CN103841322A - Terminal and cooperative photographing method - Google Patents
Terminal and cooperative photographing method Download PDFInfo
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- CN103841322A CN103841322A CN201410058412.0A CN201410058412A CN103841322A CN 103841322 A CN103841322 A CN 103841322A CN 201410058412 A CN201410058412 A CN 201410058412A CN 103841322 A CN103841322 A CN 103841322A
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Abstract
The invention discloses a terminal and a cooperative photographing method. The cooperative photographing method includes the steps that the terminal establishes communication connection with at least one external terminal; the terminal receives image data collected by the external terminals connected with the terminal; the terminal receives operations of a user to select image data to be synthesized, wherein the image data to be synthesized are the received image data and image data provided by the terminal currently; the terminal carries out synthesis processing on the selected image data to be synthesized according to the preset rules and displays the synthesized image data. Through the technical scheme, the problem that an existing photographing method is imperfect is solved.
Description
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of terminal and collaborative photographic method.
Background technology
Existing photo adopts following two kinds of modes to obtain conventionally: the first, and utilize camera to carry out photo by terminal itself; The second, obtains multiple pictures in advance by terminal, and recycling composite software synthesizes, the photo after being synthesized.These two kinds of obtain manners all can not adapt to user's needs, and the photo content of first kind of way is limited to the scene at user place, can not collect long-range image; Although the second way can be synthesized the image of different content, must obtain in advance and preserve photo to be synthesized.For example, when user A sees beautiful landscape on the road, think to allow immediately another user B also in this landscape, take a photograph, take first kind of way cannot realize at all, adopt this user A of the second way must first take lower picture with scenes, pass to user B, user B also must take in advance the head portrait of oneself and preserve, user B recycling composite software synthesizes the picture with scenes of the head portrait of oneself and user A shooting, complex operation, and promptness is bad, can not meet consumers' demand.
Summary of the invention
In order to solve above technical problem, the invention provides a kind of terminal and collaborative photographic method, solve the perfect not problem of existing photographic method.
For solving the problems of the technologies described above, the present invention by the following technical solutions:
A kind of terminal, comprising:
Communication module, for establishing a communications link with at least one exterior terminal, and receives the view data that connected each exterior terminal collects;
View data provides module, for view data is provided;
Selection operation receiver module, for receiving user's view data selection operation to be synthesized, described view data to be synthesized provides module the current view data providing for the view data and the described view data that receive for described communication module;
Synthetic processing module, for synthesizing processing by view data to be synthesized selected described selection operation receiver module with preset rules;
Display module, for showing the view data after synthesizing.
Further, described communication module comprises: one or more in WIFI, radio frequency, bluetooth, the Internet, mobile telephone network communication module.
Further, described selection operation receiver module comprises:
Selected operation receiver module, provide the selected operation in the current viewing area, view data place providing of module for receiving view data, the described view data that user receives in described communication module, provide the current view data entirety providing of module as view data to be synthesized the view data entirety, the described view data that receive described in corresponding described selected operation;
And/or, slide receiver module, provide the closed curve type sliding trace in the current viewing area, view data place providing of module for receiving view data, the described view data that user receives in described communication module, the view data that closed curve is surrounded is as view data to be synthesized.
Further, described view data provides module to comprise:
Data memory module, for pre-stored view data;
And/or image data acquiring module, for current acquisition of image data.
Further, described display module also provides module the current view data providing for the view data that described communication module is received, described view data, and described view data after synthetic is carried out subregion preview at same display interface; The corresponding viewing area of view data after described synthesizing shows the view data after synthesizing based on described view data selection operation real-time update to be synthesized;
Described selection operation receiver module is also for receiving user's view data selection operation to be synthesized at described same display interface.
A kind of collaborative photographic method, comprising:
Establish a communications link with at least one exterior terminal;
Receive the view data that connected each exterior terminal collects;
Receive user's view data selection operation to be synthesized, described view data to be synthesized is the described view data receiving and the current view data providing of this terminal;
Selected view data to be synthesized is synthesized to processing with preset rules, show the view data after synthesizing.
Further, reception user's view data selection operation to be synthesized comprises:
Receive the selected operation of user in the described view data receiving, the current viewing area, view data place providing of this terminal, using the current view data entirety providing of view data entirety, this terminal receiving described in described selected operation correspondence as view data to be synthesized;
And/or, the closed curve type sliding trace of user in the described view data receiving, the current viewing area, view data place providing of this terminal is provided, the view data that closed curve is surrounded is as view data to be synthesized.
Further, before receiving user's view data selection operation to be synthesized, also comprise: open camera function, carry out the collection of view data, the view data of current collection is as the current view data providing of this terminal.
