CN104135617B - Movement locus of object image pickup method, terminal and system - Google Patents
Movement locus of object image pickup method, terminal and system Download PDFInfo
- Publication number
- CN104135617B CN104135617B CN201410365972.0A CN201410365972A CN104135617B CN 104135617 B CN104135617 B CN 104135617B CN 201410365972 A CN201410365972 A CN 201410365972A CN 104135617 B CN104135617 B CN 104135617B
- Authority
- CN
- China
- Prior art keywords
- image
- movement locus
- synthesized
- camera terminal
- terminal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N23/00—Cameras or camera modules comprising electronic image sensors; Control thereof
- H04N23/60—Control of cameras or camera modules
Abstract
The invention discloses a kind of movement locus of object image pickup method, comprise the following steps：First shooting terminal-pair movement locus of object is shot；When detecting interrupt requests in shooting process, first camera terminal is according to the interrupt requests, send and shoot request to the second camera terminal, and send the movement locus of object data that current shooting is generated to second camera terminal, so that second camera terminal proceeds to shoot, and generate movement locus of object image or video.The invention also discloses a kind of movement locus of object camera terminal and a kind of movement locus of object camera system.The present invention realizes breakpoint and continues shooting function, it is therefore prevented that because interruption causes star orbital shooting time lengthening, reduce the difficulty of star orbital shooting.
Description
Technical field
The present invention relates to technical field of mobile terminals, more particularly to movement locus of object image pickup method, terminal and system.
Background technology
It is well known that with the development of electronic technology, there is shoot function on increasing electronic product.Such as hand
Machine, PAD etc..In order to optimize shoot function, the perfect bat to movement locus of object (such as star orbital) of mobile phone in the prior art
Take the photograph, realize star orbital shooting function.But be due to star orbital shooting time it is longer, generally require several hours even 10 several small
When be continuously shot, such as run into not enough power supply special circumstances cause shoot interrupt, then need to re-shoot, thus cause shoot
Difficulty is higher.
The content of the invention
It is a primary object of the present invention to realize that breakpoint continues shooting function, prevent because interruption causes star orbital shooting time lengthening,
Reduce the difficulty of star orbital shooting.
To achieve the above object, a kind of movement locus of object image pickup method that the present invention is provided comprises the following steps：
First shooting terminal-pair movement locus of object is shot；
When detecting interrupt requests in shooting process, first camera terminal sends and clapped according to the interrupt requests
Request is taken the photograph to the second camera terminal, and the movement locus of object data that current shooting is generated are sent to the described second shooting eventually
End, so that second camera terminal proceeds to shoot, and generates movement locus of object image or video.
Preferably, it is described so that the second camera terminal proceeds to shoot, and generate movement locus of object image or video
Including：
Second camera terminal according to it is described shoot ask, in the movement locus of object data basis of reception after
It is continuous to be shot；
At the end of described second shoots terminal taking, second camera terminal is according to first camera terminal and institute
State the movement locus of object data that the second camera terminal shoots respectively to merge, and generate movement locus of object image；Or,
Second camera terminal shoots the movement locus of object that terminal taking is generated according to first camera terminal with described second
Data, synthetic body movement locus video.
Preferably, the first shooting terminal-pair movement locus of object also includes after being shot：
First camera terminal is detected to charge value in real time；
When the charge value of first camera terminal is less than the first preset value, during the first camera terminal generation is described
Disconnected request.
Preferably, the first camera terminal generation object motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed
New composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
Preferably, the first camera terminal generation object motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time, and store the image of collection to preset storage according to the sequencing of collection
In area；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image conjunction with the image to be synthesized
Into, the new composograph of formation, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
Preferably, the first camera terminal generation object motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed
New composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as
Movement locus of object data；Or when detecting the interrupt requests, according to all image coded data synthetic video texts
Part, and the image to be synthesized and the video file are set as movement locus of object data.
Preferably, the first camera terminal generation object motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time, and store the image of collection to preset storage according to the sequencing of collection
In area；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image conjunction with the image to be synthesized
Into, the new composograph of formation, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as
Movement locus of object data；Or when detecting the interrupt requests, according to all image coded data synthetic video texts
Part, and the image to be synthesized and the video file are set as movement locus of object data.
In addition, to achieve the above object, the present invention also provides a kind of movement locus of object camera terminal, the object of which movement
Track camera terminal includes：
Taking module, for being shot to movement locus of object；
Sending module, for when detecting interrupt requests in shooting process, according to the interrupt requests, sends to shoot and asks
Ask to preset camera terminal, and the movement locus of object data that current shooting is generated are sent to the preset camera terminal, with
The preset camera terminal is proceeded shooting, and generate movement locus of object image or video.
Preferably, it is described so that preset camera terminal proceeds to shoot, and generate movement locus of object image or video
Including：
The preset camera terminal according to it is described shoot ask, in the movement locus of object data basis of reception after
It is continuous to be shot；
At the end of the preset camera terminal is shot, the preset camera terminal is shot according to the movement locus of object
The movement locus of object data that terminal and the preset camera terminal are shot respectively are merged, and generate movement locus of object figure
Picture；Or, movement locus of object data and the camera terminal that the preset camera terminal is sent according to the sending module
Shoot the movement locus of object data of generation, synthetic body movement locus video.
Preferably, the movement locus of object camera terminal also includes：
Electric power detection module, for being detected in real time to charge value；
Generation module is asked, for when the charge value of detection is less than the first preset value, generating the interrupt requests.
Preferably, the movement locus of object camera terminal also includes image synthesis unit and setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First is obtained in collection
Open after image, an image is gathered every preset time；
Described image synthesis module, for often collecting during an image, by the image currently gathered with it is described to be synthesized
Image carries out image synthesis, forms new composograph, and the new composograph is set as into image synthesis next time
Image to be synthesized；
The setting module, for when detecting the interrupt requests, the image setting to be synthesized to be transported for object
Dynamic track data.
Preferably, the movement locus of object camera terminal also includes read module, image synthesis unit and setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First is obtained in collection
Open after image, gather an image every preset time, and store the image of collection to preset according to the sequencing of collection
In memory block；
The read module, for the described image being successively read in the preset memory areas；
Described image synthesis module, for often reading during a described image, by the described image currently read and institute
State image to be synthesized and carry out image synthesis, form new composograph, and the new composograph is set as scheming next time
As the image to be synthesized of synthesis；
The setting module, for when detecting the interrupt requests, the image setting to be synthesized to be transported for object
Dynamic track data.
