CN104243821B - A kind of acquisition methods and device of big visual angle photo - Google Patents
A kind of acquisition methods and device of big visual angle photo Download PDFInfo
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- CN104243821B CN104243821B CN201410459346.8A CN201410459346A CN104243821B CN 104243821 B CN104243821 B CN 104243821B CN 201410459346 A CN201410459346 A CN 201410459346A CN 104243821 B CN104243821 B CN 104243821B
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Abstract
The present invention is suitable for field of mobile terminals, provides a kind of acquisition methods and device of big visual angle photo, the method includes：Using the first camera and the second camera shooting mounted on same mobile terminal, corresponding first photo and the second photo are obtained；Searching has the part of same color distribution in first photo and second photo；Delete the lap in the part with same color distribution；The first photo and the second photo of the lap in the part with same color distribution are deleted in synthesis；Photo after display synthesis.The embodiment of the present invention can improve the efficiency of photo synthesis.
Description
Technical field
The invention belongs to field of mobile terminals more particularly to a kind of acquisition methods and device of big visual angle photo.
Background technology
At present, the function of mobile terminal is more and more, is generally configured with camera function.But since existing mobile terminal leads to
Often only there are one cameras, therefore, the photo at big visual angle are obtained according to existing mobile terminal, then generally use is with lower section
Formula：Camera shoots the photo of multiple different visual angles, then copies out the photo shot, and big visual angle is obtained finally by artificial synthesized
Photo.
Due to needing to copy out again artificial synthesized photo, existing big visual angle photo acquisition methods are grasped in the synthesis process
Make excessively cumbersome.
Invention content
An embodiment of the present invention provides a kind of acquisition methods of big visual angle photo, it is intended to solve existing method and be synthesized in photo
When it is cumbersome the problem of.
The embodiment of the present invention is achieved in that a kind of acquisition methods of big visual angle photo, and the method includes following steps
Suddenly：
Using the first camera and the second camera shooting mounted on same mobile terminal, corresponding first photo is obtained
With the second photo；
Searching has the part of same color distribution in first photo and second photo, described to have identical face
The part of color distribution is the part that first photo and the second photograph taking same thing obtain；
Delete the lap in the part with same color distribution；
The first photo and the second photo of the lap in the part with same color distribution are deleted in synthesis；
Photo after display synthesis.
The another object of the embodiment of the present invention is to provide a kind of acquisition device of big visual angle photo, and described device includes：
Photograph taking unit, for being shot using the first camera mounted on same mobile terminal and second camera,
Obtain corresponding first photo and the second photo；
Common portion searching unit has same color distribution for searching in first photo and second photo
Part, the part with same color distribution is obtained for first photo and the second photograph taking same thing
Part；
Lap deletes unit, for deleting the lap in the part with same color distribution；
Photo synthesis unit, for synthesizing delete the lap in the part with same color distribution first
Photo and the second photo；
Photomontage display unit, for showing the photo after synthesizing.
In embodiments of the present invention, since the first camera and second camera are installed in parallel in the same of same mobile terminal
On one side, so that the first photo and the second photo taken pictures are consistent in distribution of color so that the photograph after synthesis
Piece amalgamation is more preferable, quality higher, also, the application, without manual operations, reduces operation step during photomontage
Suddenly, operating efficiency is improved.
Description of the drawings
Fig. 1 is a kind of flow chart of the acquisition methods for big visual angle photo that first embodiment of the invention provides；
Fig. 2 is the schematic diagram that two cameras are installed in mobile terminal that first embodiment of the invention provides；
Fig. 3 is a kind of structure chart of the acquisition device for big visual angle photo that second embodiment of the invention provides.
Specific embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, it is right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
In the embodiment of the present invention, shoot to obtain using the first camera and second camera mounted on same mobile terminal
Corresponding first photo and the second photo, then the common region of first photo and second photo is found out, it deletes altogether
With the lap in region, the first photo and the second photo for deleting the lap in common region are finally synthesizing, and show
Show the photo after synthesis.
