CN104378540A - Image collecting method and device and electronic equipment - Google Patents
Image collecting method and device and electronic equipment Download PDFInfo
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- CN104378540A CN104378540A CN201310349261.XA CN201310349261A CN104378540A CN 104378540 A CN104378540 A CN 104378540A CN 201310349261 A CN201310349261 A CN 201310349261A CN 104378540 A CN104378540 A CN 104378540A
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Abstract
The invention discloses an image collecting method and device and electronic equipment, and belongs to the field of computers. The method comprises the steps that image information is collected through an image collecting unit; the image information collected by the image collecting unit within a first time interval is stored as a first image; first feature information is acquired; when it is judged that the first feature information does not meet a preset condition, the image information collected by the image collecting unit within a second time interval is stored as a second image. The image collected by the image collecting unit within the first time interval is stored, the first feature information is acquired, when it is judged that the feature information does not meet the preset condition, the image collected by the image collecting unit within the second time interval is stored, the problems that in the prior art, the procedure of checking and retaking a photo by a user is complicated, and a large amount of time is wasted are solved, and the aims of simplifying the operation step, saving operating time and improving user experience are achieved.
Description
Technical field
The present invention relates to computer realm, particularly a kind of image-pickup method, device and electronic equipment.
Background technology
Along with the development of camera technology, comprise the electronic equipment of camera, such as digital camera, smart mobile phone, panel computer etc. are more and more universal in daily life.People can be shared with kith and kin by the dribs and drabs around these electronic equipment records, have enriched the life of people greatly.
In existing photographic method, user opens camera in the electronic device, manually or automatically completes focusing, and after clicking shoot button, camera completes and takes pictures, and the photo storage that camera is taken by electronic equipment is in picture library.User opens picture library and checks the photo that camera is taken, and carries out subsequent treatment according to the satisfaction comparison film of comparison film quality, such as, if comparison film is unsatisfied with, then delete photo new manual unlocking camera of laying equal stress on to retake, if comparison film is satisfied, then do not delete this photo.
Realizing in process of the present invention, inventor finds that prior art at least exists following problem:
After user takes pictures at every turn, check step that photo and comparison film carry out retaking comparatively numerous and diverse and waste plenty of time, when user checks photo and dissatisfied preparation is retaken, some continues comparatively of short duration scene, such as fireworks, may not wait user to retake and just disappear.
Summary of the invention
In order to solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, embodiments provide a kind of image-pickup method, device and electronic equipment.Described technical scheme is as follows:
On the one hand, provide a kind of image-pickup method, be applied in electronic equipment, described electronic equipment at least comprises image acquisition units, and described method comprises:
Image information is gathered by described image acquisition units;
Receive storage operation instruction, resolve described storage operation instruction, storing the image information that described image acquisition units collects in very first time interval is the first image;
Obtain fisrt feature information;
Judge whether described fisrt feature information meets pre-conditioned, obtains the first result of determination;
When described first result of determination shows that described fisrt feature information meets described predetermined condition, storing the view data that described image acquisition units collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment;
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment;
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment;
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
Described electronic equipment also comprises graphics processing unit, and described acquisition fisrt feature information, comprising:
By the first image described in described graphics processing unit process, obtain described fisrt feature information;
Wherein, described fisrt feature information comprises the mass parameter of described first image.
Described electronic equipment also comprises sensing unit, and described acquisition fisrt feature information, comprising:
Gather the environmental parameter between described first moment and described 3rd moment by described sensing unit, obtain described fisrt feature information;
Wherein, described fisrt feature information comprises the environmental parameter change information between described first moment and described 3rd moment.
Described method also comprises: obtaining the acquisition parameter of described image acquisition units in described very first time interval is the first acquisition parameter.
The view data that the described image acquisition units of described storage collects within second time interval is the second image, comprising:
Keep the acquisition parameter of described image acquisition units within described second time interval to be described first acquisition parameter, storing the view data that described image acquisition units collects within described second time interval is the second image.