Further, also comprise: by the described view data receiving, the current view data providing of this terminal, and described view data after synthetic is carried out subregion preview at same display interface; Receive user's view data selection operation to be synthesized at described same display interface; The corresponding viewing area of view data after described synthesizing shows the view data after synthesizing based on described view data selection operation real-time update to be synthesized.
Terminal provided by the invention and collaborative photographic method, this terminal establishes a communications link with at least one exterior terminal, based on receiving with the communication port of exterior terminal the view data that each exterior terminal collects, and the view data of the current exterior terminal collection receiving and the current view data providing of this terminal are synthesized, show the view data after synthesizing, can get the synthetic effect under many environment, realize the collaborative of multiple terminals and taken pictures; Based on obtaining with the communication port of exterior terminal the view data that exterior terminal Real-time Collection arrives, make it have more real-time; Meanwhile, the autonomous selection operation that provides user to treat composograph data, has improved the flexibility of taking pictures with interesting.
Accompanying drawing explanation
The flow chart of the collaborative photographic method that Fig. 1 provides for one embodiment of the invention;
The flow chart of the collaborative photographic method that Fig. 2 provides for another embodiment of the present invention;
Fig. 3 is the schematic diagram of working in coordination with the first display interface in photographic method shown in Fig. 2;
Fig. 4 is that the first display interface shown in Fig. 3 receives the schematic diagram after user's view data selection operation to be synthesized;
The schematic diagram of the terminal that Fig. 5 provides for one embodiment of the invention.
Embodiment
By reference to the accompanying drawings the present invention is described in further detail below by embodiment.
The flow chart of the collaborative photographic method that Fig. 1 provides for one embodiment of the invention, please refer to Fig. 1, comprises following flow process:
S101, this terminal and at least one exterior terminal establish a communications link.
This terminal can be identical or different with the communication mode of each exterior terminal, and communication mode is including, but not limited to following cited: WIFI, radio frequency, bluetooth, the Internet, mobile telephone network.
This terminal is including, but not limited to following cited: mobile terminal, PC.
In certain embodiments, exterior terminal only need to possess IMAQ and the communication connection function with this terminal; In further embodiments, exterior terminal also possesses the synthetic processing of image, the subregion Presentation Function etc. of similar terminal simultaneously, and such exterior terminal also can be realized collaborative taking pictures of the present invention; Exterior terminal is including, but not limited to following cited: mobile terminal, PC, digital camera.
S102, this terminal receive the view data that connected each exterior terminal collects.Communication port based on step S101 can receive the view data that each exterior terminal Real-time Collection arrives, and makes collaborative taking pictures have more real-time.
S103, this terminal receive user's view data selection operation to be synthesized, and described view data to be synthesized is the described view data receiving and the current view data providing of this terminal.
The current view data providing of this terminal can be opened after camera function for this terminal, the view data of current collection; Or be the view data that this terminal prestores, the view data prestoring can be obtained in several ways.
User's view data selection operation to be synthesized is including, but not limited to following cited:
Mode one: the selected operation of user in the described view data receiving, the current viewing area, view data place providing of this terminal;
This mode, this terminal receives user's selected operation, using the current view data entirety providing of view data entirety, this terminal receiving described in described selected operation correspondence as view data to be synthesized.
Mode two: the closed curve type sliding trace of user in the described view data receiving, the current viewing area, view data place providing of this terminal.
This mode, this terminal receives user's closed curve type sliding trace, and the view data that closed curve is surrounded is as view data to be synthesized.
S104, selected view data to be synthesized is synthesized to processing with preset rules, show the view data after synthetic;
The present embodiment is provided by the view data of the exterior terminal collection receiving and the current view data providing of this terminal, show the view data after synthesizing, meanwhile, the autonomous selection operation that provides user to treat composograph data, has improved the flexibility of taking pictures with interesting.
In certain embodiments, also comprise: by the described view data receiving, the current view data providing of this terminal, and described view data after synthetic is carried out subregion preview at same display interface.Facilitate user in the preview simultaneously of same display interface to the current view data receiving, the current view data providing of this terminal, and view data after synthesizing.Wherein can allow user select best synthetic effect to the preview of the view data after synthetic.
Further, user can also carry out view data selection operation to be synthesized at this same display interface.Be the preview of the current view data providing of preview, this terminal of the current view data receiving, the preview of view data after synthetic, and user's view data selection operation to be synthesized is all carried out on this same display interface.And the corresponding viewing area of view data after synthetic shows the view data after synthetic based on described view data selection operation real-time update to be synthesized.Increase flexibility and interest.
