrical objects 1510 towards the same side, and synchronous change reference designator 1521 ~1523 position, to mould the total Options object on the side surface of the cylindrical objects 1510 of graphic user interface 1500 The visual effect of the related movement of meeting.
In addition, display device 125-a is controlled by multiple options in foregoing belt-like zone 1542 in display control module 240 After object moves towards the same side, if input unit 124-a receives the aligned instruction of user's input, display control module 240 can Display device 125-a is controlled by multiple option objects at least in a belt-like zone in belt-like zone 1541~1543, in circle It is mobile towards the same side (for example, left direction towards Figure 16) on the side surface of cylinder object 1510, and by reference designator 1521 ~1523 position adjustment is into identical, to mould the institute on the side surface of the cylindrical objects 1510 of graphic user interface 1500 There is option object to be returned to the visual effect similar to the alignment aspect in Figure 15.
Similar with previous embodiment, display control module 240 can also define on the side surface of cylindrical objects 1510 A plurality of vertical grid and a plurality of ring-type ruling perpendicular to a plurality of vertical grid, and control display device 125-a will be in circle Multiple option objects on the side surface of cylinder object 1510, difference snap a plurality of vertical grid and a plurality of ring-type ruling At least one.Similarly, display control module 240 also can control display device 125-a adaptively to finely tune cylindrical objects The shape and/or size of multiple option objects on 1510 side surface so that each option object area is all adjusted to integer The size of individual grid, and four edges of each option object are all aligned in a plurality of ring-type lattice of a plurality of vertical grid respectively One of line.
It is foregoing that option object is pasted into neat vertical grid or ring-type ruling to finely tune the position of option object, shape and/or chi Very little mode, the arrangement that can equally produce multiple option objects on the side surface for making cylindrical objects 1510 allow human eye to feel Get up the advantages of more comfortable and more neat.
In addition, other written forms, digital form, designator form or animation form can also be used in arrangement module 230 Reference designator, to substitute the reference designator and 1521~1523 of foregoing lines form.
It is foregoing about other function modes of graphic user interface 800~1300 and the explanation of advantage, be also applied for Figure 15 In 16 embodiment, not repeated description herein.
Figure 17 is the schematic diagram after the graphic user interface 1700 of another embodiment of the present invention simplifies.Graphic user interface In 1700 comprising a spheroid object 1710, multiple reference designators 1721~1723 and multiple option objects (in fig. 17 only Exemplified by illustrating option object 1531~1535).Option object 1531~1535 in Figure 17 and the choosing in earlier figures 15 and Figure 16 Item object 1531~1535 is identical.In addition, in the present embodiment, option object generation module 220 is in flow 612 and 614 Running, connect, therefore herein not repeated description identical with the embodiment of earlier figures 15 and Figure 16.
In foregoing flow 616, arrangement module 230 can utilize control circuit 127-a in graphic user interface 1700 Spheroid object 1710 is set, and will be selected according to the plurality of shooting azimuth and the plurality of shooting height using control circuit 127-a Item object 1531~1535 is arranged on the sphere (spherical surface) of the spheroid object 1710.In order to coordinate spheroid The shape of the sphere of object 1710, in the graphic user interface 1700 of the present embodiment, arrangement module 230 can be by option object 1533 horizontal level is arranged in the left side of option object 1532, the horizontal level of option object 1531 is arranged in into option object 1533 left side, the upright position that the upright position of option object 1531 is disposed above to option object 1533, by option thing The upright position of part 1532 is disposed above the upright position of option object 1531, sets the upright position of option object 1531 A left side for option object 1534 is arranged in into the upright position higher than option object 1534 and by the horizontal level of option object 1535 Side, thereby form the arrangement aspect as depicted in Figure 17.
In Figure 17 embodiment, arrangement module 230 also by the sphere of spheroid object 1710 be further divided into respectively with Multiple belt-like zones 1741~1743 corresponding to multiple reference designators 1721~1723, to cause in same belt-like zone The shooting height of option object all fall in same interval range.Reference designator 1721~1723 is respectively used to indicate band The reference direction in shape region 1741~1743.In the present embodiment, reference designator 1721~1723 can be used to indicate aiming field The place pointing direction D0 on ground 410, user is allowed to be able to understand option object in the current picture of each belt-like zone to each other Shoot the horizontal level relation between orientation angular dependence, and each option object and the place pointing direction D0 in target place 410.
As shown in figure 17, option object 1532 is located in belt-like zone 1741, option object 1531,1534 and 1535 In belt-like zone 1742, and option object 1533 is located in belt-like zone 1743.Total Options thing in belt-like zone 1741 Shooting height corresponding to part, the shooting height corresponding to all higher than the total Options object in belt-like zone 1742, and banding The shooting height corresponding to total Options object in region 1742, all higher than the total Options object institute in belt-like zone 1743 Corresponding shooting height.
Similarly, display control module 240 can allow user independently to adjust the single banding in graphic user interface 1700 Content in region, and do not interfere with the content in other belt-like zones.
For example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by figure Content in the belt-like zone 1742 of user interface 1700 moves to the right, so that positioned at the more interior of the left side of option object 1531 Appearance can be displayed in belt-like zone 1742.In the case, display control module 240 is in foregoing flow 706, can be according to According to move control display device 125-a by the option object 1531,1534 and 1535 in belt-like zone 1742, in ball On the sphere of body object 1710 towards the same side movement (that is, towards Figure 17 right direction) it is mobile, corresponding change reference designator 1722 position, keep the position of total Options object in other belt-like zones 1741 and 1743 constant and keep other ginsengs Examine that the position of designator 1721 and 1723 is constant, so that the picture in belt-like zone 1742 forms the aspect as depicted in Figure 18.