In addition, to achieve the above object, the present invention also provides a kind of movement locus of object camera system, the object of which movement
Track camera system includes the first camera terminal and the second camera terminal；
First camera terminal, for being shot to movement locus of object；Asked when detecting to interrupt in shooting process
When asking, first camera terminal sends according to the interrupt requests and shoots request to second camera terminal, and will be current
The movement locus of object data for shooting generation are sent to the second camera terminal；
Second camera terminal, for being continued according to the movement locus of object data asked and received that shoot
Shot；At the end of described second shoots terminal taking, second camera terminal is clapped according to second camera terminal
Regimen into movement locus of object data generate movement locus of object image；Or second camera terminal is according to described first
Camera terminal shoots the movement locus of object data and the described second movement locus of object number for shooting terminal taking generation of generation
According to synthetic body movement locus video.
Preferably, first camera terminal is additionally operable to, and charge value is detected in real time, and when the described first shooting is whole
When the charge value at end is less than the first preset value, the interrupt requests are generated.
The embodiment of the present invention is by the way that when detecting interrupt requests, the object that the first camera terminal generates current shooting is transported
Dynamic track data is sent to the second camera terminal, and request is shot to the second camera terminal while sending；So as to be shot eventually by second
End proceeds to shoot according to the shooting request and movement locus of object data, is transported with forming movement locus of object image or object
Dynamic track video.Therefore the present invention realizes the continuous shooting function of breakpoint, prevents because interruption causes star orbital shooting time lengthening, so as to have
Effect shortens the time of star orbital shooting, reduces the difficulty of star orbital shooting.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of movement locus of object image pickup method preferred embodiment of the present invention；
Fig. 2 is that the first camera terminal generates the of object motion trace data in movement locus of object image pickup method of the present invention
One embodiment schematic flow sheet；
Fig. 3 is that the first camera terminal generates the of object motion trace data in movement locus of object image pickup method of the present invention
Two embodiment schematic flow sheets；
Fig. 4 is that the first camera terminal generates the of object motion trace data in movement locus of object image pickup method of the present invention
Three embodiment schematic flow sheets；
Fig. 5 is that the first camera terminal generates the of object motion trace data in movement locus of object image pickup method of the present invention
Four embodiment schematic flow sheets；
Fig. 6 is the high-level schematic functional block diagram of the preferred embodiment of movement locus of object camera terminal of the present invention；
Fig. 7 is the system architecture figure of the embodiment of movement locus of object camera system one of the present invention.
The realization, functional characteristics and advantage of the object of the invention will be described further referring to the drawings in conjunction with the embodiments.
Embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
The movement locus of object image pickup method and system of the present invention carries out time exposure independent of stereographic hardware, but
The technology that is synthesized using image simulates time exposure.And the requirement of photographed scene is combined, to ISO, picture quality, scene mould
The parameters such as formula are adjusted and limited, and parameter is exported to hardware device, are then obtained image and are carried out image synthesis, and will synthesis
Image carries out coded treatment generation video file, finally realizes the bat of movement locus of object video and movement locus of object image
Take the photograph.However, following embodiment of the invention is explained in detail exemplified by shooting star orbital, but is not limited to shoot star orbital, it is also suitable for
Other similar scenes, such as shoot moon track.
A kind of movement locus of object image pickup method of present invention offer, reference picture 1, in one embodiment, the object of which movement rail
Mark image pickup method includes：
Step S10, the first shooting terminal-pair movement locus of object is shot；
In the present embodiment, movement locus of object image pickup method is mainly used in the mobile terminal with shoot function and enters planet
Rail (movement locus of object) is shot；Specifically, the first camera terminal can be the mobile terminal with shoot function, for example intelligently
Mobile phone, PAD etc..First camera terminal has star orbital shooting function, when in use, is first turned on the star orbital of the first camera terminal
Shoot function, the first camera terminal of control enters star orbital shooting state (i.e. above-mentioned movement locus of object shooting state).This implementation
Object of which movement is substantially relative motion between the mobile terminal of shooting in example, and type of sports can include following three kinds of feelings
Condition：First, the state of object is motion, and the state of mobile terminal is static；2nd, the state of object is static, the shape of mobile terminal
State is motion；3rd, the state consistency of object and mobile terminal, but relative position changes.
Step S20, when detecting interrupt requests in shooting process, first camera terminal please according to the interruption
Ask, send and shoot request to the second camera terminal, and the movement locus of object data that current shooting is generated are sent to described the
Two camera terminals, so that second camera terminal proceeds to shoot, and generate movement locus of object image or video.
First camera terminal enters after star orbital shooting state, and whether real-time judge preparatory condition reaches, when preparatory condition reaches
Then, corresponding application program will produce an interrupt requests to background server, to interrupt the shooting of the first camera terminal.
It is understood that the preparatory condition that above-mentioned interrupt requests are produced can be configured according to actual needs, for example, can
Interrupt requests are produced according to electricity；It can be actively entered interrupt operation by user, produce interrupt requests (as being used to needing to use the
, it is necessary to suspend the shooting of the first camera terminal during one camera terminal, so as to input interrupt operation to the first camera terminal, by the
Corresponding application program produces interrupt requests in one camera terminal)；Interrupt requests can also be produced by the control of other preparatory conditions.
Specifically, in the present embodiment, can also it include after above-mentioned steps S10 is performed：
First camera terminal is detected to charge value in real time
When the charge value of first camera terminal is less than the first preset value, during the first camera terminal generation is described
Disconnected request.
The fixed value that above-mentioned first preset value can manually be set for user, or shoot terminal taking according to first
The star orbital data of generation calculate what is obtained, can all be sent with the star orbital data for ensureing the generation of the first camera terminal current shooting
To the second camera terminal.
When the first camera terminal gets above-mentioned interrupt requests, the first camera terminal will be sent according to the interrupt requests
Request is shot to the second camera terminal, and the star orbital data (i.e. above-mentioned movement locus of object data) that current shooting is generated are sent
To the second camera terminal.It is understood that above-mentioned star orbital shooting includes star orbital image taking and/or star orbital video capture, with
Under star orbital image taking and star orbital video capture are explained in detail respectively.
When realizing star orbital image taking, the first camera terminal can shoot star orbital track, shape by following image pickup method
Into star orbital image：First image setting of shooting, collecting is image to be synthesized by first camera terminal；Obtained in collection
After first image, an image is gathered every preset time；When often collecting an image, by the image currently gathered and institute
State image to be synthesized and carry out image synthesis, form new composograph, and the new composograph is set as scheming next time
As the image to be synthesized of synthesis.After the completion of shooting, last set image to be synthesized is regard as star orbital image.For example using taking the photograph
Picture head gathers an image every preset time, and the preset time is that is, time for exposure, preferably 5~10S.Such as have been taken
First image, at this moment just using first image as image to be synthesized, when second image (current image) arrives
Wait, the pixel of first image and the correspondence position of second image is contrasted, if the brightness of second is more than first
The brightness opened, then extract the pixel of second image to replace the pixel of first image correspondence position, finally just obtain
One composograph, then again using this composograph as image to be synthesized, to successive image progress identical processing, finally
Obtain star orbital composograph.Above-mentioned interrupt requests are produced before completion is shot, when detecting the interrupt requests, first
The image setting to be synthesized currently captured is star orbital data by camera terminal, is sent to the second camera terminal.