The flow chart of the collaborative photographic method that Fig. 2 provides for another embodiment of the present invention, in this embodiment, terminal C and terminal A are collaborative to take pictures, and please refer to Fig. 2.Comprise following flow process:
At least one in the following manner of S201, terminal C and terminal A establishes a communications link: WIFI, radio frequency, bluetooth, the Internet, mobile telephone network.
S202, terminal C open camera function, carry out the collection of view data; Communication port based on step S201 simultaneously, sends the collaborative request of taking pictures to terminal A.
Whether S203, terminal A receive after the collaborative request of taking pictures, and eject prompting frame to user, selected to accept by user, if user selects to accept, enter step S204, if user selects refusal, terminal A is to terminal C feedback refusal notice, and flow process finishes.
If S204 user selects to accept, terminal A opens camera function automatically, carries out the collection of view data, and the communication port based on step S201, sends to terminal C the view data collecting in real time simultaneously, enters step S205.
S205, the terminal C view data that receiving terminal A collects in real time, generate the first display interface simultaneously, as shown in Figure 3, comprise 3 viewing areas: the first viewing area 1, the second viewing area 2, the 3rd viewing area 3, wherein, what the first viewing area 1 showed is the view data of the current collection of this terminal C, what the second viewing area 2 showed is the current view data collecting of terminal A, the 3rd viewing area 3 is for giving the reserved viewing area of view data after synthesizing, before view data after being synthesized, the 3rd viewing area 3 shows blank.Enter step S206.
S206, suppose that user has carried out selected operation in the first viewing area 1, carry out slide in the second viewing area 2, and sliding trace forms a closed curve, as shown in Figure 4, on the first viewing area 1, generate and show and chosen mark " √ " on the second viewing area 2, generate and demonstrate closed curve type sliding trace; Terminal C is by the view data entirety of the current collection of this terminal C in the first viewing area 1, and the view data that the second interior closed curve in viewing area 2 surrounds is as view data to be synthesized, enters step S207.
S207, selected view data to be synthesized is synthesized to processing with preset rules, the 3rd viewing area 3 that view data after synthetic is filled in to the first display interface shows, has realized the subregion demonstration at same display interface of the view data of the current view data receiving, current collection and the view data after described synthesizing.After this, user can also return to S206 and reselect view data to be synthesized, and the selection operation real-time update that composograph data are treated based on user in the 3rd viewing area 3 shows the view data after synthesizing, until the view data after synthetic meets user's requirement.
Synthetic processing mode is for example: the view data entirety of the current collection of this terminal C showing with the first viewing area 1 as a setting, the view data after the view data that the second interior closed curve in viewing area 2 is surrounded covers and synthesized on a certain position of this background.
In this embodiment, terminal A be only responsible for establishing a communications link with terminal C, acquisition of image data be transferred to terminal A.In further embodiments, the view data that terminal A also can take pictures after being synthesized, it is the view data of receiving terminal C Real-time Collection transmission, and receive user's view data selection operation to be synthesized based on the view data of the current view data receiving, the current collection of this terminal A, selected view data to be synthesized is synthesized to processing with preset rules, show the view data after synthesizing.
The schematic diagram of the terminal that Fig. 5 provides for one embodiment of the invention, as shown in Figure 5, terminal 5 comprises:
Communication module 51, for establishing a communications link with at least one exterior terminal, and receives the view data that connected each exterior terminal collects;
View data provides module 52, for view data is provided;
Selection operation receiver module 53, for receiving user's view data selection operation to be synthesized, described view data to be synthesized provides module 52 the current view data providing for view data and view data that described communication module 51 receives;
Synthetic processing module 54, for synthesizing processing by view data to be synthesized selected selection operation receiver module 53 with preset rules;
Display module 55, for showing the view data after synthesizing.
Preferably, communication module 51 comprises: one or more in WIFI, radio frequency, bluetooth, the Internet, mobile telephone network communication module.
Preferably, selection operation receiver module 53 comprises: selected operation receiver module 531 and/or slide receiver module 532, wherein,
Selected operation receiver module 531 provides the selected operation in the current viewing area, view data place providing of module 52 for the view data, the view data that receive user and receive in described communication module 51, provides the current view data entirety providing of module 52 as view data to be synthesized the view data entirety, the view data that receive described in corresponding described selected operation;
Slide receiver module provides the closed curve type sliding trace in the current viewing area, view data place providing of module 52 for receiving view data, the view data that user receives in described communication module 51, and the view data that closed curve is surrounded is as view data to be synthesized.
Preferably, view data provides module 52 to comprise: data memory module 521 and/or image data acquiring module 522, wherein,
Data memory module 521 is for pre-stored view data;
Image data acquiring module 522 is for current acquisition of image data.