The view data that the described image acquisition units of described storage collects within second time interval is the second image, comprising:
Adjust described first acquisition parameter, obtain the first acquisition parameter after adjustment, the first acquisition parameter after described adjustment is the acquisition parameter of described image acquisition units within described second time interval;
After storing described first acquisition parameter of adjustment, the image information that described image acquisition units collects within described second time interval is the second image.
Acquisition parameter adjustable strategies is included in described first result of determination;
Described first acquisition parameter of described adjustment, comprising:
According to described first acquisition parameter of described acquisition parameter adjustable strategies adjustment.
Described electronic equipment also comprises light source; The state information of described light source is included in described first acquisition parameter; Described method also comprises:
Judge described light source whether emission of light in described very first time interval according to the state information of described light source, obtain the second result of determination;
If described second judged result shows described light source emission of light in described very first time interval, then control described light source and keep continuing emission of light between described second moment and described 5th moment.
On the other hand, provide a kind of image collecting device, be applied in electronic equipment, described electronic equipment at least comprises image acquisition units, and described device comprises:
Image capture module, for gathering image information by described image acquisition units;
Command reception module, for receiving storage operation instruction;
Command analysis module, for resolving described storage operation instruction;
First memory module, the image information collected in very first time interval for storing described image acquisition units is the first image;
Feature acquisition module, for obtaining fisrt feature information;
Judge module, for judging whether described fisrt feature information meets pre-conditioned, obtains the first result of determination;
Second memory module, for when described first result of determination shows that described fisrt feature information meets described predetermined condition, storing the view data that described image acquisition units collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment;
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment;
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment;
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
Described electronic equipment also comprises graphics processing unit, and described feature acquisition module, comprising:
First obtains submodule, for by the first image described in described graphics processing unit process, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the mass parameter of described first image.
Described electronic equipment also comprises sensing unit, and described feature acquisition module, comprising:
Second obtains submodule, for being gathered the environmental parameter between described first moment and described 3rd moment by described sensing unit, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the environmental parameter change information between described first moment and described 3rd moment.
Described device also comprises:
Parameter acquisition module is the first acquisition parameter for obtaining the acquisition parameter of described image acquisition units in described very first time interval;
Described second memory module, comprising:
First sub module stored, for keeping the acquisition parameter of described image acquisition units within described second time interval to be described first acquisition parameter, storing the view data that described image acquisition units collects within described second time interval is the second image;
Parameter adjustment submodule, for adjusting described first acquisition parameter, obtain the first acquisition parameter after adjustment, the first acquisition parameter after described adjustment is the acquisition parameter of described image acquisition units within described second time interval;
Second sub module stored, after storing described first acquisition parameter of described parameter adjustment submodule adjustment, the image information that described image acquisition units collects within described second time interval is the second image.
Acquisition parameter adjustable strategies is included in described first result of determination;
Described parameter adjustment submodule, for adjusting described first acquisition parameter according to described acquisition parameter adjustable strategies.
Described electronic equipment also comprises light source; Described device also comprises:
Detection module, for detecting described light source whether emission of light in described very first time interval according to the state information of described light source;
Light source control module, if be described source emissioning light line for the testing result of described detection module, then control described light source and continue emission of light between described second moment and described 5th moment;
The state information of described light source is included in described first acquisition parameter.
Again on the one hand, provide a kind of electronic equipment, described electronic equipment comprises image acquisition units, graphics processing unit, sensing unit, light source and the image collecting device as described in above-mentioned another aspect.
The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought is:
By the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the method flow diagram of the image-pickup method that the embodiment of the present invention one provides;
Fig. 2 is the method flow diagram of the image-pickup method that the embodiment of the present invention two provides;
Fig. 3 is the structure drawing of device of the image collecting device that the embodiment of the present invention three provides;
Fig. 4 is the structure drawing of device of the image collecting device that the embodiment of the present invention four provides;
Fig. 5 is the equipment pie graph of the electronic equipment that the embodiment of the present invention five provides.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.