When realizing star orbital image taking, the first camera terminal can also shoot star orbital track by following image pickup method,
Form star orbital image：First image setting of shooting, collecting is image to be synthesized by first camera terminal；Obtained in collection
Obtain after first image, gather an image every preset time, and store the image of collection according to the sequencing of collection
To preset memory areas；It is successively read the described image in the preset memory areas；, ought when often reading a described image
The described image of preceding reading carries out image with the image to be synthesized and synthesized, and forms new composograph, and by the new conjunction
Into to be synthesized image of the image setting for the synthesis of image next time.After the completion of shooting, last set image to be synthesized is made
For star orbital image.Above-mentioned interrupt requests are produced before completion is shot, when detecting the interrupt requests, and first shoots eventually
It is star orbital data to hold the image setting to be synthesized currently captured, is sent to the second camera terminal.
When realizing star orbital video capture, the first camera terminal can shoot star orbital track, shape by following image pickup method
Into star orbital video：First image setting of shooting, collecting is image to be synthesized by first camera terminal；Obtained in collection
After first image, an image is gathered every preset time；When often collecting an image, by the image currently gathered and institute
State image to be synthesized and carry out image synthesis, form new composograph, and the new composograph is set as scheming next time
As the image to be synthesized of synthesis；The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, figure is obtained
As coded data；After the completion of shooting, by according to all image coded data synthetic video files.Above-mentioned interrupt requests be
Shoot what is produced before completing, when detecting the interrupt requests, the image to be synthesized and all described images are encoded
Data setting is star orbital data；Or when detecting the interrupt requests, according to all image coded data synthetic videos
File, and the image to be synthesized and the video file are set as star orbital data.
When realizing star orbital video capture, the first camera terminal can also shoot star orbital track by following image pickup method,
Form star orbital video：First image setting of shooting, collecting is image to be synthesized by first camera terminal；Obtained in collection
Obtain after first image, gather an image every preset time, and store the image of collection according to the sequencing of collection
To preset memory areas；It is successively read the described image in the preset memory areas；, ought when often reading a described image
The described image of preceding reading carries out image with the image to be synthesized and synthesized, and forms new composograph, and by the new conjunction
Into to be synthesized image of the image setting for the synthesis of image next time；The image to be synthesized is captured, and to the figure to be synthesized of crawl
As carrying out coded treatment, image coded data is obtained；After the completion of shooting, by according to all image coded data synthetic videos
File.Above-mentioned interrupt requests are produced before completion is shot, when detecting the interrupt requests, by the image to be synthesized
And all described image coded datas are set as star orbital data；Or when detecting the interrupt requests, according to all
Image coded data synthetic video file, and the image to be synthesized and the video file are set as star orbital data.
It is understood that when realizing star orbital video capture, the mode for capturing the image to be synthesized can be according to reality
Need to be configured, for example, can continuously capture the crawl of image to be synthesized or interval image to be synthesized.Continuous crawl synthesis
Image, refers to that one composograph of every generation just captures a progress coded treatment, i.e. by all images to be synthesized of generation all
It is used as the material of synthetic video.It is that two thread synchronizations are entered to generate image to be synthesized and capture image to be synthesized to carry out coded treatment
OK, due to being shot while treating composograph carries out coded treatment, therefore the image to be synthesized generated without storage.Between
Refer to material of the selective gripping portion image to be synthesized as synthetic video every crawl.Interval mode can be manual interval
Pattern or automatic spacing pattern.Wherein, manual interval mode, refers to provide operation interface so as to user's clicking trigger crawl figure
As data, screen is such as clicked on, the image to be synthesized being currently generated is captured；Automatic spacing pattern, refers to according between the default time
Every capturing image to be synthesized, i.e., capture an image to be synthesized every preset time.
In the present embodiment, above-mentioned second camera terminal can according to first shoot terminal transmission star orbital data, continue into
Planet rail image taking or star orbital video capture.It is explained in detail below with a kind of style of shooting therein.
Above-mentioned second camera terminal has star orbital shooting function, when in use, and the second camera terminal receives above-mentioned shooting
Star orbital shooting function is opened after request, into star orbital shooting state；And by the image to be synthesized in the star orbital data received (i.e.
The image to be synthesized that first camera terminal is sent) it is set as the image to be synthesized of the second camera terminal；Every preset time collection
One image；After collection obtains first image, an image is gathered every preset time；When often collecting an image,
The image currently gathered and the image to be synthesized are carried out into image to synthesize, new composograph is formed, and by the new conjunction
Into to be synthesized image of the image setting for the synthesis of image next time, to proceed to shoot.It should be noted that second shoots eventually
The mode that end carries out star orbital shooting is consistent with the mode that the first camera terminal is shot, and it differs only in the first camera terminal
It is different with the second starting point for shooting terminal taking.First image that first camera terminal is shot as shoot starting point,
And the second camera terminal then regard the breakpoint (i.e. the image to be synthesized that the first camera terminal is sent) of the first camera terminal as starting point
Shot.
The embodiment of the present invention is by the way that when detecting interrupt requests, the object that the first camera terminal generates current shooting is transported
Dynamic track data is sent to the second camera terminal, and request is shot to the second camera terminal while sending；So as to be shot eventually by second
End proceeds to shoot according to the shooting request and movement locus of object data, is transported with forming movement locus of object image or object
Dynamic track video.Therefore the present invention realizes the continuous shooting function of breakpoint, prevents because interruption causes star orbital shooting time lengthening, so as to have
Effect shortens the time of star orbital shooting, reduces the difficulty of star orbital shooting.
Further, it is above-mentioned so that the second camera terminal proceeds to shoot, and generate movement locus of object image or regard
Frequency includes：
Second camera terminal according to it is described shoot ask, in the movement locus of object data basis of reception after
It is continuous to be shot；
At the end of described second shoots terminal taking, second camera terminal is according to first camera terminal and institute
State the movement locus of object data that the second camera terminal shoots respectively to merge, and generate movement locus of object image；Or,
Second camera terminal shoots the movement locus of object that terminal taking is generated according to first camera terminal with described second
Data, synthetic body movement locus video.
When realizing star orbital image taking, the second camera terminal can shoot star orbital track, shape by following image pickup method
Into star orbital image：After second camera terminal receives the shooting request of the first camera terminal transmission, into star orbital shooting
After state, the image setting to be synthesized in the star orbital data received is the image to be synthesized of the second camera terminal；It will receive
To star orbital data in image setting to be synthesized for the image to be synthesized of the second camera terminal after, or the second camera terminal connects
After the shooting request for receiving the transmission of the first camera terminal, an image is gathered every preset time；First figure is obtained in collection
As after, an image is gathered every preset time；When often collecting an image, by the image currently gathered with it is described to be synthesized
Image carries out image synthesis, forms new composograph, and the new composograph is set as into image synthesis next time
Image to be synthesized；After the completion of shooting, last set image to be synthesized is regard as star orbital image (i.e. above-mentioned movement locus of object
Image).It is understood that star orbital image taking or star orbital video (object fortune can also be carried out according to other styles of shooting
Dynamic track video) shoot.Specifically shoot principle and can refer to foregoing, will not be repeated here.