Preferably, display module 55 is also for providing module 52 the current view data providing current described communication module 51 view data receiving, view data, and described view data after synthetic is carried out subregion preview at same display interface; The corresponding viewing area of view data after described synthesizing shows the view data after synthesizing based on described view data selection operation real-time update to be synthesized; Selection operation receiver module 53 is also for receiving user's view data selection operation to be synthesized at described same display interface.
In the present invention, at least two terminals establish a communications link by modes such as WIFI, radio frequency, bluetooth, the Internet, mobile telephone networks, receive in real time with this view data that other-end collects, and the view data of the current exterior terminal collection receiving and the current view data providing of this terminal are synthesized, view data after being synthesized, can get the synthetic effect under many environment, realize the collaborative of multiple terminals and take pictures; Possess real-time, improved the flexibility of taking pictures with interesting.
Above content is in conjunction with concrete execution mode further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (9)
1. a terminal, is characterized in that, comprising:
Communication module, for establishing a communications link with at least one exterior terminal, and receives the view data that connected each exterior terminal collects;
View data provides module, for view data is provided;
Selection operation receiver module, for receiving user's view data selection operation to be synthesized, described view data to be synthesized provides module the current view data providing for view data and described view data that described communication module receives;
Synthetic processing module, for synthesizing processing by view data to be synthesized selected described selection operation receiver module with preset rules;
Display module, for showing the view data after synthesizing.
2. terminal as claimed in claim 1, is characterized in that, described communication module comprises: one or more in WIFI, radio frequency, bluetooth, the Internet, mobile telephone network communication module.
3. terminal as claimed in claim 1, is characterized in that, described selection operation receiver module comprises:
Selected operation receiver module, provide the selected operation in the current viewing area, view data place providing of module for receiving view data, the described view data that user receives in described communication module, provide the current view data entirety providing of module as view data to be synthesized the view data entirety, the described view data that receive described in corresponding described selected operation;
And/or, slide receiver module, provide the closed curve type sliding trace in the current viewing area, view data place providing of module for receiving view data, the described view data that user receives in described communication module, the view data that closed curve is surrounded is as view data to be synthesized.
4. terminal as claimed in claim 1, is characterized in that, described view data provides module to comprise:
Data memory module, for pre-stored view data;
And/or image data acquiring module, for current acquisition of image data.
5. the terminal as described in claim 1 to 4 any one, it is characterized in that, described display module also provides module the current view data providing for the view data that described communication module is received, described view data, and described view data after synthetic is carried out subregion preview at same display interface; The corresponding viewing area of view data after described synthesizing shows the view data after synthesizing based on described view data selection operation real-time update to be synthesized;
Described selection operation receiver module is also for receiving user's view data selection operation to be synthesized at described same display interface.
6. a collaborative photographic method, is characterized in that, comprising:
Establish a communications link with at least one exterior terminal;
Receive the view data that connected each exterior terminal collects;
Receive user's view data selection operation to be synthesized, described view data to be synthesized is the described view data receiving and the current view data providing of this terminal;
Selected view data to be synthesized is synthesized to processing with preset rules, show the view data after synthesizing.
7. collaborative photographic method as claimed in claim 6, is characterized in that, the view data selection operation to be synthesized that receives user comprises:
Receive the selected operation of user in the described view data receiving, the current viewing area, view data place providing of this terminal, using the current view data entirety providing of view data entirety, this terminal receiving described in described selected operation correspondence as view data to be synthesized;
And/or, the closed curve type sliding trace of user in the described view data receiving, the current viewing area, view data place providing of this terminal is provided, the view data that closed curve is surrounded is as view data to be synthesized.
8. collaborative photographic method as claimed in claim 6, it is characterized in that, before receiving user's view data selection operation to be synthesized, also comprise: open camera function, carry out the collection of view data, the view data of current collection is as the current view data providing of this terminal.
9. the collaborative photographic method as described in claim 6 to 8 any one, it is characterized in that, also comprise: by the described view data receiving, the current view data providing of this terminal, and described view data after synthetic is carried out subregion preview at same display interface; Receive user's view data selection operation to be synthesized at described same display interface; The corresponding viewing area of view data after described synthesizing shows the view data after synthesizing based on described view data selection operation real-time update to be synthesized.
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| CN105635558A (en) * | 2015-06-25 | 2016-06-01 | 宇龙计算机通信科技(深圳)有限公司 | Multi-terminal linked shooting method and device |
| CN108055483A (en) * | 2017-11-30 | 2018-05-18 | 努比亚技术有限公司 | A kind of picture synthesis method, mobile terminal and computer readable storage medium |
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Application publication date: 20140604 |