In Figure 18 embodiment, option object 1531,1534 and 1535 is still located at belt-like zone 1742 after movement In the range of, so still appearing in belt-like zone 1742.In foregoing moving process, the meeting of display control module 240 Adjust 1531,1534 and 1535 upright position in graphic user interface 1700 of option object.In addition, as shown in figure 18, band For content in shape region 1742 after movement, the left side of option object 1531 adds the choosing not occurred in fig. 17 originally Item object 1637.
In another example, it is assumed that the move in foregoing schemes 704 is to ask graphic user interface generation device 129-a by band Content in shape region 1743 moves to the right from Figure 17 aspect, so that more contents positioned at the left side of option object 1533 can To be displayed in belt-like zone 1743.In the case, display control module 240, can be according to this in foregoing flow 706 Move controls display device 125-a by reference designator 1723 and option object 1533 on the sphere of spheroid object 1710 Towards the same side it is mobile, keep the position of total Options object in other belt-like zones 1741 and 1742 constant and keep other The position of reference designator 1721 and 1722 is constant, so that the picture in belt-like zone 1743 forms the state as depicted in Figure 18 Sample.
In Figure 18 embodiment, option object 1533 is still located at after movement in the range of belt-like zone 1743, institute Still to appear in belt-like zone 1743.In addition, because the display space at the north and south both ends of spheroid object 1710 is less, institute With the content in belt-like zone 1743 after movement, not necessarily increase not go out in fig. 17 as in the previous embodiments Existing option object.
It is identical with previous embodiment, user can from the option object 1531 in Figure 18,1532,1533,1534,1535, And upright position difference and horizontal level difference between 1637, image data corresponding to these option objects is picked out rapidly With respect to shooting height and relative shooting azimuth, other descriptive matter in which there are read without expending the time.
As shown in figure 17, the also controllable display device 125-a of display control module 240 is in graphic user interface 1700 Existing foregoing gearing button 1050 and the alignment button 1060.Control display device 125-a will be foregoing in display control module 240 After multiple option objects in belt-like zone 1742 move towards the same side, if input unit 124-a receives the company of user's input Dynamic translation instruction, display control module 240 can control display device 125-a to be located at that time in belt-like zone 1741~1743 Multiple option objects, moved on the sphere of spheroid object 1710 towards the same side, and synchronous change reference designator 1721~ 1723 position, can be related with the total Options object moulded on the sphere of the spheroid object 1710 of graphic user interface 1700 Mobile visual effect.
In addition, display device 125-a is controlled by multiple options in foregoing belt-like zone 1742 in display control module 240 After object moves towards the same side, if input unit 124-a receives the aligned instruction of user's input, display control module 240 can Display device 125-a is controlled by multiple option objects at least in a belt-like zone in belt-like zone 1741~1743, in ball It is mobile towards the same side (for example, left direction towards Figure 18) on the sphere of body object 1710, and by reference designator 1721~ 1723 position adjustment is into being consistent, to mould the total Options on the sphere of the spheroid object 1710 of graphic user interface 1700 Object can be returned to the visual effect of the alignment aspect in similar Figure 17.
In Figure 17 and 18 embodiment, if input unit 124-a receives the vertical translation instruction of user's input, display Control module 240 can control multiple option objects that display device 125-a will be located in belt-like zone 1741~1743 at that time, Moved on the sphere of spheroid object 1710 towards upside or downside, and the position of synchronous change reference designator 1721~1723, with That moulds that the total Options object on the sphere of the spheroid object 1710 of graphic user interface 1700 related can vertically move regards Feel effect.
Similar with previous embodiment, display control module 240 can also define a plurality of on the sphere of spheroid object 1710 Meridian (longitude line, be not illustrated in figure) and a plurality of latitude line perpendicular to a plurality of meridian (latitude line, be not illustrated in figure), and control display device 125-a will be more on the sphere of spheroid object 1710 At least one of individual option object, respectively the snap a plurality of meridian and a plurality of latitude line.Similarly, display control module 240 also can control display device 125-a adaptively to finely tune the shapes of multiple option objects on the sphere of spheroid object 1710 And/or size so that each option object area is all adjusted to the size of integer grid, and by four of each option object Edge is all aligned in one of a plurality of latitude line of a plurality of meridian respectively.
It is foregoing option object pasted at least one of neat meridian and latitude line finely tune the position of option object, shape, And/or the mode of size, the arrangement that can equally produce multiple option objects on the sphere for making spheroid object 1710 allow human eye Feel the advantages of more comfortable and more neat.
In addition, other written forms, digital form, designator form or animation form can also be used in arrangement module 230 Reference designator, to substitute the reference designator and 1721~1723 of foregoing lines form.
The explanation of other function modes of foregoing relevant graphic user interface 800~1500, is also applied for Figure 17's and 18 In embodiment, not repeated description herein.
Spheroid object 1710 in embodiment compared to Figure 17 and 18, the cylindrical objects in Figure 15 and 16 embodiment 1510 side surface provides more display spaces, and more option object can be presented simultaneously.Compared to Figure 15 and 16 implementation Cylindrical objects 1510 in example, the spheroid object 1710 in Figure 17 and 18 embodiment then allow user by spheroid object 1710 Towards the upper and lower rotation of vertical direction, the more elastic and noveler graphic user interface mode of operation of user can be provided.
