CN104980641B - Electronic device and its image inspection method - Google Patents
Electronic device and its image inspection method Download PDFInfo
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Abstract
The present invention provides a kind of electronic device and its image inspection method.This image inspection method includes the following steps: to obtain multiple images, and wherein described image corresponds to multiple message files；Message file is read, to obtain multiple continuous shooting images from image；When the number of continuous shooting image is greater than the set value, it is that image combines, and image combination is shown in one of multiple blocks of cutting in screen that continuous shooting image, which is united whole,.Whereby, the embodiment of the present invention can be overlapped or the mode of animation shows continuous shooting image, to promote the convenience of image browsing.
Description
Technical field
The invention relates to a kind of electronic device and its image inspection methods, and in particular to the one of continuous shooting image
Kind electronic device and its image inspection method.
Background technique
In the information age now, the mankind are growing day by day for the dependence of electronic device, for example, tool camera function can
Portable electronic apparatus has become tool indispensable in modern life gradually at mainstream.In recent years, various images obtain
The use of device (such as digital camera, mobile phone with image-acquisition functions etc.) is even more increasingly popularized.Wherein, in order to allow
User shoots more lively image, or user is allowed to take precious picture, and continuous shooting function is widely arranged on
In image acquiring device.
However, although continuous shooting function can allow user to take more satisfying image, but also produce a large amount of class
Like photo, and it may cause the inconvenience that user browses photo.For example, general pattern browser can be in touch control screen
Multiple images are shown respectively with multiple blocks, so that user browses.However, if including largely connecting in these images
It takes a picture, above-mentioned display block may be taken by continuous photo, and user is caused display picture adjustment first must to be become aobvious
Show other images, such as by the drag operation for touch control screen, the photo of other non-continuous shootings is towed into display picture
In, it can just be watched.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of electronic device and its image inspection method, it can review information file
To judge continuous shooting image, and the quantity according to continuous shooting image, and continuous shooting image is shown in a manner of overlapping or animation, to mention
Rise convenience of the user in image browsing.
Image inspection method of the invention is suitable for the electronic device including screen.Described image inspection method includes obtaining
Multiple images, wherein described image corresponds to multiple message files, and reads message file, to obtain multiple continuous shooting figures from image
Picture, and when the number of continuous shooting image is greater than the set value, it is that image combines, and combines image and show that continuous shooting image, which is united whole,
One of multiple blocks of cutting in screen.
In one embodiment of this invention, above-mentioned reading message file is wrapped the step of continuous shooting image with obtaining from image
The multiple temporal informations for reading message file are included, temporal information is calculated, to obtain the first image sequentially adjacent in image and the
Time difference between two images, and judge whether the time difference is less than time gate threshold value, and when the time difference is less than time gate threshold value
When, determine that the first image and the second image belong to continuous shooting image.
In one embodiment of this invention, above-mentioned reading message file is wrapped the step of continuous shooting image with obtaining from image
Include the message file for reading sequentially adjacent the first image and the second image in image, with judge in each message file whether include
Identify data, and when in each message file of the first image and the second image include identification data when, determine the first image and
Second image belongs to continuous shooting image.
It in one embodiment of this invention, further include when image acquisition unit is with continuous shooting before the step of above-mentioned acquisition image
When mode is to obtain continuous shooting image, it will identify that data are written into the message file of each continuous shooting image.
In one embodiment of this invention, above-mentioned reading message file, with from image obtain continuous shooting image the step of it
Before further include comparing in image sequentially and each pixel in adjacent the first image and the second image, with the first image of acquisition and the
Variation degree between two images, and when variation degree is less than variation threshold value, identification data are written into the first image
Message file and the second image message file.
In one embodiment of this invention, above-mentioned when the number of continuous shooting image is greater than the set value, continuous shooting image is united whole
It include: the message file for reading continuous shooting image for the step of image combination, to obtain the corresponding multiple contract drawings of continuous shooting image, and
Continuous shooting image is overlapped in picture to generate overlapping display image, to combine as image.
In one embodiment of this invention, above-mentioned when the number of continuous shooting image is greater than the set value, continuous shooting image is united whole
It include: according to temporal information and setting broadcasting speed for the step of image combination, sequentially combining continuous shooting image is animation, to make
For image combination.
In one embodiment of this invention, above-mentioned reading message file is gone back the step of continuous shooting image with obtaining from image
It include: the device serial number in reading message file with image of classifying.