In order to illustrate technical solutions according to the invention, illustrated below by specific embodiment.
Embodiment one：
Fig. 1 shows a kind of flow chart of the acquisition methods for big visual angle photo that first embodiment of the invention provides, at this
In embodiment, two cameras are installed in the same face of same mobile terminal：First camera and second camera, this first
The photo of camera shooting is the first photo, and the photo of second camera shooting is the second photo, and the first photo and second are shone
Piece image with partial overlap by synthesizing the first photo and the second photo, obtains final photomontage.Details are as follows：
Step S11 using the first camera and the second camera shooting mounted on same mobile terminal, is obtained corresponding
First photo and the second photo.
In the step, the first camera and second camera are installed in parallel in the same face of same mobile terminal, for example,
First camera and second camera are mounted on to the back of mobile terminal, and the first camera and second camera are being carried on the back
The horizontally-parallel placement in face.Due to the installation parallel with second camera of the first camera, the first obtained photo and second shines
Piece is visually more consistent.
Preferably, in described the step of being shot using the first camera for being mounted on same mobile terminal and second camera
Before, include the following steps：
The frame per second of first camera and the frame per second of the second camera are adjusted, so that the frame of first camera
Rate is identical with the frame per second of the second camera.Specially：A1, the base that first camera and the second camera are set
Punctual clock；A2, first camera and second camera use identical master clock signal, and on the basis of master clock signal
Initialize first camera and second camera simultaneously；A3, after initialization, the frame of first camera is set
Rate and the frame per second of the second camera are identical frame per second.In above-mentioned A1~A3, the clock signal of the first camera and second
The clock signal of camera is provided with same clock, and clock signal is the square wave of frequency cycle problem.It, can in above-mentioned steps
During being initialized in the first camera and second camera, corresponding frame per second is adjusted, frame per second is locked in a fixation
Value so that the frame per second of the first camera after adjustment is identical with the frame per second of the second camera after adjustment.
Step S12 searches the part in first photo and second photo with same color distribution, the tool
It is the part that first photo and the second photograph taking same thing obtain to have the part that same color is distributed.
Since the first photo and the second photo are shown using RGB three primary colors, and the first camera and second camera are same
When shoot, therefore, the distribution of color of the things of same area on photo should be identical, be shone so as to pass through analysis first
The trichromatic distributions of RGB in piece and the second photo, further according to the trichromatic distribution feelings of RGB in the first photo and the second photo
Condition finds out the same area that the first photo and the second photograph taking arrive.
Step S13 deletes the lap in the part with same color distribution.
Since the first photo and the second photo all contain the part being distributed with same color, shone in synthesis first
Before piece and the second photo, need to delete the lap in the part with same color distribution so that the same area is only protected
Stay primary result of taking pictures.
Wherein, the step of having the lap in the part of same color distribution described in the deletion, specifically includes：
Delete has the part of same color distribution with the second photo in the first photo；As shown in Fig. 2, dash area is the
The part of same color distribution in one photo and the second photo.In the step, if deleting the shadow part in the first photo
Point, then retain the dash area in the second photo.
Alternatively,
Delete has the part of same color distribution with the first photo in the second photo；In the step, if deleting second
The dash area in photo then retains the dash area in the first photo.
Alternatively,
B1, the center line for searching the part in the first photo and the second photo with same color distribution；It calculates with identical
The line number of the part of distribution of color determines a line of the centre of the part with same color distribution, is cut from a line of the centre
It opens, obtains corresponding center line.Wherein, there is center line such as Fig. 2 of part that same color is distributed in the first photo and the second photo
It is shown.
B2, the part that the center line by the lookup adjacent with second camera is divided in the first photo is deleted；
B3, the part that the center line by the lookup adjacent with the first camera is divided in the second photo is deleted.Second shines
Refer to the example of Fig. 2 in the part that the center line by the lookup adjacent with the first camera is divided in piece.