From preceding description, multiple option objects in the graphic user interface of this case design are according to more image numbers According to camera site distributed intelligence arranged, therefore, user is able to from the upright position difference between different options object, rapidly Pick out the relative shooting height of the image data corresponding to these option objects.In addition, user is also able to never with option thing Horizontal level difference between part, the relative shooting azimuth of the image data corresponding to these option objects is picked out rapidly.Change Yan Zhi, foregoing graphic user interface enable a user to that enough very intuitively visual manner is judged between different images data Shooting height difference and shooting azimuth difference.Consequently, it is possible to user can be in the case of without frequent switching image, more to regard The mode of feelization grasps rapidly the relative position relation of the camera site of different images data in space, with alternatively image The important basis for estimation of data, without frequent switching image, other descriptive matter in which there are read without the time is expended.
In addition, user is also able in the visual indicator of the particular options object in the graphic user interface stated in the past, it is fast Speed pick out the statistics of the image data corresponding to the option object, supplier's identity type, depth-width ratio, resolution and/ Or image species, so that as whether the important basis for estimation of the image data is selected, other descriptions are read without expending the time Property word.
For another angle, foregoing graphic user interface provides the reference frame of non-legible property in a manner of more intuitive Image data is selected for user, user can be effectively reduced and read the time of word, and then user is greatly decreased and spends in video search Time.
Furthermore option object is pasted into neat vertical grid or horizontal ruling to finely tune the mode of the position of option object, can be with The arrangement mode of option object is set to feel the advantages of more comfortable and more pleasing to the eye by human eye.
Due to the image data corresponding to the different options object in former figures user interface, all with same target place Place or event it is relevant, therefore user can be allowed in the case where a large amount of descriptive matter in which there need not be read, just can accurately obtained same One target place it is different towards coherent video, and then obtain for target place more comprehensively with more rich visual experience.
In implementation, the quantity for the belt-like zone that arrangement module 230 is divided in graphical user interfaces, it is not limited to preceding The aspect of embodiment is stated, can be increased or decreased according to the design needs of system or the setting of user.
Note that the flow execution sequence in earlier figures 3 is an exemplary embodiment, not limits to the reality of the present invention Border embodiment.For example, flow 314 is carried out between may be adjusted to flow 316 and 318, flow 318 and 320 may be adjusted to Between carry out, can also be carried out simultaneously with flow 316,318 or 320.In addition, flow 320 may be adjusted to flow 314,316 or Carry out, can also be carried out simultaneously with foregoing schemes before 318.
In the aforementioned embodiment, the place is pointed to data and assumed that and determined to provide the network operator of server 110 by image Justice, for expressing the pointing direction D0 in target place 410 data.But this is an exemplary embodiment, not limit to this The actual embodiment of invention.As it was previously stated, it can also provide server 110 by image for expressing that data are pointed in the place Process circuit 113 according to ad hoc fashion calculate one with particular reference to direction data.For example, in certain embodiments, Foregoing multiple Image sources devices (can not painted in filmed image data using positioning circuit 122 or built-in gyroscope Show) etc. circuit, calculate camera lens pointing direction (lensorientation of the image capturing circuit 121 in filmed image data Direction), and produce for expressing the camera lens of camera lens pointing direction sensing data (lens orientation data). Therefore, foregoing multiple Image sources devices can separately produce corresponding with more image datas more respectively in flow 306 Camera lens points to data, and sends more camera lenses sensing data to image in the lump in flow 308 and provide server 110. In this case, the process circuit 113 that image provides server 110 can point to data after flow 310 according to the more camera lenses Calculate one with particular reference to direction in a manner of majority rule or other computings, and by the use of express this with particular reference to direction data as Point to data in foregoing place.
In certain embodiments, at least one of foregoing flow 316~318 can also be omitted, to reduce image offer Operand needed for server 110.When flow 318 is omitted, the flow 614 in Fig. 6 can also be omitted, to reduce image broadcasting Operand needed for device 120.
In addition, need not be provided in the image data needed for some image sharing systems 100 by image player 120 In, the image capturing circuit 121 in image player 120 and positioning circuit 122 can also be omitted, be broadcast with reducing image Put the element complexity of device 120.
In foregoing image sharing system 100, stored figure is used in the memory 126 of image player 120 Family interface generation device 129 can be image player 120 by internet 130 from image provide server 110 or other The application program or plug-in (plug-in, or plug-in unit formula) that server is downloaded and installed in advance.
Or graphic user interface generation device 129 can also be during the method for earlier figures 6 is carried out, by shadow Image player 120 is supplied to as providing server 110.It can be broadcast for example, image provides server 110 receiving image When putting the image query request that device 120 transmits, graphic user interface generation device 129 is entrained in image to be sent to and played In the data or source code of device 120, image player 120 is transferred in the lump.That is, image server 110 is provided can be with In foregoing flow 608, graphic user interface generation device 129 is sent to image player 120 in the lump.
Some vocabulary has been used in specification and claims to censure specific element.However, affiliated technology neck The technical staff in domain is, it is to be appreciated that same element may be called with different nouns.Specification and claims are simultaneously In a manner of not using the difference of title as differentiation element, but it is used as the benchmark of differentiation with the difference of element functionally. "comprising" mentioned by specification and claims is open term, therefore should be construed to " include but be not limited to ".Separately Outside, " coupling " is herein comprising any direct and indirect connection means.Therefore, if the element of described in the text first is coupled to second yuan Part, then represent the first element can by being electrically connected with or being wirelessly transferred, the signal connected mode such as optical delivery is directly connected In the second element, or by other elements or connection means, electrical or signal is connected to second element indirectly.
It is used herein " and/or " describing mode, include any group of one of cited or multiple projects Close.In addition, unless being specialized in specification, otherwise the term of any odd number lattice all includes the connotation of plural lattice simultaneously.
