CN101799621A - Shooting method and shooting equipment - Google Patents
Shooting method and shooting equipment Download PDFInfo
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- CN101799621A CN101799621A CN200910077973A CN200910077973A CN101799621A CN 101799621 A CN101799621 A CN 101799621A CN 200910077973 A CN200910077973 A CN 200910077973A CN 200910077973 A CN200910077973 A CN 200910077973A CN 101799621 A CN101799621 A CN 101799621A
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Abstract
The invention provides a shooting method and shooting equipment. The method which is used for the shooting equipment comprises: obtaining the first position information of a first position on which the shooting equipment is arranged, wherein the first position information at least comprises the site description information of the first position; obtaining the current focal distance parameter and the lens orientation parameter of the shooting equipment; according to the first position information, the current focal distance parameter and the lens orientation parameter as the shooting parameters, obtaining the second position information of a second position on which the shot object of the shooting equipment is arranged, wherein the second position information at least comprises the site description information of the second position; shooting at least one image of the shot object; and storing the second position information. When the technology provided by the embodiment is applied, a user only needs simple operation to manage and classify a great quantity of shot digital image works in order so as to enhance user experience.
Description
Technical field
The present invention relates to digital technology, be meant a kind of image pickup method and capture apparatus especially.
Background technology
Along with popularizing of technique for taking, a lot of users can carry out a large amount of shootings, for example photograph taking and digitizing video, the image works after these are taken are deposited with the discernible file of computing machine, and each file generally can generate a filename in the mode of shooting date or serial number.
In the prior art, use has GPS (GPS, Global Positioning System) high-end cameras of positioning function is obtained the particular location of spot for photography, and carry out later stage compilation with supporting software for editing, where take though can know image, can't know what the background scenery in the image is; Though can use the mode of shooting date or serial number to be image spanned file name, can't know other any information that image comprises.
The inventor is in realizing process of the present invention, find that there are the following problems at least in the prior art: after the user takes a large amount of image works, classification is also managed these image works and need be dropped into huge energy, and the detailed descriptor owing to lacking about reference object has influenced user's experience.
Summary of the invention
The purpose of this invention is to provide a kind of image pickup method and capture apparatus, make captured great amount of images is managed and classifies, add in the process of more descriptors, user's operation is more convenient succinct.
A kind of image pickup method is used for a capture apparatus, comprises at least: obtain the primary importance information at primary importance place, wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least; Obtain described capture apparatus when front focal length parameter and camera lens towards parameter; According to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter as acquisition parameters, the wherein said second place is the position of the reference object of described capture apparatus, and described second place information comprises the place descriptor of the described second place at least; Take the image of at least one described reference object; Store described second place information.
A kind of capture apparatus, at least comprise: the camera site positioning unit, be used to obtain the primary importance information at primary importance place, wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least; The direction positioning unit is used to obtain the camera lens of described capture apparatus towards parameter; The reference object positioning unit, be used to obtain described capture apparatus when the front focal length parameter, according to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter as acquisition parameters, the wherein said second place is the position of the reference object of described capture apparatus, and described second place information comprises the place descriptor of the described second place at least; Take the unit, be used to take the image of at least one described reference object; Positional information storage unit is used to store described second place information.
Use the technology that present embodiment provides, the user is only by shirtsleeve operation, just can effectively manage and classifies captured a large amount of image, makes that the descriptor of image is more detailed, strengthened user's experience.
Description of drawings
Fig. 1 is an embodiment of the invention method flow synoptic diagram;
Fig. 2 is the method flow synoptic diagram of embodiment of the invention digital application direction sensor;
Fig. 3 is an embodiment of the invention editing photo schematic flow sheet;
Fig. 4 is that embodiment of the invention capture apparatus acquisition parameters is used synoptic diagram;
Fig. 5 is the value effect synoptic diagram of embodiment of the invention f-number;
Fig. 6 is an embodiment of the invention capture apparatus structural representation one;
Fig. 7 is an embodiment of the invention capture apparatus structural representation two;
Fig. 8 is an embodiment of the invention capture apparatus structural representation three.
Embodiment
For making purpose of the present invention, technical characterictic and implementation result clearer, below in conjunction with the accompanying drawings and the specific embodiments technical scheme of the present invention is described in detail.
The embodiment of the invention provides a kind of image pickup method, is used for a capture apparatus, as shown in Figure 1, comprises at least:
Step 101. obtains the primary importance information at primary importance place, and wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least.