Embodiment one
Please refer to Fig. 1, it illustrates the method flow diagram of the image-pickup method that the embodiment of the present invention one provides.This image-pickup method is for including in the electronic equipment of image acquisition units, and such as, this electronic equipment can be digital camera, smart mobile phone or panel computer etc.This image-pickup method can comprise:
Step 102, gathers image information by image acquisition units;
Step 104, receive storage operation instruction, resolve this storage operation instruction, the image information that memory image collecting unit collects in very first time interval is the first image;
Step 106, obtains fisrt feature information;
Step 108, judges whether this fisrt feature information meets pre-conditioned, obtains the first result of determination;
Step 110, when this first result of determination shows that this fisrt feature information meets this predetermined condition, storing the view data that this image acquisition units collects within second time interval is the second image;
Wherein, the moment receiving storage operation instruction was the first moment;
The initial time at this very first time interval was the second moment, and the end time at this very first time interval was the 3rd moment;
The initial time in this second time interval was the 4th moment, and the end time in this second time interval was the 5th moment;
This second moment is later than this first moment, and the 4th moment was later than for the 3rd moment.
In sum, the image-pickup method that the embodiment of the present invention one provides, by the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
Embodiment two
Based on the more preferred scheme of the image-pickup method shown in above-described embodiment one, please refer to Fig. 2, it illustrates the method flow diagram of a kind of image-pickup method that the embodiment of the present invention two provides.This image-pickup method may be used for including in the electronic equipment of image acquisition units, graphics processing unit, sensing unit and light source, and such as, this electronic equipment can be digital camera, smart mobile phone or panel computer etc.This image-pickup method can comprise:
Step 202, image collecting device gathers image information by image acquisition units;
Concrete, image acquisition units can be the camera unit on the electronic equipments such as digital camera, smart mobile phone or panel computer, after user performs the operation of opening camera in the electronic device, namely camera unit starts to gather image information according to the acquisition parameter preset.
Step 204, image collecting device receives storage operation instruction, resolves this storage operation instruction, and storing the image information that this image acquisition units collects in very first time interval is the first image;
Wherein, the moment receiving storage operation instruction was the first moment; The initial time at this very first time interval was the second moment, and the end time at this very first time interval was the 3rd moment.
Concrete, when the camera unit (i.e. image acquisition units) on electronic equipment is in open mode, and user is when pressing tripper on electronic equipment or touch the shutter icon in electronic equipment screen, electronic equipment sends storage operation instruction to image collecting device, after image collecting device is resolved it after receiving this storage operation instruction, the image information that camera unit gathers in current very first time interval is stored as the first image, thus completes the shooting of a photo.
Step 206, image collecting device obtains fisrt feature information;
This fisrt feature information is used for determining whether to need to retake to the first image, and usually depend on 2 points the need of retaking to the first image: one is that the quality of the first image does not meet predetermined condition, and such as the first image blur is high, brightness is too high, brightness is too low or noise is too high; Two shooting environmental when being shooting first images change, such as, the intensity storing ambient light during the first image is undergone mutation, or, when storing the first image, electronic equipment position or angle change, concrete such as, when storing the first image, electronic equipment generation shake causes first image blurring unclear.
Based on above-mentioned 2 points, the mode that image collecting device obtains fisrt feature information also can be divided into two aspects:
On the one hand, image collecting device by this first image of graphics processing unit process, can obtain fisrt feature information; Wherein, this fisrt feature information comprises the mass parameter of this first image, the picture blur degree, brightness, noise etc. of such as this first image.
Concrete, image collecting device can calculate the ambiguity of this first image by graphics processing unit, use ambiguity evaluation algorithm, such as, image collecting device can carry out frequency domain conversion by graphics processing unit to this first image, then calculates the ratio of high fdrequency component, and the ambiguity of this photo is calculated according to the ratio of this high fdrequency component, under normal circumstances, the ratio of high fdrequency component is lower, and image is fuzzyyer.
Image collecting device can also calculate the brightness of this first image by graphics processing unit, use method of evaluating real-virtual intensity, such as, image collecting device can do histogram calculation by graphics processing unit to this first image, calculate the pixel distribution of each luminance step (0 ~ 255), and then calculate the overall brightness of this photo.
Image collecting device can also calculate the noise of this first image by graphics processing unit, such as, image collecting device can carry out frequency domain conversion by graphics processing unit to this first image, then the ratio of high fdrequency component is calculated, and the noise of this photo is calculated according to the ratio of this high fdrequency component, under normal circumstances, the ratio of high fdrequency component is higher, and noise is larger.
On the other hand, image collecting device can also gather environmental parameter between the first moment and the second moment by sensing unit, obtains this fisrt feature information; This fisrt feature information can comprise the environmental parameter change information between this first moment and the 3rd moment.
Concrete, this environmental parameter can comprise: at least one in environmental light brightness, electronic equipment fuselage translational speed, electronic equipment fuselage translational acceleration, electronic equipment fuselage rotational angular velocity or electronic equipment fuselage angle of rotation acceleration; This environmental parameter change information can comprise: at least one in environmental light brightness change information, electronic equipment displacement information or electronic equipment rotation information.
Wherein, sensing unit can comprise light sensor, acceleration transducer, gyroscope etc.
Step 208, image collecting device judges whether this fisrt feature information meets pre-conditioned, obtains the first result of determination;
Concrete, when fisrt feature information comprises the mass parameter of this first image, when the picture blur degree of such as this first image, brightness, noise, this predetermined condition can comprise: the noise that the ambiguity of the first image is not more than default ambiguity threshold value, the brightness of the first image is in default brightness section and/or the first image is not more than default noise threshold.
When fisrt feature information comprises the environmental parameter change information between this first moment and the 3rd moment, this predetermined condition can comprise: the angle amplitude of variation that ambient light Strength Changes amplitude is less than predetermined light amplitude of variation, electronic equipment change in displacement amplitude is less than predetermined change in displacement amplitude and/or electronic equipment is less than predetermined angle amplitude of variation.
Step 210, when this first result of determination shows that this fisrt feature information does not meet this predetermined condition, the image information that image collecting device memory image collecting unit collects within second time interval is the second image;
Wherein, the initial time in this second time interval was the 4th moment, and the end time in this second time interval was the 5th moment; This second moment is later than this first moment, and the 4th moment was later than for the 3rd moment.
Before the image information collected within second time interval at memory image collecting unit is the second image, it is the first acquisition parameter that image collecting device can obtain the acquisition parameter of image acquisition units in very first time interval; When the image information that memory image collecting unit collects within second time interval is the second image, image collecting device can keep the acquisition parameter of image acquisition units within second time interval to be this first acquisition parameter, and to store the view data that this image acquisition units collects within second time interval be the second image; Or, image collecting device also can adjust this first acquisition parameter automatically, obtain the first acquisition parameter after adjustment, using the first acquisition parameter after adjustment as the acquisition parameter of image acquisition units within second time interval, and after storing this first acquisition parameter of adjustment, the image information that image acquisition units collects within second time interval is the second image.
In addition, acquisition parameter adjustable strategies can be included in this first result of determination; When image collecting device adjusts the first acquisition parameter, can automatically adjust this first acquisition parameter according to this acquisition parameter adjustable strategies.
Concrete, the acquisition parameter of this image acquisition units can comprise focal length, brightness, white balance, contrast, time for exposure etc., and acquisition parameter adjustable strategies can comprise focusing, brightness, white balance, contrast or at least one in the time for exposure and adjust.
Preferably, in order to avoid user experiences the process of retaking, if light source emission of light when storing the first image, then can to keep in the time period of light source between storage first image to storage second image emission of light always.Concrete, include the state information of this light source in the first acquisition parameter, image collecting device can detect this light source whether emission of light in very first time interval according to the state information of this light source; If testing result is this source emissioning light line, then controls this light source and continue emission of light between the second moment and the 5th moment.Wherein, this light source can be the photoflash lamp on electronic equipment.
Because above-mentioned processing procedure is completed automatically by image collecting device, required time is very short, completely can continue to complete before shorter scene disappears to retake at some, not bring to user and readjust parameter or again trigger the burden of taking pictures.Such as, when taking fireworks scene, retake in time when can not satisfied condition at the photo taken first by said method.
Preferably, step 212, image collecting device is by the first image-erasing.
In order to save the memory space of electronic equipment, image collecting device can when the first result of determination shows that fisrt feature information does not meet predetermined condition, by the first image-erasing.
In sum, the image-pickup method that the embodiment of the present invention two provides, by the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
Embodiment three
Please refer to Fig. 3, it illustrates the structure drawing of device of the image collecting device that the embodiment of the present invention three provides.This image collecting device can be implemented as the part in the electronic equipment including image acquisition units 002.This electronic equipment can be digital camera, smart mobile phone or panel computer etc.This image collecting device can comprise:
Image capture module 301, for gathering image information by described image acquisition units 002;
Command reception module 302, for receiving storage operation instruction;
Command analysis module 303, for resolving described storage operation instruction;
First memory module 304, the image information collected in very first time interval for storing described image acquisition units 002 is the first image;
Feature acquisition module 305, for obtaining fisrt feature information;
Judge module 306, for judging whether the fisrt feature information that described processing module 305 obtains meets pre-conditioned, obtains the first result of determination;
Second memory module 307, for when the first result of determination that described judge module 306 obtains shows that described fisrt feature information does not meet described predetermined condition, storing the image information that described image acquisition units 002 collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment;
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment;
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment;
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
In sum, the image collecting device that the embodiment of the present invention three provides, by the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
Embodiment four
Based on the more preferred scheme of the image collecting device shown in above-described embodiment three, please refer to Fig. 4, it illustrates the structure drawing of device of the image collecting device that the embodiment of the present invention four provides.This image collecting device can be implemented as the part in the electronic equipment including image acquisition units 002, graphics processing unit 003, sensing unit 004 and light source 005.This electronic equipment can be digital camera, smart mobile phone or panel computer etc.This image collecting device can comprise:
Image capture module 401, for gathering image information by described image acquisition units 002;
Command reception module 402, for receiving storage operation instruction;
Command analysis module 403, for resolving described storage operation instruction;
First memory module 404, the image information collected in very first time interval for storing described image acquisition units 002 is the first image;
Feature acquisition module 405, for obtaining fisrt feature information;
Judge module 406, for judging whether the fisrt feature information that described processing module 405 obtains meets pre-conditioned, obtains the first result of determination;
Second memory module 407, for when the first result of determination that described judge module 406 obtains shows that described fisrt feature information does not meet described predetermined condition, storing the image information that described image acquisition units 002 collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment;
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment;
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment;
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
Described feature acquisition module 405, comprising:
First obtains submodule 405a, for processing described first image by described graphics processing unit 003, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the mass parameter of described first image.
Described feature acquisition module 405, comprising:
Second obtains submodule 405b, for being gathered the environmental parameter between described first moment and described 3rd moment by described sensing unit 004, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the environmental parameter change information between described first moment and described 3rd moment.
Described environmental parameter comprises: at least one in environmental light brightness, described electronic equipment fuselage translational speed, described electronic equipment fuselage translational acceleration, described electronic equipment fuselage rotational angular velocity or described electronic equipment fuselage angle of rotation acceleration;
Described environmental parameter change information comprises: at least one in described environmental light brightness change information, described electronic equipment displacement information or described electronic equipment rotation information.
Described device also comprises:
Parameter acquisition module 408 is the first acquisition parameter for obtaining the acquisition parameter of described image acquisition units in described very first time interval;
Described second memory module 407, comprising:
First sub module stored 407a, for keeping the acquisition parameter of described image acquisition units 002 within described second time interval to be described first acquisition parameter, storing the view data that described image acquisition units 002 collects within described second time interval is the second image;
Parameter adjustment submodule 407b, for adjusting described first acquisition parameter, obtain the first acquisition parameter after adjustment, the first acquisition parameter after described adjustment is the acquisition parameter of described image acquisition units within described second time interval;
Second sub module stored 407c, after storing described first acquisition parameter, the image information that described image acquisition units 002 collects within described second time interval is the second image.