The flow characteristics in some device claims in claims, and in the flow chart of accompanying drawing and specification Operation workflow content corresponds to consistent.Therefore, these device claims, it should be understood that the calculating mainly recorded by specification Machine program realizes the functional module framework of foregoing solutions, and is not construed as mainly realizing the solution by hardware mode The entity apparatus of scheme.
It these are only presently preferred embodiments of the present invention, all equivalent changes and modifications done according to the claims in the present invention, all The covering scope of the present invention should be belonged to.

Claims (39)

1. a kind of image sharing system, it is characterised in that include：
One image provides server, comprising：
One storage device, the site location data and a place for being arranged to store a target place point to data, more images Data and more camera site data for corresponding respectively to the more image datas, wherein, the more image datas be all Shooting gained or at least local shadow of the event occurred included in the target place in the preset distance of target place one As content；
One process circuit, the storage device is coupled to, is arranged to point to data according to the site location data, the place and is somebody's turn to do More camera site data, calculate the camera site point for representing the distribution situation of more camera site data in space Cloth information；And
One transmission circuit, the process circuit is coupled to, is arranged to after image query request is received, is passed by an internet Give the camera site distributed intelligence；And
One image player, comprising：
One input unit, it is arranged to operate generation image query request according to a user；
One telecommunication circuit, be arranged to by the internet transmit the image query ask to the image provide server the transmission Circuit, and receive the camera site distributed intelligence that the transmission circuit transmits；
One control circuit, be coupled to the telecommunication circuit and the input unit, be arranged to produce respectively with the more image datas pair The multiple option objects answered, and the plurality of option object is arranged according to the camera site distributed intelligence, to produce comprising the plurality of One graphic user interface of option object and one or more reference designators；And
One display device, the control circuit is coupled to, is display arranged to the graphic user interface；
Wherein, when the display device shows the graphic user interface, if the input unit receives a shifting of user input Dynamic instruction, the control circuit control the display device by least part option object in the graphic user interface towards same sidesway It is dynamic, and correspondingly change at least one of position in one or more reference designators or content, and if input unit reception One option object selection instruction of the target option object in corresponding to the graphic user interface, control circuit control should Telecommunication circuit asks to provide service to the image by internet transmission corresponding to an image data of the target option object The transmission circuit of device；
Wherein, when the image, which provides server, receives image data request, the processing circuit controls transmission circuit leads to Cross the internet and transmit a target image data in the more image datas to the telecommunication circuit, and when the telecommunication circuit receives During to the target image data, the control circuit controls the display device to show the target image data；
Wherein, the place point to data be for express the pointing direction of the main entrance in the target place, primary outlet pointing direction, The pointing direction of main-inlet, the pointing direction of representative configurations, by the image provide server network operator with the target place Position on the basis of put the one of institute self-defining and calculated with particular reference to direction or the process circuit according to ad hoc fashion One with particular reference to direction data.
2. image sharing system as claimed in claim 1, it is characterised in that the process circuit be also configured to setting respectively with this more Multigroup characterisitic parameter corresponding to image data, and control the transmission circuit to transmit multigroup characterisitic parameter by the internet and extremely should Telecommunication circuit；
Wherein, the telecommunication circuit receives the image and provides multigroup characterisitic parameter that server transmits, and the control circuit is also set It is set to one or more visual indicators for setting the plurality of option object respectively according to multigroup characterisitic parameter.
3. image sharing system as claimed in claim 2, it is characterised in that the control circuit is according to one in multigroup characterisitic parameter Target group characterisitic parameter, set at least one of the following visual indicator of the target option object：
The size of the target option object；
The color of the target option object；
The profile of the target option object；
The housing color of the target option object；And
The housing thickness of the target option object.
4. image sharing system as claimed in claim 3, wherein, the target group characterisitic parameter corresponds to the target image data, and The process circuit is also configured at least joining first, setting the target group characteristic for the following parameters according to the target image data Number：
One statistics of the target image data；
One supplier's identity type of the target image data；
One depth-width ratio of the target image data；
One resolution of the target image data；And
One image species of the target image data；
Wherein, the statistics comments isodisperse or corresponding to the target image data corresponding to the one of the target image data One notes and commentary count value.
5. image sharing system as claimed in claim 3, it is characterised in that one or more visual indicators of the target option object For at least one for the following parameters that the target image data is presented：
One statistics of the target image data；
One supplier's identity type of the target image data；
One depth-width ratio of the target image data；
One resolution of the target image data；And
One image species of the target image data；
Wherein, the statistics comments isodisperse or corresponding to the target image data corresponding to the one of the target image data One notes and commentary count value.
6. image sharing system as claimed in claim 1, it is characterised in that the process circuit be also configured to setting produce respectively with this Multiple image contract drawings corresponding to more image datas, and control the transmission circuit to transmit the plurality of image contract drawing by the internet To the telecommunication circuit；
Wherein, the control circuit is also configured to respectively be set as the plurality of image contract drawing the main body of the plurality of option object.
7. image sharing system as claimed in claim 1, it is characterised in that the control circuit is also configured to the plurality of option object Main body be all set as a predetermined geometric figure.
8. image sharing system as claimed in claim 1, it is characterised in that comprising more with this respectively in the camera site distributed intelligence Multiple upright positions and multiple horizontal levels corresponding to the data of camera site, the process circuit are arranged to from this more shooting positions Put and the plurality of upright position is obtained in data, and data and this more shooting positions are pointed to according to the site location data, the place Data are put, calculate the plurality of horizontal level.
9. image sharing system as claimed in claim 1, it is characterised in that comprising more with this respectively in the camera site distributed intelligence Multiple shooting heights corresponding to the data of camera site and multiple shooting azimuths, the process circuit are arranged to from this more shootings The plurality of shooting height is obtained in position data, and data and this more shootings are pointed to according to the site location data, the place Position data, calculate the plurality of shooting azimuth.