Further, because different therefore the first camera terminals of the first mode for shooting terminal taking movement locus of object are clapped
Regimen into movement locus of object data it is also different, will be described in detail below with four different embodiments.
Reference picture 2, based on above-described embodiment, in the present embodiment, when second camera terminal is shot according to described second
During the movement locus of object data generation movement locus of object image of terminal taking generation, first camera terminal generates object
Motion trace data includes：
Step S110, described first, which shoots terminal taking, gathers first image setting for image to be synthesized；
Step S120, after collection obtains first image, an image is gathered every preset time；
Step S130, when often collecting an image, image is carried out by the image currently gathered with the image to be synthesized
Synthesis, forms new composograph, and the new composograph is set as into the image to be synthesized that image is synthesized next time；
Step S140, is movement locus of object number by the image setting to be synthesized when detecting the interrupt requests
According to.
Reference picture 3, based on above-described embodiment, in the present embodiment, when second camera terminal is shot according to described second
During the movement locus of object data generation movement locus of object image of terminal taking generation, first camera terminal generates object
Motion trace data includes：
Step S210, described first, which shoots terminal taking, gathers first image setting for image to be synthesized；
Step S220, after collection obtains first image, an image is gathered every preset time, and according to collection
Sequencing stores the image of collection to preset memory areas；
Step S230, is successively read the described image in the preset memory areas；
Step S240, when often reading a described image, by the described image currently read and the image to be synthesized
Carry out image synthesis, form new composograph, and by the new composograph be set as image synthesis next time wait close
Into image；
Step S250, is movement locus of object number by the image setting to be synthesized when detecting the interrupt requests
According to.
Reference picture 4, based on above-described embodiment, in the present embodiment, when second camera terminal is shot according to described first
The movement locus of object data of terminal taking generation are closed with the described second movement locus of object data for shooting terminal taking generation
During into movement locus of object video, the first camera terminal generation object motion trace data includes：
Step S310, described first, which shoots terminal taking, gathers first image setting for image to be synthesized；
Step S320, after collection obtains first image, an image is gathered every preset time；
Step S330, when often collecting an image, image is carried out by the image currently gathered with the image to be synthesized
Synthesis, forms new composograph, and the new composograph is set as into the image to be synthesized that image is synthesized next time；
Step S340, captures the image to be synthesized, and carries out coded treatment to the image to be synthesized of crawl, obtains image
Coded data；
Step S350, when detecting the interrupt requests, the image to be synthesized and all described images are encoded
Data setting is movement locus of object data；Or when detecting the interrupt requests, according to all image coded datas
Synthetic video file, and the image to be synthesized and the video file are set as movement locus of object data.
Reference picture 5, based on above-described embodiment, in the present embodiment, when second camera terminal is shot according to described first
The movement locus of object data of terminal taking generation are closed with the described second movement locus of object data for shooting terminal taking generation
During into movement locus of object video, the first camera terminal generation object motion trace data includes：
Step S410, described first, which shoots terminal taking, gathers first image setting for image to be synthesized；
Step S420, after collection obtains first image, an image is gathered every preset time, and according to collection
Sequencing stores the image of collection to preset memory areas；
Step S430, is successively read the described image in the preset memory areas；
Step S440, when often reading a described image, by the described image currently read and the image to be synthesized
Carry out image synthesis, form new composograph, and by the new composograph be set as image synthesis next time wait close
Into image；
Step S450, captures the image to be synthesized, and carries out coded treatment to the image to be synthesized of crawl, obtains image
Coded data；
Step S460, when detecting the interrupt requests, the image to be synthesized and all described images are encoded
Data setting is movement locus of object data；Or when detecting the interrupt requests, according to all image coded datas
Synthetic video file, and the image to be synthesized and the video file are set as movement locus of object data.
The present invention also provides a kind of movement locus of object camera terminal, and reference picture 6, in one embodiment, the present invention are provided
Movement locus of object camera terminal include：
Taking module 110, for being shot to movement locus of object；
In the present embodiment, movement locus of object camera terminal is mainly used in the mobile terminal with shoot function and enters planet
Rail (movement locus of object) is shot；Specifically, (first i.e. in above method embodiment shoots movement locus of object camera terminal
Terminal) can be the mobile terminal with shoot function, such as smart mobile phone, PAD.The movement locus of object camera terminal has
There is star orbital shooting function, when in use, be first turned on the star orbital shooting function of movement locus of object camera terminal, control object fortune
Dynamic rail mark camera terminal enters star orbital shooting state (i.e. above-mentioned movement locus of object shooting state).Object of which movement in the present embodiment
Substantially it is relative motion between the mobile terminal of shooting, type of sports can include following three kinds of situations：First, object
State is motion, and the state of mobile terminal is static；2nd, the state of object is static, and the state of mobile terminal is motion；3rd,
The state consistency of object and mobile terminal, but relative position changes.
Sending module 120, for when detecting interrupt requests in shooting process, according to the interrupt requests, sends and claps
Request is taken the photograph to preset camera terminal, and the movement locus of object data that current shooting is generated are sent to the preset shooting eventually
End, so that the preset camera terminal proceeds to shoot, and generates movement locus of object image or video.
Movement locus of object camera terminal enters after star orbital shooting state, and whether real-time judge preparatory condition reaches, when pre-
If condition reaches, corresponding application program will produce an interrupt requests to background server, to interrupt movement locus of object bat
Take the photograph the shooting of terminal.
It is understood that the preparatory condition that above-mentioned interrupt requests are produced can be configured according to actual needs, for example, can
Interrupt requests are produced according to electricity；Interrupt operation can be actively entered by user, interrupt requests are produced (as being used for needing to use thing
, it is necessary to suspend the shooting of movement locus of object camera terminal, so as to movement locus of object during body movement locus camera terminal
Camera terminal inputs interrupt operation, and interrupt requests are produced by corresponding application program in movement locus of object camera terminal)；May be used also
To produce interrupt requests by the control of other preparatory conditions.Specifically, in the present embodiment, movement locus of object camera terminal is also wrapped
Include：
Electric power detection module 130, for being detected in real time to charge value；
Generation module 140 is asked, for when the charge value of detection is less than the first preset value, generating the interrupt requests.
The fixed value that above-mentioned first preset value can manually be set for user, or shot according to movement locus of object
The star orbital data of terminal taking generation calculate what is obtained, to ensure the star orbital of movement locus of object camera terminal current shooting generation
Data can all be sent to preset camera terminal.