Acquisition parameter adjustable strategies is included in described first result of determination;
Described parameter adjustment submodule 407b, for adjusting described first acquisition parameter according to described acquisition parameter adjustable strategies.
Described device also comprises:
Detection module 409, for detecting described light source 005 whether emission of light in described very first time interval according to the state information of described light source 005;
Light source control module 410, if be described light source 005 emission of light for the testing result of described detection module 409, then control described light source 005 and continue emission of light between described second moment and described 5th moment;
The state information of described light source is included in described first acquisition parameter.
Described device also comprises:
Removing module 411, for when the first result of determination that described judge module 406 obtains shows that described fisrt feature information does not meet described predetermined condition, deletes described first image.
In sum, the image collecting device that the embodiment of the present invention four provides, by the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
Embodiment five
Please refer to Fig. 5, it illustrates the equipment pie graph of the electronic equipment that the embodiment of the present invention five provides.This electronic equipment can be digital camera, smart mobile phone or panel computer etc.This electronic equipment can comprise:
Image collecting device 001 as shown in above-described embodiment four or embodiment five, image acquisition units 002, graphics processing unit 003, sensing unit 004 and light source 005.
In sum, the electronic equipment that the embodiment of the present invention five provides, by the image that memory image collecting unit collects in very first time interval, obtain fisrt feature information, and judging that this characteristic information stores the image that this image acquisition units collects within second time interval when not meeting pre-conditioned, solve the comparatively numerous and diverse and problem of waste plenty of time of step that user in prior art checks that photo and comparison film carry out retaking, reach the step that simplifies the operation, save the operating time, improve the object of Consumer's Experience.
It should be noted that: the image collecting device that above-described embodiment provides is when gathering image, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, internal structure by device is divided into different functional modules, to complete all or part of function described above.In addition, the image collecting device that above-described embodiment provides and image-pickup method embodiment belong to same design, and its specific implementation process refers to embodiment of the method, repeats no more here.
The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only memory, disk or CD etc.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (15)
1. an image-pickup method, is applied in electronic equipment, and described electronic equipment at least comprises image acquisition units, it is characterized in that, described method comprises:
By described image acquisition units acquisition of image data;
Receive storage operation instruction, resolve described storage operation instruction, storing the view data that described image acquisition units collects in very first time interval is the first image;
Obtain fisrt feature information;
Judge whether described fisrt feature information meets pre-conditioned, obtains the first result of determination;
When described first result of determination shows that described fisrt feature information meets described predetermined condition, storing the view data that described image acquisition units collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment,
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment,
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment,
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
2. method according to claim 1, is characterized in that, described electronic equipment also comprises graphics processing unit, then described acquisition fisrt feature information, comprising:
By the first image described in described graphics processing unit process, obtain described fisrt feature information;
Wherein, described fisrt feature information comprises the mass parameter of described first image.
3. method according to claim 1, is characterized in that, described electronic equipment also comprises sensing unit, then described acquisition fisrt feature information, comprising:
Gather the environmental parameter between described first moment and described 3rd moment by described sensing unit, obtain described fisrt feature information;
Wherein, described fisrt feature information comprises the environmental parameter change information between described first moment and described 3rd moment.
4., according to the arbitrary described method of claims 1 to 3, it is characterized in that, described method also comprises:
Obtaining the acquisition parameter of described image acquisition units in described very first time interval is the first acquisition parameter.
5. method according to claim 4, is characterized in that, the view data that the described image acquisition units of described storage collects within second time interval is the second image, comprising:
Keep the acquisition parameter of described image acquisition units within described second time interval to be described first acquisition parameter, storing the view data that described image acquisition units collects within described second time interval is the second image.
6. method according to claim 4, is characterized in that, the view data that the described image acquisition units of described storage collects within second time interval is the second image, comprising:
Adjust described first acquisition parameter, obtain the first acquisition parameter after adjustment, the first acquisition parameter after described adjustment is the acquisition parameter of described image acquisition units within described second time interval;
After storing described first acquisition parameter of adjustment, the image information that described image acquisition units collects within described second time interval is the second image.