10. image sharing system as claimed in claim 9, it is characterised in that the process circuit is also configured to carry out following running：
A target position in the target place is obtained from the site location data；
The place pointing direction that the target place is obtained in data is pointed to from the place；
Multiple setting positions are obtained from the more camera site data；
The target position is arranged to a datum mark；
A vertical plane where straight line corresponding with the place pointing direction is arranged to a datum plane；
Multiple horizontal angles that the plurality of setting position rotates clockwise from the datum plane are calculated respectively；And
The plurality of horizontal angle is arranged to the plurality of shooting azimuth respectively.
11. image sharing system as claimed in claim 9, it is characterised in that one first option thing is included in the plurality of option object Part, one second option object and one the 3rd option object, the first option object correspond in the plurality of shooting azimuth One first shooting azimuth, and it is corresponding corresponding to one first shooting height in the plurality of shooting height, the second option object The one second shooting azimuth in the plurality of shooting azimuth, and it is high corresponding to one second shooting in the plurality of shooting height Degree, the third shot that the 3rd option object corresponds in the plurality of shooting azimuth takes the photograph azimuth, and corresponds to the plurality of bat The third shot taken the photograph in height takes the photograph height, and the first shooting azimuth is less than the second shooting azimuth, the second shooting orientation Azimuth is taken the photograph in angle less than the third shot, and the third shot takes the photograph height and is less than first shooting height, and first shooting height is less than Second shooting height；
Wherein, in the graphic user interface, the control circuit by the horizontal level of the 3rd option object be arranged in this second The left side of option object, the left side that the horizontal level of the first option object is arranged in the 3rd option object, by this first The upright position of option object is disposed above the upright position of the 3rd option object and by the vertical of the second option object Position is disposed above the upright position of the first option object.
12. such as the image sharing system of claim 11, it is characterised in that the control circuit divides in the graphic user interface Go out multiple belt-like zones corresponding with multiple reference designators respectively, indicated in the plurality of reference designator comprising one first reference Symbol, and one first belt-like zone corresponding to first reference designator is included in the plurality of belt-like zone；
Wherein, if the move is corresponding with first belt-like zone, the control circuit control the display device by this first Multiple option objects in belt-like zone towards the same side it is mobile, correspondingly change position or content, the guarantor of first reference designator The position for holding the total Options object in other belt-like zones is constant and keep the position of other reference designators and content not Become.
13. such as the image sharing system of claim 12, it is characterised in that in the display device by first belt-like zone , should if the input unit, which receives the one of user input, interlocks translation instruction after the plurality of option object moves towards the same side Control circuit controls the display device by multiple option object courts in the different belt-like zones in the plurality of belt-like zone The same side is moved, and the position of the plurality of reference designator of synchronous change or content.
14. such as the image sharing system of claim 12, it is characterised in that in the display device by first belt-like zone After the plurality of option object moves towards the same side, if the input unit receives an aligned instruction of user input, the control Circuit controls the display device by multiple option objects at least in a belt-like zone in the plurality of belt-like zone towards the same side It is mobile, and the position of the plurality of reference designator or content are adjusted to identical or are consistent.
15. such as the image sharing system of claim 11, it is characterised in that additionally comprise one the 4th option in the plurality of option object Object and one the 5th option object, one the 4th shooting orientation that the 4th option object corresponds in the plurality of shooting azimuth Angle, and correspond to the plurality of shooting side corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object One the 5th shooting azimuth in parallactic angle, and corresponding to one the 5th shooting height in the plurality of shooting height, the 4th shooting Azimuth is taken the photograph in azimuth more than the third shot, and the 5th shooting azimuth is equal to the 4th shooting azimuth, and the 4th shooting is high Degree is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, when the display device shows the graphic user interface, if the input unit receives the move, the control Circuit control the display device by the first option object, the 4th option object and the 5th option object in the same direction Synchronizing moving identical horizontal range, and maintain the first option object, the 4th option object and the 5th option object to exist Upright position in the graphic user interface is constant.
16. such as the image sharing system of claim 15, it is characterised in that the control circuit is also configured to graphical user circle A rectangular area in face is divided into the plurality of belt-like zone, and defines a plurality of vertical grid on the rectangular area and hang down Directly in a plurality of horizontal ruling of a plurality of vertical grid, and control the display device that the plurality of option object is distinguished into snap this is more At least one of bar vertical grid and a plurality of horizontal ruling.
17. such as the image sharing system of claim 11, it is characterised in that additionally comprise one the 4th option in the plurality of option object Object and one the 5th option object, one the 4th shooting orientation that the 4th option object corresponds in the plurality of shooting azimuth Angle, and correspond to the plurality of shooting side corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object One the 5th shooting azimuth in parallactic angle, and corresponding to one the 5th shooting height in the plurality of shooting height, the 4th shooting Azimuth is taken the photograph in azimuth more than the third shot, and the 5th shooting azimuth is equal to the 4th shooting azimuth, and the 4th shooting is high Degree is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, the control circuit is also configured to control the display device that a cylindrical objects are presented in the graphic user interface, And the plurality of option object is arranged in the one of the cylindrical objects according to the plurality of shooting azimuth and the plurality of shooting height On side surface so that hung down higher than the 4th option object the upright position of the first option object in the graphic user interface Straight position, and horizontal level of the 5th option object in the graphic user interface is identical with the 4th option object.
18. such as the image sharing system of claim 17, it is characterised in that the control circuit is also configured to the cylindrical objects The side surface be divided into the plurality of belt-like zone, and define a plurality of vertical grid on the side surface of the cylindrical objects And a plurality of ring-type ruling perpendicular to a plurality of vertical grid, and control the display device to lean on the plurality of option object respectively At least one of the neat a plurality of vertical grid and a plurality of ring-type ruling.