Electronic device of the invention includes screen, storage unit and processing unit.Processing unit is coupled to screen and deposits
Storage unit, and to obtain multiple images, wherein described image corresponds to multiple message files.Processing unit reads message file,
It is to obtain multiple continuous shooting images from image, and when the number of continuous shooting image is greater than the set value, continuous shooting image system is whole for figure
As combination, and image is combined by screen one of the multiple blocks for being shown in cutting in screen.
In one embodiment of this invention, above-mentioned processing unit reads multiple temporal informations of message file, and when calculating
Between information, to obtain the time difference between the first image and the second image sequentially adjacent in image, and whether judge the time difference
Less than time gate threshold value, and when the time difference being less than time gate threshold value, determine that the first image and the second image belong to continuous shooting figure
Picture.
In one embodiment of this invention, above-mentioned processing unit reads the first image and the second figure sequentially adjacent in image
The message file of picture, it is each to judge in each message file whether to include identification data, and when the first image and the second image
When including identification data in message file, determine that the first image and the second image belong to continuous shooting image.
In one embodiment of this invention, above-mentioned electronic device further includes image acquisition unit, and works as image acquisition unit
When with burst mode to obtain continuous shooting image, processing unit will also identify that data are written into the message file of each continuous shooting image.
In one embodiment of this invention, above-mentioned processing unit also compares in image sequentially and the first adjacent image and
Each pixel in two images, to obtain the variation degree between the first image and the second image, and when variation degree is less than change
When changing threshold value, identification data are written into the message file of the first image and the message file of the second image.
In one embodiment of this invention, above-mentioned processing unit reads the message file of continuous shooting image, to obtain continuous shooting figure
Picture is overlapped in generate overlapping display image, to combine as image as corresponding multiple contract drawings, and by continuous shooting image.
In one embodiment of this invention, above-mentioned processing unit sequentially will according to temporal information and setting broadcasting speed
Continuous shooting image group is combined into animation, to combine as image.
In one embodiment of this invention, above-mentioned processing unit reads the device serial number in message file also with classification chart
Picture.
Based on above-mentioned, the electronic device and its image inspection method of the embodiment of the present invention can be inspected and be recorded in message file
In shooting time or review information file in whether record identification data corresponding to continuous shooting image, use and judge this figure
It seem no for continuous shooting image.Whereby, the embodiment of the present invention can be after determining continuous shooting image, quantity also according to continuous shooting image,
And continuous shooting image shown with overlapping display or the different modes such as animation, to promote user when inspecting or image browsing
Convenience.
To make the foregoing features and advantages of the present invention clearer and more comprehensible, special embodiment below, and it is detailed to cooperate attached drawing to make
Carefully it is described as follows.
Detailed description of the invention
Fig. 1 is the block diagram of electronic device shown by one embodiment of the invention；
Fig. 2 is the flow chart of image inspection method shown by one embodiment of the invention；
Fig. 3 is the schematic diagram of electronic device shown by one embodiment of the invention；
Fig. 4 is the flow chart of image inspection method shown by one embodiment of the invention；
Fig. 5 is the flow chart of image inspection method shown by one embodiment of the invention；
Fig. 6 is the flow chart of image inspection method shown by one embodiment of the invention；
Fig. 7 is the flow chart of image inspection method shown by one embodiment of the invention.
Description of symbols:
100,300: electronic device；
110,310: screen；
120: storage unit；
130: processing unit；
140: image acquisition unit；
I1~I12: block；
A~C: continuous shooting image；
S210~S240, S410~S440, S521~S527, S610, S621, S725: step.
Specific embodiment
The relevant information of general pattern be stored in its exchangeable image file (Exchangeable Image File, with
Under be referred to as with EXIF) in.EXIF file can generally be generated when electronic device shoots image, and may include glimmering to be shown in
The image contract drawing (Thumbnail) of curtain, shooting time, the relevant informations such as device serial number for shooting image.In addition, EXIF file is simultaneously
There is provided user, the image parameter to be recorded can be written in its field and have editting function.Therefore, institute of the embodiment of the present invention
The electronic device and its image inspection method of proposition are to utilize the photo opporunity or review information in review information file
The identification data for corresponding to continuous shooting image in file and being written, use and find out continuous shooting image from multiple images.Also, the present invention
Continuous shooting image can be also shown in screen in a manner of overlapping or animation by embodiment according to the quantity of continuous shooting image, from
And improve the convenience of user's image browsing.To become apparent the content of the present invention, embodiment is exemplified below as this hair
The bright example that can actually implement accordingly.
Fig. 1 is the block diagram of electronic device shown by one embodiment of the invention.Fig. 1 is please referred to, electronic device 100 includes
Screen 110, storage unit 120 and processing unit 130.The electronic device 100 of the present embodiment can be smart phone, plate electricity
The electronic devices such as brain, personal digital assistant, laptop.
Screen 110 is, for example, by liquid crystal display (liquid crystal display, abbreviation LCD), light emitting diode
The displays such as (light-emitting diode, abbreviation LED) display.In some embodiments, screen 110 can also be by above-mentioned
Display be composed with touch panels such as resistance-type or condenser types, to provide display and operating function, the present invention couple simultaneously
In the type of screen 110 and without restriction.In the present embodiment, the display picture of screen 110 can cutting be multiple blocks, with
Multiple images being stored in electronic device 100 are shown respectively in each block, to provide user's browsing and inspect image.
And in general, above-mentioned multiple blocks can show in order each image according to the shooting time of image.
Storage unit 120 can be fixed or movable random access memory (the random access of any kenel
Memory, abbreviation RAM), read-only memory (read-only memory, abbreviation ROM), flash memory (flash memory)
Or the combination of similar component or said elements.In the present embodiment, storage unit 120 can be used to record above-mentioned image.
Processing unit 130 is coupled to storage unit 120.Processing unit 130 is, for example, central processing unit (central
Processing unit, abbreviation CPU), graphics processing unit (graphic processing unit, abbreviation GPU), can program
Change controller, digital signal processor (digital signal processor, abbreviation DSP) or other programmables
General service or the microprocessor (microprocessor) of specific use etc..In the present embodiment, processing unit 130 is to pipe
Reason and control electronic device 100, to realize the image inspection method of the embodiment of the present invention.
Fig. 2 is the flow chart of image inspection method shown by one embodiment of the invention, and is applicable to the electronics dress of Fig. 1
Set 100.Fig. 3 is the schematic diagram of electronic device shown by one embodiment of the invention.It is each i.e. in collocation electronic device 100 below
The schematic diagram of item and Fig. 3, to illustrate the detailed step for the image inspection method for meeting the embodiment of the present invention in Fig. 2.
In step S210, processing unit 130 obtains multiple images, and wherein described image corresponds to multiple message files.Tool
For body, processing unit 130 can be stored in multiple images therein by reading storage unit 120 to obtain.The letter of image
Breath file is, for example, exchangeable image file (Exchangeable Image File, abbreviation EXIF), but the present invention not as
Limit.In general, the relevant information of image is stored in its EXIF file, wherein in addition to including to be shown on screen
It further include file name, document time, shooting time, size, the rotation angle of image except image contract drawing (Thumbnail)
And the image informations such as effect.
Then, in step S220,130 readable information file of processing unit, to obtain multiple companies from described image
Clap image.Continuous shooting image herein is, for example, the burst mode by image acquisition equipment (i.e. by shutter can foundation next time
One setting interval time and be carried out continuously the function of the acquisition of multiple images) accessed by multiple images.In addition, continuous shooting image
It is also possible to user manually and shutter is depressed multiple times and multiple images for continuously acquiring.Above-mentioned image acquisition equipment is for example
It is comprising optics tight shot or Zoom optic lens and charge coupled cell (Charge Coupled Device, abbreviation
) or complementary metal oxide semiconductor (Complementary Metal-Oxide Semiconductor, abbreviation CMOS) element etc. CCD
The device of photosensitive element.In some embodiments, electronic device 100 may also comprise image acquisition unit 140, and image obtains list
Member 140 may include above-mentioned image acquisition equipment.When detecting shutter signal, image acquisition unit 140 can execute image
The movement of acquisition.
Accordingly, in one embodiment, processing unit 130 can use benefit according to the shooting time recorded in message file
Judge whether it belongs to continuous shooting image with the time difference of the shooting time between image.This time difference can be preset value, example
Such as 1 second or 0.5 second, can also set according to the demand of user and freely, the present invention does not limit this.In addition, in an embodiment
In, the identification data in message file corresponding to continuous shooting image can also be used to determine whether belonging to continuous shooting figure in processing unit 130
Picture.This identification data whether can obtain image according to image acquisition unit 140 with continuous shooting function or processing unit 130 exists
After carrying out image recognition to adjacent image and judge it for continuous shooting image, to being written identification data into message file.Or
Person, in another embodiment, processing unit 130 can also be in conjunction with above-mentioned mechanism to judge continuous shooting image.
Continuing with the process of Fig. 2, in step S230, when the number of continuous shooting image is greater than the set value, processing unit 130
Continuous shooting image can be united whole is that image combines, and in step S240, image combination is shown in screen 110 by processing unit 130
One of multiple blocks of middle cutting.Wherein, multiple blocks of cutting can correspond in screen to browse in screen 110
The picture of image, block I1~I12 as shown in the example of Fig. 3.As for above-mentioned setting value, processing unit 130 then may be used
It determines to be that single image or multiple images are shown in above-mentioned block I1~I12 accordingly.By taking setting value is 2 as an example, work as place
Reason unit 130 is in step S220 when obtaining 2 or less than 2 continuous shooting images, processing unit 130 by the form of individual and
Sequentially the continuous shooting image of above-mentioned acquisition is shown in the block of Fig. 3 (for example, when processing unit 130 obtains 2 continuous shooting images
When, can sequentially be shown in block I6, I7).This display mode can correspond to general image inspection method.And work as processing unit
130 when obtaining 3 or more continuous shooting images, processing unit 130 then can by these continuous shooting images by be overlapped or animation etc. in a manner of unite
It is whole to be combined for image, to be shown in same block.Such as the example of Fig. 3, continuous shooting image A, B, C can be overlapped by processing unit 130
It is shown in block I11.
Whereby, the present embodiment can allow user that can pass through browsing at a glance when the quantity of continuous shooting image is few
Picture can inspect each image, and when the quantity of continuous shooting image reaches setting value, then present in the form of image combination
Continuous shooting image.Whereby, convenience and interest of the user in image browsing can be promoted.
Below by according to the time difference between adjacent image, for judging the mechanism of continuous shooting image, it is real that the present invention will be described in detail
Apply image inspection method provided by example.Referring to figure 4., Fig. 4 is image inspection method shown by one embodiment of the invention
Flow chart, and it is applicable to the electronic device 100 of Fig. 1.In step S410, processing unit 130 obtains M images.Wherein, institute
It states image and corresponds to multiple message files, and M is the integer greater than 1.In step S421, the letter is can be read in processing unit 130
The corresponding multiple temporal informations of file are ceased, and in step S423, processing unit 130 can be according to temporal information with the image that sorts.
Above-mentioned temporal information can be the shooting time of each image.In other words, the processing unit 130 of the present embodiment can be in reading
The message file of M image is stated, and is accordingly according to time-sequencing by these Image Adjustings after obtaining its other shooting time
An image sequence.
In step S425, whether processing unit 130 can small according to the time difference between image adjacent in described image
In time gate threshold value, to obtain multiple continuous shooting images.Specifically, in abovementioned steps, processing unit 130 is to M images
It is ranked up, therefore the adjacent image in above-mentioned image refers to its shooting time two images the most similar in M images.
And it is worth noting that, continuous shooting image is usually to carry out multiple image acquisition to similar picture in a short time.Therefore, in utilization
Characteristic is stated, whether processing unit 130 can be less than time gate threshold value by the time difference judged between adjacent image, therefore, it is determined that image
It whether is continuous shooting image.Further illustrate that processing unit 130 judges the mechanism of continuous shooting image herein with the flow chart of Fig. 5.
Referring to figure 5., Fig. 5 is the flow chart of image inspection method shown by one embodiment of the invention, and is the step of Fig. 4
The detailed step of rapid S425.After multiple temporal informations of the processing unit 130 by reading message file in step S421,
In step S521, processing unit 130 calculate temporal information, with obtain the first image and the second image sequentially adjacent in image it
Between time difference.In step S523, processing unit 130 judges whether the time difference is less than time gate threshold value, and when the time difference is small
When time gate threshold value, in step S525, processing unit 130 determines that the first image and the second image belong to continuous shooting image.And
When the time difference being not less than time gate threshold value, in step S527, processing unit 130 then determines the first image and the second image not
Belong to continuous shooting image.
Whereby, using the judgment mechanism of Fig. 5, processing unit 130 sequentially can select two phases from M obtained images
Adjacent image is used to carry out above-mentioned time difference judgement respectively and obtains continuous shooting image therein.