In B1~B3, since the image-region of deletion is all the first photo (or second photo) separate in public domain
Region, therefore so that the distribution of color in the region remained and the distribution of color of the first photo (or second photo) are closer,
So that the photo of synthesis is more natural.
The first photo and the of the lap in the part with same color distribution is deleted in step S14, synthesis
Two photos.
Wherein, the first photo and the of the lap in the part with same color distribution is deleted in the synthesis
The step of two photos, specifically includes：
C1, the first photo of storage.
C2, the second photo is stored in line by line in order after first photo, the photo after being synthesized.
In C1 and C2, the first photo is stored in a memory first, which there are X rows, then by the second photo
The first row be stored in the X+1 rows of the first photo, the second row of the second photo is stored in the X+2 rows of the first photo, and so on, until
It is stored in last column of the second photo.Certainly, the first photo and the second photo synthesized here refers to delete with identical face
The first photo and the second photo of lap in the part of color distribution, and the first row of the second photo refers to and the first photo
Adjacent the first row, in this way, the sequence that just can guarantee the photo of synthesis is correct.
Step S15, the photo after display synthesis.
In the step, after photomontage, the photo after the screen display synthesis of mobile terminal.
In first embodiment of the invention, using the first camera and the second camera shooting mounted on same mobile terminal
Corresponding first photo and the second photo are obtained, then finds out the common region of first photo and second photo, is deleted
Except the lap in common region, the first photo and the second photo for deleting the lap in common region are finally synthesizing,
And show the photo after synthesis.Since the first camera and second camera are installed in parallel in the same face of same mobile terminal,
So that the first photo and the second photo taken pictures are consistent in distribution of color so that the photo fusion after synthesis
More preferable, the quality higher of property, also, the application, without manual operations, reduces operating procedure during photomontage, carries
High operating efficiency.
Embodiment two：
Fig. 3 shows a kind of structure chart of the acquisition device for big visual angle photo that second embodiment of the invention provides, in order to
Convenient for explanation, illustrate only and the relevant part of the embodiment of the present invention.
The acquisition device of the big visual angle photo includes：Photograph taking unit 31, common portion searching unit 32, lap
Delete unit 33, photo synthesis unit 34, photomontage display unit 35.Wherein：
Photograph taking unit 31, for being clapped using the first camera mounted on same mobile terminal and second camera
It takes the photograph, obtains corresponding first photo and the second photo.
Wherein, the first camera and second camera are installed in parallel in the same face of same mobile terminal, so as to get
One photo and the second photo are visually more consistent.
Preferably, the acquisition device of the big visual angle photo includes：Frame rate adjustment unit.
The frame rate adjustment unit, for adjusting the frame per second of the frame per second of first camera and the second camera, with
The frame per second for making first camera is identical with the frame per second of the second camera.Specifically, the frame rate adjustment unit includes：
Reference clock setup module, for setting the reference clock of first camera and the second camera；
Camera initial module, for using identical master clock signal in first camera and second camera
When, initialize first camera and second camera simultaneously on the basis of master clock signal；
Camera frame per second setup module for after initialization, sets the frame per second of first camera and described
The frame per second of second camera is identical frame per second.Specifically, the mistake that can also be initialized in the first camera and second camera
Cheng Zhong adjusts corresponding frame per second, frame per second is locked in a fixed value so that the frame per second of the first camera after adjustment and adjustment
The frame per second of second camera afterwards is identical.
Common portion searching unit 32, for searching in first photo and second photo with same color point
The part of cloth, the part with same color distribution are obtained for first photo and the second photograph taking same thing
The part arrived.
Wherein, the part with same color distribution refers in the first photo and the second photo with identical RGB three primary colors
The region of distribution.
Lap deletes unit 33, for deleting the lap in the part with same color distribution.
Wherein, the lap is deleted unit 33 and is included：
First repeat region removing module, for deleting the portion with the second photo in the first photo with same color distribution
Point；As shown in Fig. 2, part of the dash area for the same color distribution in the first photo and the second photo.In the step, if deleting
In addition to the dash area in the first photo, then retain the dash area in the second photo.
Alternatively,
Second repeat region removing module, for deleting the portion with the first photo in the second photo with same color distribution
Point；
Alternatively,
Center line determining module has for searching in the first photo and the second photo in the part of same color distribution
Line；
The third repeating region removing module is adjacent with second camera by the lookup in the first photo for deleting
The part of center line segmentation；
4th repeat region removing module is adjacent with the first camera by the lookup in the second photo for deleting
The part of center line segmentation.
Since the image-region of deletion is all the region far from the first photo (or second photo) in public domain,
So that the distribution of color in the region remained and the distribution of color of the first photo (or second photo) are closer, so that closing
Into photo it is more natural.
Photo synthesis unit 34, for synthesizing delete the lap in the part with same color distribution the
One photo and the second photo.
Wherein, the photo synthesis unit 34 includes：
First memory module, for storing the first photo；
Second memory module after the second photo is stored in first photo line by line in order, is synthesized
Photo afterwards.
Here the first photo and the second photo synthesized refers to delete the overlapping in the part being distributed with same color
Partial the first photo and the second photo, and the first row of the second photo refers to the first row adjacent with the first photo, in this way,
The sequence that can guarantee the photo of synthesis is correct.
Photomontage display unit 35, for showing the photo after synthesizing.
In the embodiment of the present invention, since the first camera and second camera are installed in parallel in the same of same mobile terminal
Face, so that the first photo and the second photo taken pictures are consistent in distribution of color so that the photo after synthesis
Amalgamation is more preferable, quality higher, also, the application, without manual operations, reduces operation step during photomontage
Suddenly, operating efficiency is improved.
It will appreciated by the skilled person that all or part of the steps of the method in the foregoing embodiments are can be with
Relevant hardware is instructed to complete by program, the program can be stored in a computer read/write memory medium
In, the storage medium, such as ROM/RAM, disk, CD.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
All any modification, equivalent and improvement made within refreshing and principle etc., should all be included in the protection scope of the present invention.
Claims (6)
1. a kind of acquisition methods of big visual angle photo, which is characterized in that the method includes following step：
The frame per second of the first camera and the frame per second of second camera are adjusted, so that the frame per second of first camera and described second
The frame per second of camera is identical, specially：During the first camera and second camera initialize, corresponding frame is adjusted
Frame per second is locked in a fixed value by rate so that described second after the frame per second of first camera after adjustment and adjustment
The frame per second of camera is identical；
Using mounted on first camera of same mobile terminal and second camera shooting, corresponding first is obtained
Photo and the second photo, first camera and second camera are installed in parallel in the same face of same mobile terminal；
Searching has the part of same color distribution in first photo and second photo, described with same color point
The part of cloth is the part that first photo and the second photograph taking same thing obtain；
Delete the lap in the part with same color distribution；
The first photo and the second photo of the lap in the part with same color distribution are deleted in synthesis；
Photo after display synthesis；
It is described to search the part in first photo and second photo with same color distribution, including：
The trichromatic distributions of RGB in first photo and second photo are analyzed, according to first photo and described
The trichromatic distribution situations of RGB in second photo find out the same zone that first photo and second photograph taking arrive
Domain；
The step of having the lap in the part of same color distribution described in the deletion, specifically includes：
Delete has the part of same color distribution with the second photo in the first photo；
Alternatively,
Delete has the part of same color distribution with the first photo in the second photo；
Alternatively,
Search the center line of the part in the first photo and the second photo with same color distribution；Specifically, it calculates with identical
The line number of the part of distribution of color determines a line of the centre of the part with same color distribution, is cut from a line of the centre
It opens, obtains corresponding center line；
Delete the part that the center line by the lookup adjacent with second camera is divided in the first photo；
Delete the part that the center line by the lookup adjacent with the first camera is divided in the second photo.
2. the method as described in claim 1, which is characterized in that the frame per second and described second of adjustment first camera
The step of frame per second of camera, specifically includes：
The reference clock of first camera and the second camera is set；
First camera and second camera are first simultaneously using identical master clock signal, and on the basis of master clock signal
Beginningization first camera and second camera；
After initialization, it is identical frame to set the frame per second of first camera and the frame per second of the second camera
Rate.