19. such as the image sharing system of claim 11, it is characterised in that additionally comprise one the 4th option in the plurality of option object Object and one the 5th option object, one the 4th shooting orientation that the 4th option object corresponds in the plurality of shooting azimuth Angle, and correspond to the plurality of shooting side corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object One the 5th shooting azimuth in parallactic angle, and corresponding to one the 5th shooting height in the plurality of shooting height, the 4th shooting Azimuth is taken the photograph in azimuth more than the third shot, and the 5th shooting azimuth is equal to the 4th shooting azimuth, and the 4th shooting is high Degree is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, the control circuit is also configured to control the display device that a spheroid object is presented in the graphic user interface, and The plurality of option object is arranged in a sphere of the spheroid object according to the plurality of shooting azimuth and the plurality of shooting height On so that the upright position of the first option object in the graphic user interface is higher than the vertical position of the 4th option object Put, and horizontal level of the 5th option object in the graphic user interface is arranged in the left side of the 4th option object.
20. such as the image sharing system of claim 19, it is characterised in that the control circuit is also configured to the spheroid object The sphere is divided into the plurality of belt-like zone, and define on the sphere of the spheroid object a plurality of meridian and perpendicular to The a plurality of latitude line of a plurality of meridian, and the display device is controlled by the plurality of option object difference snap a plurality of meridian With at least one of a plurality of latitude line.
A kind of 21. graphic user interface generation device, for controlling the image player in an image sharing system to produce One graphic user interface, it is characterised in that the image sharing system includes an image and provides server and the image player, The image provides a site location data and place sensing data, the more images that server is arranged to store a target place Data and more camera site data for corresponding respectively to the more image datas, and be arranged to according to the site location number According to, the place data and the more camera site data are pointed to, calculate and represent the more camera site data in space One camera site distributed intelligence of distribution situation, and receiving the image query request that the image player transmits Afterwards, the camera site distributed intelligence is transmitted by an internet, wherein, the more image datas are all apart from the target place At least local image content of shooting gained or the event occurred included in the target place in one preset distance；The image Playing device includes a telecommunication circuit, a display device, an input unit and a control circuit, graphic user interface production Generating apparatus includes：
One receiving module, the shooting transmitted by the internet of server is provided for receiving the image using the telecommunication circuit Location distribution information；
One option object generation module, for producing multiple choosings corresponding with the more image datas respectively using the control circuit Item object；
One arrangement module, for arranging the plurality of option object according to the camera site distributed intelligence using the control circuit, with Produce the graphic user interface comprising the plurality of option object and one or more reference designators；
One display control module, for showing the graphic user interface using the display device；And
One delivery module；
Wherein, when the display device shows the graphic user interface, if the input unit receives a shifting of user input Dynamic instruction, the display control module control the display device by least part option object in the graphic user interface towards same Side is moved, and correspondingly changes at least one of position in one or more reference designators or content, and if the input unit Receive the option object selection instruction corresponding to the target option object in the graphic user interface, the delivery module control The telecommunication circuit is made to ask to the image to provide corresponding to an image data of the target option object by internet transmission Server；
Wherein, when the image, which provides server, receives image data request, the image provides server and passes through the interconnection Net transmits a target image data in the more image datas to the telecommunication circuit, and when the telecommunication circuit receives the target During image data, the control circuit controls the display device to show the target image data；
Wherein, the place point to data be for express the pointing direction of the main entrance in the target place, primary outlet pointing direction, The pointing direction of main-inlet, the pointing direction of representative configurations, by the image provide server network operator with the target place Position on the basis of put the one of institute self-defining and provide server according to ad hoc fashion meter with particular reference to direction or the image Data of one calculated with particular reference to direction.
22. such as the graphic user interface generation device of claim 21, it is characterised in that the image provides server and is also configured to Set multigroup characterisitic parameter corresponding with the more image datas, and multigroup characterisitic parameter is transmitted by the internet respectively；
Wherein, the receiving module also receives the image using the telecommunication circuit and provides multigroup characterisitic parameter for transmitting of server, And the option object generation module also sets the plurality of option object respectively using the control circuit according to multigroup characterisitic parameter One or more visual indicators.
23. such as the graphic user interface generation device of claim 22, it is characterised in that the option object generation module utilizes should According to the target group characterisitic parameter in multigroup characterisitic parameter, the following vision for setting the target option object refers to control circuit Show at least one of symbol：
The size of the target option object；
The color of the target option object；
The profile of the target option object；
The housing color of the target option object；And
The housing thickness of the target option object.
24. such as the graphic user interface generation device of claim 23, it is characterised in that one or more of the target option object Visual indicator is used at least one that the following parameters of the target image data are presented：
One statistics of the target image data；
One supplier's identity type of the target image data；
One depth-width ratio of the target image data；
One resolution of the target image data；And
One image species of the target image data；
Wherein, the statistics comments isodisperse or corresponding to the target image data corresponding to the one of the target image data One notes and commentary count value.
25. such as the graphic user interface generation device of claim 21, it is characterised in that the image provides server and is also configured to Setting produces multiple image contract drawings corresponding with the more image datas respectively, and transmits the plurality of image by the internet and contract Figure；
Wherein, the receiving module also receives the image using the telecommunication circuit and provides the plurality of image contract drawing that transmits of server, And the plurality of image contract drawing is also set as the plurality of option object by the option object generation module respectively using the control circuit Main body.