It is understood that above-mentioned movement locus of object camera terminal is above-mentioned movement locus of object image pickup method embodiment
In the first camera terminal, its shooting process and principle can refer to previous embodiment, will not be repeated here.Above-mentioned preset shooting is eventually
Hold as the second camera terminal in above-mentioned movement locus of object image pickup method embodiment, its shooting process and principle can refer to foregoing
Embodiment, will not be repeated here.
It should be noted that movement locus of object camera terminal carries out, according to different styles of shooting, generating object of which movement rail
The mode of mark data is also differed, specifically, can refer to the mode of above-mentioned movement locus of object data generation.For example implement one
In example, above-mentioned movement locus of object camera terminal also includes image synthesis unit and setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First is obtained in collection
Open after image, an image is gathered every preset time；
Described image synthesis module, for often collecting during an image, by the image currently gathered with it is described to be synthesized
Image carries out image synthesis, forms new composograph, and the new composograph is set as into image synthesis next time
Image to be synthesized；
The setting module, for when detecting the interrupt requests, the image setting to be synthesized to be transported for object
Dynamic track data.
In another embodiment, above-mentioned movement locus of object camera terminal also include read module, image synthesis unit and
Setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First is obtained in collection
Open after image, gather an image every preset time, and store the image of collection to preset according to the sequencing of collection
In memory block；
The read module, for the described image being successively read in the preset memory areas；
Described image synthesis module, for often reading during a described image, by the described image currently read and institute
State image to be synthesized and carry out image synthesis, form new composograph, and the new composograph is set as scheming next time
As the image to be synthesized of synthesis；
The setting module, for when detecting the interrupt requests, the image setting to be synthesized to be transported for object
Dynamic track data.
The embodiment of the present invention is by when detecting interrupt requests, the object for being generated current shooting by sending module 120
Motion trace data is sent to the second camera terminal, and request is shot to the second camera terminal while sending；So as to be shot by second
Terminal proceeds to shoot according to the shooting request and movement locus of object data, to form movement locus of object image or object
Movement locus video.Therefore the present invention realizes the continuous shooting function of breakpoint, prevents because interruption causes star orbital shooting time lengthening, so that
The time of star orbital shooting is effectively shortened, the difficulty of star orbital shooting is reduced.
The present invention also provides a kind of movement locus of object camera system, and reference picture 7, in one embodiment, the present invention are provided
Movement locus of object camera system include the first camera terminal 100 and the second camera terminal 200；
First camera terminal 100, for being shot to movement locus of object；When detecting interruption in shooting process
During request, first camera terminal 100 sends according to the interrupt requests and shoots request to second camera terminal 200,
And send the movement locus of object data that current shooting is generated to the second camera terminal 200；
In the present embodiment, movement locus of object camera system is mainly used in the mobile terminal with shoot function and enters planet
Rail is shot；Specifically, the first camera terminal 100 can be the mobile terminal with shoot function, such as smart mobile phone, PAD.
First camera terminal 100 has star orbital shooting function, when in use, is first turned on the star orbital shooting of the first camera terminal 100
Function, the first camera terminal 100 of control enters star orbital shooting state.Object of which movement is substantially the movement with shooting in the present embodiment
It is relative motion between terminal, type of sports can include following three kinds of situations：First, the state of object is motion, mobile whole
The state at end is static；2nd, the state of object is static, and the state of mobile terminal is motion；3rd, the shape of object and mobile terminal
State is consistent, but relative position changes.
First, which shoots 100 ends eventually, enters after star orbital shooting state, and whether real-time judge preparatory condition reaches, works as preparatory condition
When reaching, corresponding application program will produce an interrupt requests to background server, to interrupt the bat of the first camera terminal 100
Take the photograph.
It is understood that the preparatory condition that above-mentioned interrupt requests are produced can be configured according to actual needs, for example, can
Interrupt requests are produced according to electricity；It can be actively entered interrupt operation by user, produce interrupt requests (as being used to needing to use the
, it is necessary to suspend the shooting of the first camera terminal 100 during one camera terminal 100, interrupted so as to be inputted to the first camera terminal 100
Operation, interrupt requests are produced by corresponding application program in the first camera terminal 100)；It can also be controlled by other preparatory conditions
Produce interrupt requests.Specifically, in the present embodiment,
First camera terminal 100 is additionally operable in real time detect charge value；And when first camera terminal 100
Charge value be less than the first preset value when, first camera terminal 100 generates the interrupt requests.
The fixed value that above-mentioned first preset value can manually be set for user, or according to the first camera terminal 100
The star orbital data for shooting generation are calculated and obtained, can be with the star orbital data for ensureing the generation of the first camera terminal 100 current shooting
All it is sent to the second camera terminal 200.
When the first camera terminal 100 gets above-mentioned interrupt requests, the first camera terminal 100 will be asked according to the interruption
Ask, send to shoot and ask to send to the second camera terminal to the second camera terminal 200, and by the star orbital data that current shooting is generated
200.It is understood that above-mentioned star orbital shooting includes star orbital image taking and/or star orbital video capture, below to star orbital image
Shoot and/or star orbital video capture is explained in detail respectively.
When realizing star orbital image taking, the first camera terminal 100 can shoot star orbital track by following image pickup method,
Form star orbital image：First image setting of shooting, collecting is image to be synthesized by first camera terminal 100；In collection
Obtain after first image, an image is gathered every preset time；When often collecting an image, by the image currently gathered
Image is carried out with the image to be synthesized to synthesize, new composograph is formed, and the new composograph is set as next
The image to be synthesized of secondary image synthesis.After the completion of shooting, last set image to be synthesized is regard as star orbital image.For example it is sharp
An image is gathered every preset time with camera, the preset time is that is, time for exposure, preferably 5~10S.As
First image is have taken, at this moment just using first image as image to be synthesized, when second image (current image) arrives
When, the pixel of first image and the correspondence position of second image is contrasted, if the brightness of second is more than
The brightness of first, then extract the pixel of second image to replace the pixel of first image correspondence position, finally
A composograph has been obtained, then again using this composograph as image to be synthesized, identical processing is carried out to successive image,
Finally give star orbital composograph.Above-mentioned interrupt requests are produced before completion is shot, when detecting the interrupt requests,
The image setting to be synthesized currently captured is star orbital data by the first camera terminal 100, is sent to the second camera terminal 200.
When realizing star orbital image taking, the first camera terminal 100 can also shoot star orbital rail by following image pickup method
Mark, forms star orbital image：First image setting of shooting, collecting is image to be synthesized by first camera terminal 100；
Collection is obtained after first image, and an image is gathered every preset time, and according to collection sequencing by the figure of collection
As storing to preset memory areas；It is successively read the described image in the preset memory areas；Often read a described image
When, the described image currently read is subjected to image with the image to be synthesized and synthesized, new composograph is formed, and will be described
New composograph is set as the image to be synthesized of image synthesis next time., will be last set to be synthesized after the completion of shooting
Image is used as star orbital image.Above-mentioned interrupt requests are produced before completion is shot, when detecting the interrupt requests, first
The image setting to be synthesized currently captured is star orbital data by camera terminal 100, is sent to the second camera terminal 200.