Go back to the process of Fig. 4.After processing unit 130 obtains multiple continuous shooting images, in step S431, processing is single
Member 130 also can determine whether the number of continuous shooting image is greater than the set value, when the number of continuous shooting image is greater than the set value, in step
In S433, it is that image combines, and in step S440, image combination is shown in that processing unit 130, which can unite continuous shooting image whole,
One of multiple blocks of cutting in screen.On the other hand, when the number of continuous shooting image is not more than setting value, in step
In S435, continuous shooting image is then sequentially shown in each block in screen by processing unit 130.
In detail, above-mentioned image combines the form inspected different images is presented, for example, image combination can correspond to
It is shown in being overlapped multiple images, or can also correspond to for multiple images to be combined into the forms such as animation play.Specifically, one
In embodiment, the message file of continuous shooting image is can be read in processing unit 130, to obtain the corresponding multiple contract drawings of continuous shooting image, and
Continuous shooting image is overlapped in a picture, generates overlapping display image accordingly, and combine as above-mentioned image.Contract drawing herein
Refer to the contract drawing being stored in the EXIF file of each image, that is to say, that processing unit 130 using being stored in EXIF originally
Contract drawing in file combines to generate above-mentioned image, in this way, can relatively rapid be shown in the combination of above-mentioned image
In screen 110.
And in another embodiment, processing unit 130 then can be according to temporal information and setting broadcasting speed, sequentially by institute
The continuous shooting image group of acquisition is combined into animation, to combine as image.Setting broadcasting speed herein can be 16 images per second
Speed, with enable user viewing when achieve the effect that continuously to play.
It should be noted that above-mentioned image combination is that multiple continuous shooting images are presented in the single block of screen 110, if when making
When user is intended to browse wherein a other continuous shooting image, processing unit 130 can also be by receiving user for above-mentioned block
Operation, and correspond to the individual images shown in above-mentioned image combination in screen 110.Processing unit 130 can be equally with multiple areas
The mode of block, or can also be shown in screen 110 by image spool or other forms, the present invention does not limit this.
Whereby, the shooting time of image its message file can be read to sentence in image inspection method provided by the present embodiment
Whether disconnected be continuous shooting image, and the quantity according to continuous shooting image, and shows continuous shooting image in a manner of overlapping or animation, thus
Promote convenience of the user in image browsing.
It should be noted that in one embodiment, processing unit 130 is in step S425 according to the time difference to judge continuous shooting figure
When picture, the device serial number in message file can also read, with whether identical by obtaining device used in this image, thus
Image obtained is classified, to enable the judgement of continuous shooting image can be more accurate.In addition, in another embodiment, place
When reason unit 130 can also obtain M images in step S410, i.e., the device serial number in message file is first read, thus will not
It is separated with image corresponding to device serial number, to judge its continuous shooting image obtained individually respectively.
Again it is noted that previous embodiment is only said using obtaining one group of continuous shooting image from M images as example
The case where bright, but the image inspection method of the present embodiment is readily applicable to multiple groups continuous shooting image.For example, processing unit
130 carry out the judgement of first group of continuous shooting image according to the process of Fig. 4 and Fig. 5, and the first adjacent figure is determined in step S523
As after being not belonging to continuous shooting image with the second image, processing unit 130 can terminate Fig. 5 (i.e. step S425) for continuous shooting image
Judgement movement, and enter step S431 to determine how to show multiple continuous shooting images obtained.Later, processing unit 130
Can be again depending on the time difference of adjacent image, and if foregoing schemes are to judge second group of continuous shooting image, and it can be by each group continuous shooting figure
In the different blocks being respectively displayed in screen 110 as corresponding image combination.
In addition, the ordering action that processing unit 130 is performed in step S423, can be saved in some embodiments
Slightly, the design requirement of can be according to its subsequent judgement continuous shooting image using the present embodiment person the step of, with decide whether need to be to above-mentioned
M images according to each shooting time to be ranked up.
In the aforementioned embodiment, processing unit 130 is first to be read out to the message file of all M images, and execute
After subsequent each step, just image is shown in screen 110.When M is a myriad of, user will likely be because of processing
Unit 130 executes the process of Fig. 4 too long, and causing that the long period need to be waited could image browsing.To avoid said circumstances, Fig. 6 is also
It is proposed another embodiment, it can be too long to improve above-mentioned waiting time in such a way that the message file of image is read in gradation
Problem.The embodiment of Fig. 6 is illustrated below.
Please refer to Fig. 6, the embodiment of Fig. 6 and the embodiment of Fig. 4 are similar, therefore same or similar step please refer to it is aforementioned.
And the difference is that, after processing unit 130 obtains M images in step S610, in step S621, processing unit
130 read multiple temporal informations of N number of message file, and wherein N is integer and N is less than M.Later, processing unit 130 is according to Fig. 6's
Process executes subsequent step, and in step S435 or S440, that is to say, that processing unit 130 will be obtained in above-mentioned N images
Continuous shooting image and other non-continuous shooting image be sequentially shown in after screen, processing unit 130 can execute step again
S621, to handle other N images in M images.In this way, work as M by way of above-mentioned N per treatment images
When for integer much larger than N, waiting time needed for inspecting image can obviously be improved.
Several embodiments above-mentioned detail processing unit 130 according to the time difference between adjacent image to judge continuous shooting figure
The mechanism of picture.Illustrate processing unit 130 according to the mechanism for identifying that data judge continuous shooting image with Fig. 7 again below.
Fig. 7 is the flow chart of image inspection method shown by one embodiment of the invention.Please refer to Fig. 7, the present embodiment with
Previous embodiment is similar, therefore same or similar place repeats no more.The difference is that in step S725, processing unit 130
The message file of the first image and the second image sequentially adjacent in image can be read, with according in each message file whether include
Data are identified, to obtain multiple continuous shooting images.This identification data can in image acquisition unit 140 with burst mode with the company of acquisition
When clapping image, it will identify that data are written in the message file of above-mentioned continuous shooting image by processing unit 130.For example, processing unit 130
Trigger signal when the detectable unlatching corresponding to burst mode, above-mentioned identification data are automatically write to acquired continuous shooting
In the message file of image.
On the other hand, since continuous shooting image is usually to carry out image acquisition to similar picture, therefore utilize this characteristic, another
In embodiment, processing unit 130 can carry out image recognition to adjacent image obtained, use and judge whether it is continuous shooting image.
Specifically, processing unit 130 can compare in image sequentially and each pixel in adjacent the first image and the second image, to obtain
Obtain the variation degree between the first image and the second image.When its variation degree as the result is shown of comparison is less than variation threshold value
When, processing unit 130 will identify that data are written into the message file of the first image and the second image.Above-mentioned image recognition
It can be realized by many algorithms or combinations thereof.For example, processing unit 130 can first carry out the first image and the second image
The image procossings such as grayscale, binaryzation or edge detection obtain the edge feature in image, and via image segmentation to obtain
Interested characteristic area, image to be carried out to normalization and similarity operation in the form of vector and matrix.Therefore, through locating
Similarity matrix obtained can correspond to the variation degree between two images after reason unit 130 calculates, and when this variation journey
When degree is less than variation threshold value, the identification corresponding to continuous shooting image can be written in processing unit 130 in the message file of image
Data.The mode that above-mentioned processing unit 130 compares variation degree between image is only for example, and the present invention is without restriction.
Whereby, the identification data in its message file of image can be read in processing unit 130, and determine include in message file
The image of this identification data is continuous shooting image.In detail, in one embodiment, sequentially phase can be read in image in processing unit 130
The message file of adjacent the first image and the second image, to judge in each message file whether to include identification data, and when first
When including identification data in each message file of image and the second image, processing unit 130 can determine that the first image and second
Image belongs to continuous shooting image.Using aforesaid way, processing unit 130 all can sequentially be read out M obtained images, from
And obtain multiple continuous shooting images.
Whereby, image inspection method provided by the present embodiment can also be corresponded to by reading in its message file of image
The identification data of continuous shooting image, to judge whether it is continuous shooting image.And it should be noted that, the step S421 of the present embodiment,
S423 can decide whether to execute accordingly according to the demand of designer, and the present invention is not limited thereto.
In conclusion the electronic device and its image inspection method of the embodiment of the present invention, can only inspect and be recorded in information text
The identification data corresponding to continuous shooting image whether are recorded in shooting time or review information file in part, are used and are judged this
Whether image is continuous shooting image.Also, the embodiment of the present invention can also device serial number in review information file image to be carried out
Classification, to keep the judgement of continuous shooting image more accurate.Whereby, the embodiment of the present invention can after determining continuous shooting image, also according to
According to the quantity of continuous shooting image, and continuous shooting image is shown to be overlapped the different modes such as display or animation, exist to promote user
It inspects or convenience when image browsing.In addition, the embodiment of the present invention, which also provides, reads the mode of message file by several times to judge
Continuous shooting image, and then improve the problem of waiting the overlong time that image is shown.
Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent
Pipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according to
So be possible to modify the technical solutions described in the foregoing embodiments, or to some or all of the technical features into
Row equivalent replacement；And these are modified or replaceed, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution
The range of scheme.
Claims (10)
1. a kind of image inspection method, suitable for the electronic device including a screen, which is characterized in that the image inspection method
Include:
Multiple images are obtained, wherein described image corresponds to multiple message files；
The message file is read, to obtain multiple continuous shooting images from described image；
Judge whether the number of the continuous shooting image is greater than the set value；
When the number of the continuous shooting image is greater than the setting value, whole all continuous shooting images of uniting combine for an image, and
And show that the image is combined in one of multiple blocks of cutting in the screen；And number when the continuous shooting image
When no more than the setting value, the different blocks of the block of each continuous shooting image in the screen are shown respectively.
2. image inspection method according to claim 1, which is characterized in that the message file is read, with from the figure
As in obtain the continuous shooting image the step of include:
Read multiple temporal informations of the message file；
The temporal information is calculated, to obtain one between one first image and one second image sequentially adjacent in described image
Time difference；
Judge the time difference whether less than a time threshold value；And
When the time difference being less than the time gate threshold value, determine that first image and second image belong to the continuous shooting image.
3. image inspection method according to claim 1, which is characterized in that the message file is read, with from the figure
As in obtain the continuous shooting image the step of include:
The message file of one first image and one second image sequentially adjacent in described image is read, it is each described to judge
It whether include an identification data in message file；And
When in each message file of first image and second image including the identification data, first image is determined
Belong to the continuous shooting image with second image.
4. image inspection method according to claim 3, which is characterized in that also wrapped before the step of obtaining described image
It includes:
When an image acquisition unit with a burst mode to obtain the continuous shooting image when, the identification data are written in each company
Clap the message file of image.
5. image inspection method according to claim 3, which is characterized in that the message file is read, with from the figure
Before the step of obtaining the continuous shooting image as in further include:
It compares in described image sequentially and each pixel in adjacent first image and second image, to obtain first figure
Picture and the variation degree between second image；And
When the variation degree is less than a variation threshold value, the identification data are written in the message file of first image and are somebody's turn to do
The message file of second image.
6. image inspection method according to claim 1, which is characterized in that be somebody's turn to do when the number of the continuous shooting image is greater than
When setting value, the whole continuous shooting image of uniting is that the step of image combines includes:
The message file of the continuous shooting image is read, to obtain the corresponding multiple contract drawings of the continuous shooting image；And
It is overlapped the continuous shooting image and shows image in a picture to generate an overlapping, to be combined as the image.
7. image inspection method according to claim 2, which is characterized in that be somebody's turn to do when the number of the continuous shooting image is greater than
When setting value, the whole continuous shooting image of uniting is that the step of image combines includes:
According to the temporal information and a setting broadcasting speed, sequentially combining the continuous shooting image is an animation, using as the figure
As combination.
8. image inspection method according to claim 1, which is characterized in that the message file is read, with from the figure
The step of obtaining the continuous shooting image as in further include:
The device serial number in the message file is read with described image of classifying.
9. a kind of electronic device characterized by comprising
One screen；
One storage unit；And
One processing unit is coupled to the screen and the storage unit, and to obtain multiple images, wherein described image corresponds to multiple
Message file reads the message file, to obtain multiple continuous shooting images from described image, judges of the continuous shooting image
Whether number is greater than the set value, and when the number of the continuous shooting image is greater than the setting value, whole all continuous shooting images of uniting are
The combination of one image, and show that the image is combined in one of multiple blocks of cutting in the screen by the screen, when
When the number of the continuous shooting image is not more than the setting value, show each continuous shooting image in the area respectively by the screen
The different blocks of block.
10. electronic device according to claim 9, which is characterized in that the processing unit reads the more of the message file
A temporal information calculates the temporal information, to obtain one first image and one second image sequentially adjacent in described image
Between a time difference, and judge the time difference whether less than a time threshold value, and when the time difference be less than the time gate
When threshold value, determine that first image and second image belong to the continuous shooting image.
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