Use the technology that present embodiment provides, the user just can carry out coherent management and classification to captured a large amount of image only by shirtsleeve operation, has strengthened user's experience.Image wherein can be piece image or multiple image, and multiple image promptly can form a video.In the process of editor's multiple image, can manage by modes such as filename, file attribute, file indexes.
In the present embodiment, take a reference object at second place place, described reference object is positioned at the focusing center of capture apparatus; Determine the background scenery in the background area of reference object, obtain the descriptor of the data of described background scenery as described image.
Descriptor comprises at least:
Reference object self information, background scenery information, shooting time information;
Also comprise an auxiliary descriptor; Extract in the described reference object corresponding to the color component of described background area, described color component is resolved to a color distribution histogram, in the COLOR COMPOSITION THROUGH DISTRIBUTION histogram data storehouse that deposits in advance, mate, obtain a matching result; According to described shooting time information and described matching result, generate the part of a described auxiliary descriptor as descriptor.
In the present embodiment, the histogram that statistical color distributes distributes according to color histogram and color experience, produces similar scene type and describes, and can also obtain the description of the shooting time of image simultaneously.Such as if at dusk reference object is taken, comprise more red component in the histogram, can generate description " in the setting sun " or similar description.Comprise more sky blue component in the event histogram, can generate description " under the blue sky ".
Therefore, descriptor can be similar to " " a certain particular scene " under the setting sun of XX ground shooting shone for the personage of background " according to formation.Word content wherein can set up on their own.Specifically can also form the descriptor of " a certain particular scene of taking " in the XX ground YY time; " a certain particular scene of taking to certain direction " in the XX ground YY time; " in a certain particular scene of XX ground shooting in winter "; " a certain particular scene " under the setting sun of XX ground shooting; " " a certain particular scene " of taking on XX ground is that the personage of background is shone "; Shine the personage that the XX ground YY time takes.
In the present embodiment, according to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter, further comprise: after a map data base obtains described primary importance information, described primary importance information and described acquisition parameters are sent to described map data base, and request calculates described second place information by this map data base; Obtain described second place information from described map data base;
Perhaps,
After a map data base obtains described primary importance information, calculate a querying condition according to described primary importance information and described acquisition parameters and send to described map data base, obtain the described second place information that described map data base finds according to described querying condition.
In primary importance information and/or second place information, can also comprise parameters such as air pressure, temperature, height above sea level.
In the present embodiment, acquisition parameters also comprises: adjust the aperture scale of described capture apparatus, determine the depth of field of finding a view of described reference object according to this aperture scale;
And, reference object imaging scope, reference object image-forming range, focusing center, shooting time, and reference object time shutter; Wherein,
Described reference object imaging scope is determined by described primary importance information and the described front focal length parameter of working as;
Described reference object image-forming range is by described aperture scale and described when front focal length parameter, described shooting time and the decision of described reference object time shutter;
Described focusing center and described reference object imaging scope constitute the accurate description of the background area of described reference object.
The user can be provided with the generating mode of the descriptor of image, and the foregoing description effect can combination in any, and descriptor can be used as image name, and the supplementary that also can be used as image file is preserved.For example:
In obtaining the process of the second place,, in digital camera, increase by a direction sensor for direction is taken in perception; Because when taking, therefore the primary importance when having preserved the shooting of obtaining by the GPS function in the auxiliary photographing information of reference object, determines a second place according to described primary importance information and described acquisition parameters, as shown in Figure 2, further comprises:
Above embodiment is fit to the occasion of in real time descriptor being presented to the user, the occasion that the non real-time of the restriction that also is fit to have ready conditions is presented to descriptor the user.Wherein, in the non real-time occasion, at this moment, and the aperture when only writing down primary importance, image taking, focal length and direction, the time, information such as current focusing when the post-processed image, generate described descriptor by image editing software.
Generate in the process of iamge description in software for editing, as shown in Figure 3, comprising:
Step 303. sends to map data base in real time with primary importance information and acquisition parameters; Request calculates second place information by this map data base;
Perhaps,
Described primary importance information and described acquisition parameters are calculated a querying condition send to described map data base.
Acquisition parameters wherein can further comprise: the imaging scope of reference object, the image-forming range of reference object, the focusing center of reference object, the shooting time of reference object, the time shutter of reference object.Wherein, the imaging scope of reference object is determined by primary importance information with when the scope of front focal length parameter decision; The image-forming range of reference object is by current aperture with when the front focal length parameter, and the shooting time of reference object and the time shutter of reference object determine; The focusing center of reference object and the imaging scope of reference object can constitute the accurate description of describing the band of position.