When realizing star orbital video capture, the first camera terminal 100 can shoot star orbital track by following image pickup method,
Form star orbital video：First image setting of shooting, collecting is image to be synthesized by first camera terminal 100；In collection
Obtain after first image, an image is gathered every preset time；When often collecting an image, by the image currently gathered
Image is carried out with the image to be synthesized to synthesize, new composograph is formed, and the new composograph is set as next
The image to be synthesized of secondary image synthesis；The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, is obtained
To image coded data；After the completion of shooting, by according to all image coded data synthetic video files.Above-mentioned interrupt requests
It is to be produced before completion is shot, when detecting the interrupt requests, by the image to be synthesized and all described images
Coded data is set as star orbital data；Or when detecting the interrupt requests, synthesized according to all image coded datas
Video file, and the image to be synthesized and the video file are set as star orbital data.
When realizing star orbital video capture, the first camera terminal 100 can also shoot star orbital rail by following image pickup method
Mark, forms star orbital video：First image setting of shooting, collecting is image to be synthesized by first camera terminal 100；
Collection is obtained after first image, and an image is gathered every preset time, and according to collection sequencing by the figure of collection
As storing to preset memory areas；It is successively read the described image in the preset memory areas；Often read a described image
When, the described image currently read is subjected to image with the image to be synthesized and synthesized, new composograph is formed, and will be described
New composograph is set as the image to be synthesized of image synthesis next time；The image to be synthesized is captured, and crawl is treated
Composograph carries out coded treatment, obtains image coded data；After the completion of shooting, by according to all image coded data conjunctions
Into video file.Above-mentioned interrupt requests are produced before completion is shot, and when detecting the interrupt requests, wait to close by described
It is set as star orbital data into image and all described image coded datas；Or when detecting the interrupt requests, according to
All image coded data synthetic video files, and the image to be synthesized and the video file are set as star orbital number
According to.
It is understood that when realizing star orbital video capture, the mode for capturing the image to be synthesized can be according to reality
Need to be configured, for example, can continuously capture the crawl of image to be synthesized or interval image to be synthesized.Continuous crawl synthesis
Image, refers to that one composograph of every generation just captures a progress coded treatment, i.e. by all images to be synthesized of generation all
It is used as the material of synthetic video.It is that two thread synchronizations are entered to generate image to be synthesized and capture image to be synthesized to carry out coded treatment
OK, due to being shot while treating composograph carries out coded treatment, therefore the image to be synthesized generated without storage.Between
Refer to material of the selective gripping portion image to be synthesized as synthetic video every crawl.Interval mode can be manual interval
Pattern or automatic spacing pattern.Wherein, manual interval mode, refers to provide operation interface so as to user's clicking trigger crawl figure
As data, screen is such as clicked on, the image to be synthesized being currently generated is captured；Automatic spacing pattern, refers to according between the default time
Every capturing image to be synthesized, i.e., capture an image to be synthesized every preset time.
Second camera terminal 200, for according to the movement locus of object data for shooting request in reception
On the basis of proceed shoot；At the end of second camera terminal 200 is shot, second camera terminal 200 is according to institute
The movement locus of object data that the first camera terminal 100 and the second camera terminal 200 shoot respectively are stated to merge, and product
Body movement locus image；Or, second camera terminal 200 is shot according to first camera terminal 100 with described second
Terminal 200 shoots the movement locus of object data of generation, synthetic body movement locus video.
Above-mentioned second camera terminal 200 has star orbital shooting function, and when in use, the second camera terminal 200 is received
Star orbital shooting function is opened after stating shooting request, into star orbital shooting state；And will be to be synthesized in the star orbital data received
Image (i.e. the image to be synthesized that the first camera terminal 100 is sent) is set as the image to be synthesized of the second camera terminal 200；Every
Preset time gathers an image；After collection obtains first image, an image is gathered every preset time；Often collect
During one image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, form new composograph, and will
The new composograph is set as the image to be synthesized of image synthesis next time, to proceed star orbital shooting.It should illustrate
, the second camera terminal 200 carry out star orbital shooting mode it is consistent with the mode that the first camera terminal 100 is shot, its
It is different with starting point that the second camera terminal 200 is shot to differ only in the first camera terminal 100.First camera terminal 100 will
Its shoot first image as shoot starting point, and the second camera terminal 200 then by the breakpoint of the first camera terminal 100 (i.e.
The image to be synthesized that first camera terminal 100 is sent) shot as starting point.
When realizing star orbital image taking, the second camera terminal 200 can shoot star orbital track by following image pickup method,
Form star orbital image：After second camera terminal 200 receives the shooting request of the first camera terminal 100 transmission, enter
After star orbital shooting state, the image setting to be synthesized in the star orbital data received is the figure to be synthesized of the second camera terminal 200
Picture；After image setting to be synthesized in the star orbital data that will be received is the image to be synthesized of the second camera terminal 200, or
Second camera terminal 200 is received after the shooting request of the first camera terminal 100 transmission, and a figure is gathered every preset time
Picture；After collection obtains first image, an image is gathered every preset time；, will be current when often collecting an image
The image of collection carries out image with the image to be synthesized and synthesized, and forms new composograph, and by the new composograph
It is set as the image to be synthesized of image synthesis next time；After the completion of shooting, last set image to be synthesized is regard as star orbital
Image.It is understood that star orbital image taking or star orbital video capture can also be carried out according to other styles of shooting.Specifically
Ground shoots principle and can refer to foregoing, will not be repeated here.
The embodiment of the present invention is by when detecting interrupt requests, the thing that the first camera terminal 100 generates current shooting
Body motion trace data is sent to the second camera terminal 200, and request is shot to the second camera terminal 200 while sending；So that by
Second camera terminal 200 proceeds to shoot according to the shooting request and movement locus of object data, to form object of which movement rail
Mark image or movement locus of object video.Therefore the present invention realizes the continuous shooting function of breakpoint, prevents because interruption causes star orbital shooting
Time lengthening, so as to effectively shorten the time of star orbital shooting.
Further, because therefore the mode difference that the first camera terminal 100 shoots movement locus of object first shoots eventually
The movement locus of object data that end 100 shoots generation are also different, will be made specifically with four different embodiments below
It is bright.