26. such as the graphic user interface generation device of claim 21, it is characterised in that the option object generation module also utilizes The main body of the plurality of option object is all set as a predetermined geometric figure by the control circuit.
27. such as the graphic user interface generation device of claim 21, it is characterised in that included in the camera site distributed intelligence Server is provided and set with the corresponding multiple upright positions of more camera site data and multiple horizontal levels, the image respectively Into obtaining the plurality of upright position from the more camera site data, and number is pointed to according to the site location data, the place According to and the more camera site data, calculate the plurality of horizontal level.
28. such as the graphic user interface generation device of claim 21, it is characterised in that included in the camera site distributed intelligence Multiple multiple shooting azimuths of shooting height corresponding with the more camera site data respectively, the image provide server and set Into obtaining the plurality of shooting height from the more camera site data, and number is pointed to according to the site location data, the place According to and the more camera site data, calculate the plurality of shooting azimuth.
29. such as the graphic user interface generation device of claim 28, it is characterised in that include one the in the plurality of option object One option object, one second option object and one the 3rd option object, the first option object correspond to the plurality of shooting side One first shooting azimuth in parallactic angle, and corresponding to one first shooting height in the plurality of shooting height, second option The one second shooting azimuth that object corresponds in the plurality of shooting azimuth, and corresponding to 1 in the plurality of shooting height the Two shooting heights, the third shot that the 3rd option object corresponds in the plurality of shooting azimuth takes the photograph azimuth, and corresponds to A third shot in the plurality of shooting height takes the photograph height, and the first shooting azimuth is less than the second shooting azimuth, and this second Azimuth is taken the photograph in shooting azimuth less than the third shot, and the third shot takes the photograph height and is less than first shooting height, and first shooting Highly it is less than second shooting height；
Wherein, in the graphic user interface, the arrangement module by the horizontal level of the 3rd option object be arranged in this second The left side of option object, the left side that the horizontal level of the first option object is arranged in the 3rd option object, by this first The upright position of option object is disposed above the upright position of the 3rd option object and by the vertical of the second option object Position is disposed above the upright position of the first option object.
30. such as the graphic user interface generation device of claim 29, it is characterised in that the arrangement module is in graphical user circle Multiple belt-like zones corresponding with multiple reference designators respectively are marked off in face, one first is included in the plurality of reference designator Reference designator, and one first belt-like zone corresponding to first reference designator is included in the plurality of belt-like zone；
Wherein, if the move is corresponding with first belt-like zone, the display control module controls the display device should Multiple option objects in first belt-like zone towards the same side it is mobile, correspondingly change the position or interior of first reference designator The position for holding, keeping total Options object in other belt-like zones is constant and keep the position of other reference designators and interior Hold constant.
31. such as the graphic user interface generation device of claim 30, it is characterised in that in the display device by first banding After the plurality of option object in region moves towards the same side, if the input unit receives a gearing translation of user input Instruction, the display control module control the display device will be multiple in the different belt-like zones in the plurality of belt-like zone Option object moves towards the same side, and the position of the plurality of reference designator of synchronous change or content.
32. such as the graphic user interface generation device of claim 30, it is characterised in that control this aobvious in the display control module After showing device moves the plurality of option object in first belt-like zone towards the same side, if the input unit receives the use One aligned instruction of family input, the display control module control the display device by least banding in the plurality of belt-like zone Multiple option objects in region move towards the same side, and by the position of the plurality of reference designator or content be adjusted to it is identical or It is consistent.
33. such as the graphic user interface generation device of claim 29, it is characterised in that additionally comprise one in the plurality of option object 4th option object and one the 5th option object, one the 4th bat that the 4th option object corresponds in the plurality of shooting azimuth Azimuth is taken the photograph, and corresponds to the plurality of corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object Shoot one the 5th shooting azimuth in azimuth, and corresponding to one the 5th shooting height in the plurality of shooting height, this Four shooting azimuths are more than the third shot and take the photograph azimuth, and the 5th shooting azimuth is equal to the 4th and shoots azimuth, and the 4th Shooting height is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, when the display device shows the graphic user interface, if the input unit receives the move, the display Control module controls the display device by the first option object, the 4th option object and the 5th option object towards same Direction synchronizing moving identical horizontal range, and maintain the first option object, the 4th option object and the 5th option thing Upright position of the part in the graphic user interface is constant.
34. such as the graphic user interface generation device of claim 33, it is characterised in that the display control module is also by the figure A rectangular area in user interface is divided into the plurality of belt-like zone, and a plurality of vertical grid is defined on the rectangular area And a plurality of horizontal ruling perpendicular to a plurality of vertical grid, and control the display device to lean on the plurality of option object respectively At least one of the neat a plurality of vertical grid and a plurality of horizontal ruling.
35. such as the graphic user interface generation device of claim 29, it is characterised in that additionally comprise one in the plurality of option object 4th option object and one the 5th option object, one the 4th bat that the 4th option object corresponds in the plurality of shooting azimuth Azimuth is taken the photograph, and corresponds to the plurality of corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object Shoot one the 5th shooting azimuth in azimuth, and corresponding to one the 5th shooting height in the plurality of shooting height, this Four shooting azimuths are more than the third shot and take the photograph azimuth, and the 5th shooting azimuth is equal to the 4th and shoots azimuth, and the 4th Shooting height is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, the arrangement module also sets a cylindrical objects in the graphic user interface, and according to the plurality of shooting orientation The plurality of option object is arranged on a side surface of the cylindrical objects by angle and the plurality of shooting height so that first choosing Upright position of the item object in the graphic user interface is higher than the upright position of the 4th option object, and the 5th option thing Horizontal level of the part in the graphic user interface is identical with the 4th option object.
36. such as the graphic user interface generation device of claim 35, it is characterised in that the display control module is also by the cylinder The side surface of body object is divided into the plurality of belt-like zone, and a plurality of hang down is defined on the side surface of the cylindrical objects Straight ruling and a plurality of ring-type ruling perpendicular to a plurality of vertical grid, and the display device is controlled by the plurality of option object At least one of the snap a plurality of vertical grid and a plurality of ring-type ruling respectively.
37. such as the graphic user interface generation device of claim 29, it is characterised in that additionally comprise one in the plurality of option object 4th option object and one the 5th option object, one the 4th bat that the 4th option object corresponds in the plurality of shooting azimuth Azimuth is taken the photograph, and corresponds to the plurality of corresponding to one the 4th shooting height in the plurality of shooting height, the 5th option object Shoot one the 5th shooting azimuth in azimuth, and corresponding to one the 5th shooting height in the plurality of shooting height, this Four shooting azimuths are more than the third shot and take the photograph azimuth, and the 5th shooting azimuth is equal to the 4th and shoots azimuth, and the 4th Shooting height is equal to first shooting height, and the 5th shooting height is less than the 4th shooting height；
Wherein, the arrangement module also sets a spheroid object in the graphic user interface, and according to the plurality of shooting azimuth The plurality of option object is arranged on a sphere of the spheroid object with the plurality of shooting height so that the first option object Upright position in the graphic user interface is higher than the upright position of the 4th option object, and the 5th option object is at this Horizontal level in graphic user interface is arranged in the left side of the 4th option object.
38. such as the graphic user interface generation device of claim 37, it is characterised in that the display control module is also by the spheroid The sphere of object is divided into the plurality of belt-like zone, and define on the sphere of the spheroid object a plurality of meridian and Perpendicular to a plurality of latitude line of a plurality of meridian, and control the display device that the plurality of option object is distinguished into snap this is a plurality of At least one of meridian and a plurality of latitude line.
A kind of 39. graphic user interface production method, for controlling the image player in an image sharing system to produce One graphic user interface, it is characterised in that the image sharing system includes an image and provides server and the image player, The image provides a site location data and place sensing data, the more images that server is arranged to store a target place Data and more camera site data for corresponding respectively to the more image datas, and be arranged to according to the site location number According to, the place data and the more camera site data are pointed to, calculate and represent the more camera site data in space One camera site distributed intelligence of distribution situation, and receiving the image query request that the image player transmits Afterwards, the camera site distributed intelligence is transmitted by an internet, wherein, the more image datas are all apart from the target place At least local image content of shooting gained or the event occurred included in the target place in one preset distance；The image Playing device includes a telecommunication circuit, a display device, an input unit and a control circuit, graphic user interface production Generation method includes：
The image is received using the telecommunication circuit, and the camera site distributed intelligence transmitted by the internet of server is provided；
Multiple option objects corresponding with the more image datas respectively are produced using the control circuit；
The plurality of option object is arranged according to the camera site distributed intelligence using the control circuit, the plurality of choosing is included to produce One graphic user interface of item object and one or more reference designators；
The graphic user interface is shown using the display device；And
When the display device shows the graphic user interface, if the movement that the input unit receives user input refers to Order, then control the display device to move at least part option object in the graphic user interface towards the same side, and correspondingly change At least one of position become in one or more reference designators or content, and if the input unit receive corresponding to the figure One option object selection instruction of the target option object in shape user interface, then control the telecommunication circuit to pass through the internet Transmission asks to provide server to the image corresponding to an image data of the target option object；
Wherein, when the image, which provides server, receives image data request, the image provides server and passes through the interconnection A target image data in the net transmission more image datas is to the telecommunication circuit, so that the control circuit controls the display to fill Put and show the target image data；
Wherein, the place point to data be for express the pointing direction of the main entrance in the target place, primary outlet pointing direction, The pointing direction of main-inlet, the pointing direction of representative configurations, by the image provide server network operator with the target place Position on the basis of put the one of institute self-defining and provide server according to ad hoc fashion meter with particular reference to direction or the image Data of one calculated with particular reference to direction.
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CN105204811B (en) * 2015-10-27 2020-09-29 威海元程信息科技有限公司 Multi-path control system and method
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1497967A (en) * 2002-09-27 2004-05-19 ��ʿ��Ƭ��ʽ���� Manufacturing method of photo album and its device and program
CN101770334A (en) * 2008-12-26 2010-07-07 索尼株式会社 Electronics apparatus, method for displaying map, and computer program

Family Cites Families (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE102005058240A1 (en) * 2005-12-06 2007-06-14 Siemens Ag Tracking system and method for determining poses
JP4978324B2 (en) * 2007-06-14 2012-07-18 株式会社日立製作所 Image recording apparatus, image recording system, and image reproducing method
TW200926768A (en) * 2007-12-04 2009-06-16 Inventec Corp Method for recording image by combining positioning system
TWI395600B (en) * 2009-12-17 2013-05-11 Digital contents based on integration of virtual objects and real image
US20120063367A1 (en) * 2009-12-22 2012-03-15 Waldeck Technology, Llc Crowd and profile based communication addresses
TWM415291U (en) * 2011-04-22 2011-11-01 Maction Technologies Inc Driving navigation device combined with image capturing and recognizing functions
TWM419175U (en) * 2011-08-10 2011-12-21 Univ Tainan Technology Guidance map with augmented reality function

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1497967A (en) * 2002-09-27 2004-05-19 ��ʿ��Ƭ��ʽ���� Manufacturing method of photo album and its device and program
CN101770334A (en) * 2008-12-26 2010-07-07 索尼株式会社 Electronics apparatus, method for displaying map, and computer program

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