3. the method as described in claim 1, which is characterized in that the part with same color distribution is deleted in the synthesis
In lap the first photo and the second photo the step of specifically include：
Store the first photo；
Second photo is stored in line by line in order after first photo, the photo after being synthesized.
4. a kind of acquisition device of big visual angle photo, which is characterized in that described device includes：
Frame rate adjustment unit, for adjusting the frame per second of the frame per second of the first camera and second camera, so that first camera shooting
The frame per second of head is identical with the frame per second of the second camera, specially：In the mistake that the first camera and second camera initialize
Cheng Zhong adjusts corresponding frame per second, and frame per second is locked in a fixed value so that the frame per second of first camera after adjustment and
The frame per second of the second camera after adjustment is identical；
Photograph taking unit, for being clapped using first camera mounted on same mobile terminal and the second camera
It takes the photograph, obtains corresponding first photo and the second photo, first camera and second camera are installed in parallel in same movement
The same face of terminal；
Common portion searching unit, for searching the portion in first photo and second photo with same color distribution
Point, the part with same color distribution is the portion that first photo and the second photograph taking same thing obtain
Point；
Lap deletes unit, for deleting the lap in the part with same color distribution；
Photo synthesis unit, for synthesizing the first photo for deleting the lap in the part with same color distribution
With the second photo；
Photomontage display unit, for showing the photo after synthesizing；
The common portion searching unit, specifically for analyzing the RGB three primary colors in first photo and second photo
Distribution, the trichromatic distribution situations of RGB in first photo and second photo find out it is described first shine
The same area that piece and second photograph taking arrive；
The lap is deleted unit and is included：
First repeat region removing module, for deleting the part with the second photo in the first photo with same color distribution；
Alternatively,
Second repeat region removing module, for deleting the part with the first photo in the second photo with same color distribution；
Alternatively,
Center line determining module, for searching the center line of the part in the first photo and the second photo with same color distribution；Tool
Body, the line number of the part with same color distribution is calculated, determines that there is a line of the centre of the part of same color distribution,
It is cut from a line of the centre, obtains corresponding center line；
The third repeating region removing module, for deleting the center line by the lookup adjacent with second camera in the first photo
The part of segmentation；
4th repeat region removing module, for deleting the center line by the lookup adjacent with the first camera in the second photo
The part of segmentation.
5. device as claimed in claim 4, which is characterized in that the frame rate adjustment unit includes：
Reference clock setup module, for setting the reference clock of first camera and the second camera；
Camera initial module, for when first camera and second camera use identical master clock signal, with
First camera and second camera are initialized on the basis of master clock signal simultaneously；
Camera frame per second setup module, for after initialization, setting the frame per second and described second of first camera
The frame per second of camera is identical frame per second.
6. device as claimed in claim 4, which is characterized in that the photo synthesis unit includes：
First memory module, for storing the first photo；
Second memory module, after the second photo is stored in first photo line by line in order, after being synthesized
Photo.
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| CN105657252B (en) * | 2015-12-25 | 2018-01-02 | 青岛海信移动通信技术股份有限公司 | Image processing method and mobile terminal in a kind of mobile terminal |
| CN106210547A (en) * | 2016-09-05 | 2016-12-07 | 广东欧珀移动通信有限公司 | A kind of method of pan-shot, Apparatus and system |
| CN106791017A (en) * | 2016-11-29 | 2017-05-31 | 努比亚技术有限公司 | A kind of terminal and photographic method |
| CN108833620A (en) * | 2018-05-29 | 2018-11-16 | Oppo（重庆）智能科技有限公司 | The control method of electronic equipment and electronic equipment |
| CN113784048B (en) * | 2019-08-01 | 2023-09-19 | 深圳市道通智能航空技术股份有限公司 | Camera imaging method, camera system and unmanned aerial vehicle |
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