Based on above-described embodiment, in one embodiment, when second camera terminal 200 is according to second camera terminal
When the 200 movement locus of object data for shooting generation generate movement locus of object image, first camera terminal 100 is also used
In：
First camera terminal, 100 shooting, collecting, first image setting is image to be synthesized；
After collection obtains first image, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed
New composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
Based on above-described embodiment, in another embodiment, when second camera terminal 200 is shot eventually according to described second
When end 200 shoots the movement locus of object data generation movement locus of object image of generation, first camera terminal 100 is also used
In：
First camera terminal, 100 shooting, collecting, first image setting is image to be synthesized；
After collection obtains first image, an image is gathered every preset time, and according to the sequencing of collection
The image of collection is stored to preset memory areas；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image conjunction with the image to be synthesized
Into, the new composograph of formation, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
Based on above-described embodiment, in another embodiment, when second camera terminal 200 is shot eventually according to described first
End 100 shoots the movement locus of object data and the movement locus of object number of second camera terminal 200 shooting generation of generation
During according to synthetic body movement locus video, first camera terminal 100 is additionally operable to：
First camera terminal, 100 shooting, collecting, first image setting is image to be synthesized；
After collection obtains first image, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed
New composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as
Movement locus of object data；Or when detecting the interrupt requests, according to all image coded data synthetic video texts
Part, and the image to be synthesized and the video file are set as movement locus of object data.
Based on above-described embodiment, in another embodiment, when second camera terminal 200 is shot eventually according to described first
End 100 shoots the movement locus of object data and the movement locus of object number of second camera terminal 200 shooting generation of generation
During according to synthetic body movement locus video, first camera terminal 100 is additionally operable to：
First camera terminal, 100 shooting, collecting, first image setting is image to be synthesized；
After collection obtains first image, an image is gathered every preset time, and according to the sequencing of collection
The image of collection is stored to preset memory areas；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image conjunction with the image to be synthesized
Into, the new composograph of formation, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as
Movement locus of object data；Or when detecting the interrupt requests, according to all image coded data synthetic video texts
Part, and the image to be synthesized and the video file are set as movement locus of object data.
The preferred embodiments of the present invention are these are only, are not intended to limit the scope of the invention, it is every to utilize this hair
Equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.
Claims (11)
1. a kind of movement locus of object image pickup method, it is characterised in that the movement locus of object image pickup method includes following step
Suddenly：
The track of first shooting terminal-pair object of which movement is shot；
First camera terminal is detected to charge value in real time；
When the charge value of first camera terminal is less than the first preset value, first camera terminal generates interrupt requests；
When detecting the interrupt requests in shooting process, first camera terminal sends and clapped according to the interrupt requests
Request is taken the photograph to the second camera terminal, and the movement locus of object data that current shooting is generated are sent to the described second shooting eventually
End, so that second camera terminal proceeds to shoot, and generates movement locus of object image or video.
2. movement locus of object image pickup method as claimed in claim 1, it is characterised in that it is described so that the second camera terminal after
It is continuous to be shot, and generate movement locus of object image or video and include：
Second camera terminal according to it is described shoot ask, continue in the movement locus of object data basis of reception into
Row is shot；
At the end of described second shoots terminal taking, second camera terminal is according to first camera terminal and described the
The movement locus of object data that two camera terminals are shot respectively are merged, and generate movement locus of object image；
Or, second camera terminal shoots the object that terminal taking is generated according to first camera terminal with described second
Motion trace data, synthetic body movement locus video.
3. movement locus of object image pickup method as claimed in claim 1, it is characterised in that the first camera terminal product
Body motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First image is obtained in collection
Afterwards, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed newly
Composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
4. movement locus of object image pickup method as claimed in claim 1, it is characterised in that the first camera terminal product
Body motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First image is obtained in collection
Afterwards, an image is gathered every preset time, and stores the image of collection to preset memory areas according to the sequencing of collection
It is interior；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image with the image to be synthesized and synthesized,
New composograph is formed, and the new composograph is set as the image to be synthesized that image is synthesized next time；
It is movement locus of object data by the image setting to be synthesized when detecting the interrupt requests.
5. movement locus of object image pickup method as claimed in claim 1, it is characterised in that the first camera terminal product
Body motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First image is obtained in collection
Afterwards, an image is gathered every preset time；
When often collecting an image, the image currently gathered is subjected to image with the image to be synthesized and synthesized, is formed newly
Composograph, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as object
Motion trace data；Or when detecting the interrupt requests, according to all image coded data synthetic video files, and
The image to be synthesized and the video file are set as movement locus of object data.
6. movement locus of object image pickup method as claimed in claim 1, it is characterised in that the first camera terminal product
Body motion trace data includes：
Described first, which shoots terminal taking, gathers first image setting for image to be synthesized；First image is obtained in collection
Afterwards, an image is gathered every preset time, and stores the image of collection to preset memory areas according to the sequencing of collection
It is interior；
It is successively read the described image in the preset memory areas；
When often reading a described image, the described image currently read is subjected to image with the image to be synthesized and synthesized,
New composograph is formed, and the new composograph is set as the image to be synthesized that image is synthesized next time；
The image to be synthesized is captured, and coded treatment is carried out to the image to be synthesized of crawl, image coded data is obtained；
When detecting the interrupt requests, the image to be synthesized and all described image coded datas are set as object
Motion trace data；Or when detecting the interrupt requests, according to all image coded data synthetic video files, and
The image to be synthesized and the video file are set as movement locus of object data.
7. a kind of movement locus of object camera terminal, it is characterised in that the movement locus of object camera terminal includes：
Taking module, for being shot to movement locus of object；
Electric power detection module, for being detected in real time to charge value；
Generation module is asked, for when the charge value of detection is less than the first preset value, generating interrupt requests；
Sending module, for when detecting the interrupt requests in shooting process, according to the interrupt requests, sends to shoot and asks
Ask to preset camera terminal, and the movement locus of object data that current shooting is generated are sent to the preset camera terminal, with
The preset camera terminal is proceeded shooting, and generate movement locus of object image or video.
8. movement locus of object camera terminal as claimed in claim 7, it is characterised in that it is described so that preset camera terminal after
It is continuous to be shot, and generate movement locus of object image or video and include：
The preset camera terminal according to it is described shoot ask, continue in the movement locus of object data basis of reception into
Row is shot；
At the end of the preset camera terminal is shot, the preset camera terminal is according to the movement locus of object camera terminal
And the movement locus of object data that the preset camera terminal is shot respectively are merged, and generate movement locus of object image；
Or, the movement locus of object data that the preset camera terminal is sent according to the sending module are shot with the camera terminal
The movement locus of object data of generation, synthetic body movement locus video.
9. movement locus of object camera terminal as claimed in claim 7, it is characterised in that the movement locus of object is shot eventually
End also includes image synthesis unit and setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time；
Described image synthesis module, for often collecting during an image, by the image currently gathered and the image to be synthesized
Carry out image synthesis, form new composograph, and by the new composograph be set as image synthesis next time wait close
Into image；
The setting module, for being object of which movement rail by the image setting to be synthesized when detecting the interrupt requests
Mark data.