Generally speaking, the spot for photography can be converted to the description of " on XX ground " or the similar meaning.Shooting time can be converted to the accurate description of " when " or similarly " winter ", and " XX day at dusk " etc. the vague description corresponding with current time or date.Take direction and focusing center, the one or more of focal length can form the description of taking towards certain direction.Colouring information can help the user simply to determine the current scene of scenery, such as " under the blue sky ", " under setting sun " or the like.The face identification functions of capture apparatus can be distinguished foreground people and background, thereby forms the vague description of " personage is shone " and landscape photograph.
These information can be according to user's hobby, and any amount makes up, thereby forms a comparatively comprehensively description automatically of photo.Particularly, can form the descriptor of " a certain particular scene of taking " in the XX ground YY time; " a certain particular scene of taking to certain direction " in the XX ground YY time; " in a certain particular scene of XX ground shooting in winter "; " a certain particular scene " under the setting sun of XX ground shooting; " " a certain particular scene " of taking on XX ground is that the personage of background is shone "; Shine the personage that the XX ground YY time takes.
In the present embodiment, the automatic recognition function of people's face that cooperates digital camera, the main body that can learn the reference object in the image is people or landscape, distinguish dissimilar reference objects and be personage or other, obtain the descriptor of reference object according to described second place information, further comprise:, the reference object that is positioned at the centre position in the image is distinguished identification according to the recognizer logic that sets in advance; Described recognizer logic can be discerned the difference between personage and the non-personage at least.
With the digital camera is example, and it can be through changing the scenery that focal length obtains different distance, and when digital camera was taken pictures, by the lens parameters on the digital camera, promptly aperture scale, focal length can be determined light-inletting quantity and viewing distance that reference object is taken.
As shown in Figure 4, focal length has determined that imaging region is the fan-shaped angle between AB or two lines of CD, when focal length is big, coverage is in the drawings in the zone shown in the COD, focal length hour, in the zone shown in the AOB, wherein, O point place is the primary importance at the current place of digital camera to coverage in the drawings.Simultaneously, with center line towards being as the criterion, by direction sensor can determine digital camera towards, can determine the roughly imaging region of reference object simultaneously according to the change of focal length.The approximate location of reference object of the focusing center of shooting can be understood in zone, and the focusing center position that is provided with thus.
Wherein, the focusing center can be incomplete same in dissimilar capture apparatus, can at least one in addition a plurality of, 6 the focusing centers of having drawn among the figure.
As shown in Figure 5, aperture is one and is used for controlling light through camera lens, enters the device of the light quantity of light-sensitive surface in the fuselage, also is extremely important index parameter F of camera, aperture is normally in camera lens, and its size is determining to enter by camera lens what of light of photo-sensitive cell.Outer ring when aperture is big, the depth of field is less, and this moment, background can be taken at the scene description nearer apart from digital camera in the imaging region; Aperture inner ring hour, the depth of field is bigger, and this moment, background can be taken at the scene description far away apart from digital camera in the imaging region.
Therefore,, further comprise: adjust the aperture scale of described capture apparatus, determine the depth of field of finding a view of described reference object according to this aperture scale as acquisition parameters with focal length and direction.
Capture apparatus can be digital camera, video recorder, mobile phone, have the computer of image head, individual positioning equipment and media player etc.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to finish by program, described program can be stored in the computer read/write memory medium, this program is when carrying out, comprise step as above-mentioned method embodiment, described storage medium, as: ROM/RAM, magnetic disc, CD, SD card etc.
Corresponding with a kind of image pickup method, present embodiment provides a kind of capture apparatus, as shown in Figure 6, comprises at least:
Camera site positioning unit 401 is used to obtain the primary importance information at primary importance place, and wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least;
Reference object positioning unit 402, be used to obtain described capture apparatus when the front focal length parameter, according to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter as acquisition parameters, the wherein said second place is the position of the reference object of described capture apparatus, and described second place information comprises the place descriptor of the described second place at least;
Take unit 403, be used to take the image of at least one described reference object;
Positional information storage unit 404 is used to store described second place information.
Use the technology that present embodiment provides, the user just can carry out coherent management and classification to captured a large amount of reference object only by shirtsleeve operation, has strengthened user's experience.Reference object can be piece image or multiple image, and wherein, multiple image promptly can form a video.In the process of editor's multiple image, can manage by modes such as filename, file attribute, file indexes.
In the present embodiment, take a reference object at described second place place, described reference object is positioned at the focusing center of described capture apparatus; Therefore as shown in Figure 7, also comprise:
For improving the function of capture apparatus, further strengthen user's experience, as shown in Figure 8, can also comprise:
Obtain the background scenery information of the data of described background scenery as described reference object;
Shooting time information is set;
Extract in the described reference object corresponding to the color component of described background area, described color component is resolved to a color distribution histogram, in the COLOR COMPOSITION THROUGH DISTRIBUTION histogram data storehouse that deposits in advance, mate, obtain a matching result; According to described shooting time information and described matching result, generate the part of a described auxiliary descriptor as described descriptor.
Positional information Transmit-Receive Unit 407, be used for output according to direction positioning unit 405, after a map data base obtains described primary importance information, described primary importance information and described acquisition parameters are sent to described map data base, and request calculates described second place information by this map data base;
Perhaps,
After a map data base obtains described primary importance information, calculate a querying condition according to described primary importance information and described acquisition parameters and send to described map data base, obtain the described second place information that described map data base finds according to described querying condition.
Obtain described second place information from described map data base.
Described recognizer logic can be discerned the difference between personage and the non-personage at least.
The acquisition parameters adjustment unit is used to adjust the aperture scale of described capture apparatus, determines the depth of field of finding a view of described reference object according to this aperture scale;
Adjusting described acquisition parameters also comprises: reference object imaging scope, reference object image-forming range, reference object focusing center, shooting time, and reference object time shutter; Wherein,
Described reference object imaging scope is determined by described primary importance information and the described front focal length parameter of working as;
Described reference object image-forming range is by described aperture scale and described when front focal length parameter, described shooting time and the decision of described reference object time shutter;
Described focusing center and described reference object imaging scope constitute the accurate description of the background area of described reference object.
Embodiments of the invention have following beneficial effect, and only by shirtsleeve operation, just the image works that can form captured a large amount of reference object carry out coherent management and classification; And owing to write down information such as background, time in reference object, the reference object that can make the user take is unusual, has strengthened user's experience.
Should be noted that above embodiment is only unrestricted in order to technical scheme of the present invention to be described, all parameter values can be according to the actual conditions adjustment, and in this rights protection scope.Those of ordinary skill in the art should be appreciated that and can make amendment or be equal to replacement technical scheme of the present invention, and do not break away from the spiritual scope of technical solution of the present invention, and it all should be encompassed in the middle of the claim scope of the present invention.
Claims (12)
1. an image pickup method is used for a capture apparatus, it is characterized in that, comprises at least:
Obtain the primary importance information at primary importance place, wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least;
Obtain described capture apparatus when front focal length parameter and camera lens towards parameter;
According to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter as acquisition parameters, the wherein said second place is the position of the reference object of described capture apparatus, and described second place information comprises the place descriptor of the described second place at least;
Take the image of at least one described reference object;
Store described second place information.
2. method according to claim 1 is characterized in that,
Take a reference object at described second place place, described reference object is positioned at the focusing center of described capture apparatus;
Determine the background scenery in the background area of described reference object, obtain the descriptor of the data of described background scenery as described reference object.
3. method according to claim 2 is characterized in that, described descriptor comprises:
Reference object self information, background scenery information, shooting time information;
Also comprise an auxiliary descriptor; Extract in the described reference object corresponding to the color component of described background area, described color component is resolved to a color distribution histogram, in the COLOR COMPOSITION THROUGH DISTRIBUTION histogram data storehouse that deposits in advance, mate, obtain a matching result; According to described shooting time information and described matching result, generate the part of a described auxiliary descriptor as described descriptor.
4. method according to claim 2 is characterized in that, further comprises:
According to a recognizer logic that sets in advance, the described reference object of the focusing center in the described reference object is distinguished identification;
Described recognizer logic can be discerned the difference between personage and the non-personage at least.
5. method according to claim 1 is characterized in that, according to described primary importance information, describedly obtain the second place information of the second place towards parameter when front focal length parameter and described camera lens, further comprises:
After a map data base obtains described primary importance information, described primary importance information and described acquisition parameters are sent to described map data base, request calculates described second place information by this map data base; Obtain described second place information from described map data base;
Perhaps,
After a map data base obtains described primary importance information, calculate a querying condition according to described primary importance information and described acquisition parameters and send to described map data base, obtain the described second place information that described map data base finds according to described querying condition.
6. method according to claim 1 is characterized in that, described acquisition parameters also comprises:
Adjust the aperture scale of described capture apparatus, determine the depth of field of finding a view of described reference object according to this aperture scale;
And, reference object imaging scope, reference object image-forming range, focusing center, shooting time, and reference object time shutter; Wherein,
Described reference object imaging scope is determined by described primary importance information and the described front focal length parameter of working as;
Described reference object image-forming range is by described aperture scale and described when front focal length parameter, described shooting time and the decision of described reference object time shutter;
Described focusing center and described reference object imaging scope constitute the accurate description of the background area of described reference object.
7. a capture apparatus is characterized in that, comprises at least:
The camera site positioning unit is used to obtain the primary importance information at primary importance place, and wherein said primary importance is described capture apparatus position, and described primary importance information comprises the place descriptor of described primary importance at least;
The direction positioning unit is used to obtain the camera lens of described capture apparatus towards parameter;
The reference object positioning unit, be used to obtain described capture apparatus when the front focal length parameter, according to described primary importance information, the described second place information that obtains the second place when front focal length parameter and described camera lens towards parameter as acquisition parameters, the wherein said second place is the position of the reference object of described capture apparatus, and described second place information comprises the place descriptor of the described second place at least;
Take the unit, be used to take the image of at least one described reference object;
Positional information storage unit is used to store described second place information.
8. capture apparatus according to claim 7 is characterized in that, also comprises:
The background acquiring unit is used for when a reference object of taking described second place place, when described reference object is positioned at the focusing center of described capture apparatus, determines the background scenery in the background area of described reference object, obtains the data of described background scenery.
9. capture apparatus according to claim 8 is characterized in that, also comprises:
The descriptor synthesis unit is used to be provided with the reference object self information; The descriptor of the data of described background scenery as described reference object is set; Shooting time information is set;
Extract in the described reference object corresponding to the color component of described background area, described color component is resolved to a color distribution histogram, in the COLOR COMPOSITION THROUGH DISTRIBUTION histogram data storehouse that deposits in advance, mate, obtain a matching result; According to described shooting time information and described matching result, generate the part of a described auxiliary descriptor as described descriptor.
10. capture apparatus according to claim 8 is characterized in that, also comprises:
The scenery recognition unit is used for according to a recognizer logic that sets in advance, and the described reference object that is positioned at the focusing center that described shooting unit obtains is discerned;
Described recognizer logic can be discerned the difference between personage and the non-personage at least.
11. capture apparatus according to claim 7 is characterized in that, also comprises:
The positional information Transmit-Receive Unit is used for after a map data base obtains described primary importance information described primary importance information and described acquisition parameters being sent to described map data base, and request calculates described second place information by this map data base; Obtain described second place information from described map data base;
Perhaps,
After a map data base obtains described primary importance information, calculate a querying condition according to described primary importance information and described acquisition parameters and send to described map data base, obtain the described second place information that described map data base finds according to described querying condition.
12. capture apparatus according to claim 7 is characterized in that, also comprises:
The acquisition parameters adjustment unit is used to adjust the aperture scale of described capture apparatus, determines the depth of field of finding a view of described reference object according to this aperture scale;
Described acquisition parameters is set also to be comprised: reference object imaging scope, reference object image-forming range, reference object focusing center, shooting time, and reference object time shutter; Wherein,
Described reference object imaging scope is determined by described primary importance information and the described front focal length parameter of working as;
Described reference object image-forming range is by described aperture scale and described when front focal length parameter, described shooting time and the decision of described reference object time shutter;
Described focusing center and described reference object imaging scope constitute the accurate description of the background area of described reference object.
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| WO2015074627A1 (en) * | 2013-11-25 | 2015-05-28 | 王浩 | Thermal image processing apparatus and recording apparatus, processing system, and thermal image processing method and recording apparatus |
| CN105157742A (en) * | 2014-04-29 | 2015-12-16 | 杭州美盛红外光电技术有限公司 | Identification device and identification method |
| CN105468789A (en) * | 2015-12-30 | 2016-04-06 | 谭圆圆 | Image processing apparatus based on photographing of unmanned aerial vehicle and image processing method thereof |
| CN105828038A (en) * | 2016-03-31 | 2016-08-03 | 顾佳捷 | Industrial onsite multimedia wireless monitoring system and method based on CAN bus |
| CN106528834A (en) * | 2016-11-17 | 2017-03-22 | 百度在线网络技术（北京）有限公司 | Picture resource pushing method and device based on artificial intelligence |
| CN106528834B (en) * | 2016-11-17 | 2020-02-04 | 百度在线网络技术（北京）有限公司 | Picture resource pushing method and device based on artificial intelligence |
| CN111225137A (en) * | 2018-11-26 | 2020-06-02 | 纬创资通股份有限公司 | Image synthesis method |
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