7. method according to claim 6, is characterized in that, includes acquisition parameter adjustable strategies in described first result of determination;
Described first acquisition parameter of described adjustment, comprising:
According to described first acquisition parameter of described acquisition parameter adjustable strategies adjustment.
8. method according to claim 5, is characterized in that, described electronic equipment also comprises light source; The state information of described light source is included in described first acquisition parameter; The acquisition parameter of described image acquisition units within described second time interval is then kept to be that described first acquisition parameter comprises further:
Judge described light source whether emission of light in described very first time interval according to the state information of described light source, obtain the second result of determination;
If described second judged result shows described light source emission of light in described very first time interval, then control described light source and continue emission of light between described second moment and described 5th moment.
9. an image collecting device, is applied in electronic equipment, and described electronic equipment at least comprises image acquisition units, it is characterized in that, described device comprises:
Image capture module, for by described image acquisition units acquisition of image data;
Command reception module, for receiving storage operation instruction;
Command analysis module, for resolving described storage operation instruction;
First memory module, the view data collected in very first time interval for storing described image acquisition units is the first image;
Feature acquisition module, for obtaining fisrt feature information;
Judge module, for judging whether described fisrt feature information meets pre-conditioned, obtains the first result of determination;
Second memory module, for when described first result of determination shows that described fisrt feature information meets described predetermined condition, storing the view data that described image acquisition units collects within second time interval is the second image;
Wherein, the moment of described reception storage operation instruction was the first moment,
The initial time at described very first time interval was the second moment, and the end time at described very first time interval was the 3rd moment,
The initial time in described second time interval was the 4th moment, and the end time in described second time interval was the 5th moment,
Described second moment is later than described first moment, and described 4th moment is later than described 3rd moment.
10. device according to claim 9, is characterized in that, described electronic equipment also comprises graphics processing unit, and described feature acquisition module, comprising:
First obtains submodule, for by the first image described in described graphics processing unit process, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the mass parameter of described first image.
11. devices according to claim 9, is characterized in that, described electronic equipment also comprises sensing unit, and described feature acquisition module, comprising:
Second obtains submodule, for being gathered the environmental parameter between described first moment and described 3rd moment by described sensing unit, obtains described fisrt feature information;
Wherein, described fisrt feature information comprises the environmental parameter change information between described first moment and described 3rd moment.
12. according to the arbitrary described device of claim 9 to 11, and it is characterized in that, described device also comprises:
Parameter acquisition module is the first acquisition parameter for obtaining the acquisition parameter of described image acquisition units in described very first time interval;
Described second memory module, comprising:
First sub module stored, for keeping the acquisition parameter of described image acquisition units within described second time interval to be described first acquisition parameter, storing the view data that described image acquisition units collects within described second time interval is the second image;
Parameter adjustment submodule, for adjusting described first acquisition parameter, obtain the first acquisition parameter after adjustment, the first acquisition parameter after described adjustment is the acquisition parameter of described image acquisition units within described second time interval;
Second sub module stored, after storing described first acquisition parameter of described parameter adjustment submodule adjustment, the image information that described image acquisition units collects within described second time interval is the second image.
13. devices according to claim 12, is characterized in that, include acquisition parameter adjustable strategies in described first result of determination;
Described parameter adjustment submodule, for adjusting described first acquisition parameter according to described acquisition parameter adjustable strategies.
14. devices according to claim 12, is characterized in that, described electronic equipment also comprises light source; Described device also comprises:
Detection module, for detecting described light source whether emission of light in described very first time interval according to the state information of described light source;
Light source control module, if be described source emissioning light line for the testing result of described detection module, then control described light source and continue emission of light between described second moment and described 5th moment.
15. 1 kinds of electronic equipments, is characterized in that, described electronic equipment comprise image acquisition units, graphics processing unit, light source and as arbitrary in claim 9 to 14 as described in image collecting device.
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