10. movement locus of object camera terminal as claimed in claim 7, it is characterised in that the movement locus of object is shot
Terminal also includes read module, image synthesis unit and setting module；
The taking module, is additionally operable to first image setting of shooting, collecting for image to be synthesized；First figure is obtained in collection
As after, an image is gathered every preset time, and store the image of collection to preset storage according to the sequencing of collection
In area；
The read module, for the described image being successively read in the preset memory areas；
Described image synthesis module, for often reading during a described image, the described image currently read is treated with described
Composograph carries out image synthesis, forms new composograph, and the new composograph is set as into image conjunction next time
Into image to be synthesized；
The setting module, for being object of which movement rail by the image setting to be synthesized when detecting the interrupt requests
Mark data.
11. a kind of movement locus of object camera system, it is characterised in that the movement locus of object camera system includes first count
Take the photograph terminal and the second camera terminal；
First camera terminal, for being shot to movement locus of object；When detecting interrupt requests in shooting process,
First camera terminal is sent and shoots request to second camera terminal according to the interrupt requests, and by current shooting
The movement locus of object data of generation are sent to the second camera terminal；
First camera terminal is additionally operable to, and charge value is detected in real time, and when the charge value of first camera terminal
During less than the first preset value, the interrupt requests are generated；
Second camera terminal, for being asked according to described shoot, in the movement locus of object data basis of reception
Proceed to shoot；At the end of described second shoots terminal taking, second camera terminal is shot eventually according to described first
The movement locus of object data that end and second camera terminal are shot respectively are merged, and generate movement locus of object figure
Picture；Or, second camera terminal shoots the object that terminal taking is generated according to first camera terminal with described second
Motion trace data, synthetic body movement locus video.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410365972.0A CN104135617B (en) | 2014-07-29 | 2014-07-29 | Movement locus of object image pickup method, terminal and system |
| PCT/CN2015/082976 WO2016015539A1 (en) | 2014-07-29 | 2015-06-30 | Method, terminal and system for shooting object movement trail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410365972.0A CN104135617B (en) | 2014-07-29 | 2014-07-29 | Movement locus of object image pickup method, terminal and system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104135617A CN104135617A (en) | 2014-11-05 |
| CN104135617B true CN104135617B (en) | 2017-07-14 |
Family
ID=51808131
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410365972.0A Active CN104135617B (en) | 2014-07-29 | 2014-07-29 | Movement locus of object image pickup method, terminal and system |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN104135617B (en) |
| WO (1) | WO2016015539A1 (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104135617B (en) * | 2014-07-29 | 2017-07-14 | 努比亚技术有限公司 | Movement locus of object image pickup method, terminal and system |
| CN108391073A (en) * | 2018-01-29 | 2018-08-10 | 盎锐（上海）信息科技有限公司 | Track record device and data analysing method |
| WO2021142787A1 (en) * | 2020-01-17 | 2021-07-22 | 上海亦我信息技术有限公司 | Traveling path and spatial model generation methods, device, and system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102118607A (en) * | 2009-12-31 | 2011-07-06 | 杭州华三通信技术有限公司 | Method for monitoring video and encoder |
| CN102547233A (en) * | 2010-12-09 | 2012-07-04 | 索尼公司 | Image displaying apparatus, image displaying system, image displaying method and image displaying program |
| CN103905730A (en) * | 2014-03-24 | 2014-07-02 | 深圳市中兴移动通信有限公司 | Shooting method of mobile terminal and mobile terminal |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU2001253224A1 (en) * | 2000-04-07 | 2001-10-23 | Businger, Peter A. | Automated stroboscoping of video sequences |
| JP5927795B2 (en) * | 2011-07-22 | 2016-06-01 | ソニー株式会社 | Stereoscopic imaging system, recording control method, stereoscopic video playback system, and playback control method |
| CN104135617B (en) * | 2014-07-29 | 2017-07-14 | 努比亚技术有限公司 | Movement locus of object image pickup method, terminal and system |
-
2014
- 2014-07-29 CN CN201410365972.0A patent/CN104135617B/en active Active
-
2015
- 2015-06-30 WO PCT/CN2015/082976 patent/WO2016015539A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102118607A (en) * | 2009-12-31 | 2011-07-06 | 杭州华三通信技术有限公司 | Method for monitoring video and encoder |
| CN102547233A (en) * | 2010-12-09 | 2012-07-04 | 索尼公司 | Image displaying apparatus, image displaying system, image displaying method and image displaying program |
| CN103905730A (en) * | 2014-03-24 | 2014-07-02 | 深圳市中兴移动通信有限公司 | Shooting method of mobile terminal and mobile terminal |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104135617A (en) | 2014-11-05 |
| WO2016015539A1 (en) | 2016-02-04 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104125407B (en) | The image pickup method and mobile terminal of movement locus of object | |
| CN107483834B (en) | Image processing method, continuous shooting method and device and related medium product | |
| CN103888683A (en) | Mobile terminal and shooting method thereof | |
| CN104135617B (en) | Movement locus of object image pickup method, terminal and system | |
| CN104104798A (en) | Method for shooting light painting video and mobile terminal | |
| US20170126987A1 (en) | Apparatus and Method for Reconstructing High Dynamic Range Video | |
| CN104184950A (en) | Video image stitching method and device | |
| JP2012003539A (en) | Image processing device | |
| CN104104881B (en) | The image pickup method of object and mobile terminal | |
| CN104113696B (en) | The image pickup method of the track of moving object and device | |
| CN103108118A (en) | Digital image capturing method and apparatus | |
| CN107979754A (en) | A kind of test method and device based on camera application | |
| CN103959805B (en) | A kind of method and apparatus of display image | |
| CN104486553B (en) | A kind of distant view photograph image pickup method and terminal | |
| TWI622018B (en) | Method, device and system for editing video | |
| CN110266955B (en) | Image processing method, image processing apparatus, electronic device, and storage medium | |
| CN109120856B (en) | Camera shooting method and device | |
| CN112887616B (en) | Photographing method and photographing apparatus | |
| JP6132486B2 (en) | Electronic camera | |
| CN111814757B (en) | Garbage classification simulation system based on computer software | |
| CN114429484A (en) | Image processing method and device, intelligent equipment and storage medium | |
| CN108629739A (en) | Generation method, device and the mobile terminal of HDR image | |
| CN106926466B (en) | A kind of method and system of 3D printing video monitoring | |
| CN112672033A (en) | Image processing method and device, storage medium and electronic device | |
| JP6857104B2 (en) | Video processing equipment, video processing methods and video processing programs |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| CB02 | Change of applicant information |
Address after: 518000 Guangdong province Shenzhen city Nanshan District high tech park, No. 9018 North Central Avenue, building A, floor six, Han's innovation Applicant after: Nubian Technologies Ltd. Address before: 518000 Guangdong province Shenzhen city Nanshan District high tech park, No. 9018 North Central Avenue, building A, floor six, Han's innovation Applicant before: Shenzhen ZTE Mobile Tech Co., Ltd. |
|
| CB02 | Change of applicant information | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |