CN105812646A - Shooting method, shooting device, image processing method, image processing device, and communication system - Google Patents
Shooting method, shooting device, image processing method, image processing device, and communication system Download PDFInfo
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Abstract
The invention provides a shooting method, a shooting device, an image processing method, an image processing device, and a communication system, which can be used to solve the technical problems such as the limited built-in scene modes of the intelligent terminals and/or the difficulty of the user in selecting the scene modes. The shooting method is characterized in that packed image data can be uploaded to a server in a real-time manner; the scene mode issued by the server can be received, or the RGB mapping table can be calculated in the scene mode, and the issued scene mode is the scene mode selected by the server, when the object of the preview image during the image processing of the preview image is shot; according to the scene mode or the RGB mapping table, the corresponding processing can be carried out during the shooting of the object of the preview image. On one hand, the technical problem of the limited number of the conventional scene modes can be solved, and on the other hand, the technical problem of the difficulty of the user in selecting the scene modes can be solved, and therefore the quality of the shot images can be improved, and the successful candid shooting can be carried out in the scene requiring the candid shooting.
Description
Technical field
The invention belongs to wireless communication field, particularly relate to a kind of photographic method, device and image processing method, device and communication system.
Background technology
Mobile communication technology, especially intelligent terminal's technology so that the function of the intelligent terminal such as smart mobile phone, panel computer from strength to strength, has surmounted far away the simple function of communication.Can not ranting out, the intelligent terminal such as smart mobile phone has been no longer simple means of communication, but integrates the intelligent terminal of leisure, amusement and functions such as communicating.Such as, general smart mobile phone is all with photographic head, with the function that realization is taken pictures and/or imaged.
One of important indicator weighing above-mentioned intelligent terminal's shoot function is the definition of image.The image high in order to obtain definition, intelligent terminal generally has scene mode handoff functionality, it is simple to environmental selection photographed scene when user is according to shooting.Such as, user takes pictures at night, it is possible to select night scene mode so that shooting photo ratio out is more visible；And for example, personage is shot by user, then can select personage's pattern, etc..It should be noted that the selection of above-mentioned scene mode, it is possible to it is that user manually selects, it is also possible to be that intelligent terminal automatically selects.
But, no matter manually select scene mode or automatically select scene mode, it is impossible to the problem avoided is the scene mode limited amount that intelligent terminal is built-in.If wanting to increase scene mode, it is necessary to the application program of taking pictures of intelligent terminal is updated, and this will bring bigger cost.For manually selecting the shooting of scene mode, user also to suffer from a problem that it is sometimes do not know to select which type of scene mode, so, it is easy to selects the scene mode of mistake, shoots the worse photo of picture quality on the contrary.
Summary of the invention
It is an object of the invention to provide a kind of photographic method, device and image processing method, device and communication system, to solve that the built-in scene mode of existing intelligent terminal is limited and/or user does not know how to select the technical problem of scene mode.
The present invention is achieved in that a kind of image processing method, and described method includes:
The compressing image data that mobile terminal is uploaded in real time decompresses, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
According to the described preview image decompressing and obtaining, from scene database, mate the object in described preview image should select scene mode when being taken；
By the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table.
Another object of the present invention is to provide a kind of photographic method, described method includes:
Uploading compressing image data in real time to server, described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；
Receive scene mode that described server issues or under described scene mode, calculate gained RGB mapping table, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
According to described scene mode or described RGB mapping table, during object in shooting described preview image, carry out respective handling.
Another object of the present invention is to provide a kind of image processing apparatus, described device includes:
Decompression module, decompresses for the compressing image data that mobile terminal is uploaded in real time, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
Matching module, for according to the described preview image decompressing and obtaining, mating the object in described preview image and should select scene mode when being taken from scene database；
Delivery module, for by the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table.
Another object of the present invention is to provide a kind of camera arrangement, described device includes:
Upper transmission module, for uploading compressing image data to server in real time, described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；
Receiver module, for receiving scene mode that described server issues or calculating gained RGB mapping table under described scene mode, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
Processing module, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
Another object of the present invention is to provide a kind of communication system, described communication system includes mobile terminal and server, and described mobile terminal includes transmission module, receiver module and processing module, and described server includes decompression module, matching module and delivery module；
Described decompression module, decompresses for the compressing image data that described upper transmission module is uploaded in real time, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
Described matching module, for according to the described preview image decompressing and obtaining, mating the object in described preview image and should select scene mode when being taken from scene database；
Described delivery module, for by the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table；
Described upper transmission module, for uploading described compressing image data extremely described server in real time；
Described receiver module, for receiving scene mode or the described RGB mapping table that described delivery module issues, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
Described processing module, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
From the invention described above technical scheme, after the view data that the preview image that mobile terminal obtains before compressing image data and mobile terminal being taken pictures obtains after compression is uploaded onto the server in real time, compressing image data is decompressed by server, and then from scene database, mate the object in described preview image should select scene mode when being taken according to decompressing the preview image obtained, at coupling gained scene mode or calculate after the RGB mapping table of gained is sent to mobile terminal under described scene mode, mobile terminal carries out respective handling according to described scene mode or described RGB mapping table when shooting described object.On the one hand, it is available for coupling owing to server-side has the scene mode of magnanimity, therefore, the invention solves a limited number of technical problem of the scene mode of prior art；On the other hand, view data is all real-time Transmission, the selection of scene mode all transfers to server to determine, it is performed manually by without user, both solved user does not know how to select scene mode, do not know how to select scene mode to carry out the technical problem shot particularly under complicated shooting environmental, and then improve the shooting quality of photo, can quickly provide again a suitable scene mode so that user can successfully capture under needing the occasion captured.
Accompanying drawing explanation
Fig. 1 be the embodiment of the present invention one provide take pictures realize schematic flow sheet；
Fig. 2 be the embodiment of the present invention two provide image processing method realize schematic flow sheet；
Fig. 3 is the structural representation of the image processing apparatus that the embodiment of the present invention three provides；
Fig. 4 is the structural representation of the image processing apparatus that the embodiment of the present invention four provides；
Fig. 5 is the structural representation of the image processing apparatus that the embodiment of the present invention five provides；
Fig. 6-a is the structural representation of the image processing apparatus that the embodiment of the present invention six provides；
Fig. 6-b is the structural representation of the image processing apparatus that the embodiment of the present invention seven provides；
Fig. 6-c is the structural representation of the image processing apparatus that the embodiment of the present invention eight provides；
Fig. 7 is the structural representation of the camera arrangement that the embodiment of the present invention nine provides；
Fig. 8-a is the structural representation of the camera arrangement that the embodiment of the present invention ten provides；
Fig. 8-b is the structural representation of the camera arrangement that the embodiment of the present invention 11 provides；
Fig. 9 is the structural representation of the communication system that the embodiment of the present invention 12 provides.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and beneficial effect clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
The embodiment of the present invention provides a kind of photographic method, and described method includes: upload compressing image data in real time to server, and described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；Receive scene mode that described server issues or under described scene mode, calculate gained RGB mapping table, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；According to described scene mode or described RGB mapping table, during object in shooting described preview image, carry out respective handling.The embodiment of the present invention also provides for corresponding camera arrangement and image processing method, device and communication system.It is described in detail individually below.
Refer to accompanying drawing 1, be the embodiment of the present invention one provide take pictures realize flow process, its executive agent can be the mobile terminal with shoot function, for instance, with the smart mobile phone of shoot function, panel computer etc., mainly include the following steps that S101 to step S103:
S101, uploads compressing image data in real time to server, and described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression.
In embodiments of the present invention, mobile terminal start before taking pictures its with photographic head time, camera lens automatically lock need shooting object, for instance, landscape, personage etc., thereby through camera lens image collecting function obtain subject preview image.In order to save resource, mobile terminal can upload onto the server after the preview image obtained is compressed in real time again.
It should be noted that, in embodiments of the present invention, mobile terminal uploads onto the server after the preview image obtained is compressed in real time again, on the one hand, can be simply relatively stable at image frame by mobile terminal, such as, when focusing intact, upload onto the server again after the width preview image obtained is compressed, upload onto the server again without after all the time the preview image got being compressed；On the other hand, mobile terminal uploads preview image in real time, is embodied in image frame relatively stable, for instance when focusing intact, mobile terminal can upload onto the server after being compressed by the width preview image obtained again, without keeping in or being stored in mobile terminal.
S102, receive the scene mode that issues of server or under described scene mode, calculate gained RGB mapping table, described in the scene mode that issues be described server when preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken.
In embodiments of the present invention, the scene mode issued be described server when preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken, it is obtained in the following manner by server, that is, the described compressing image data described mobile terminal uploaded in real time decompresses；According to the described preview image decompressing and obtaining, from scene database, mate the object in described preview image should select scene mode when being taken, its technical scheme specifically illustrates in the embodiment of subsequent drawings 2, if it is necessary, from then on reader can skip to consults related embodiment below.
S103, according to the step S102 scene mode received or RGB mapping table, carries out respective handling during object in shooting preview image.
In an embodiment of the invention, the scene mode of mobile terminal it is issued to according to server, carry out respective handling during object in shooting preview image and may is that the acquisition parameters calling relevant interface change mobile terminal, after the screening-mode of described mobile terminal is set to described scene mode, the object in preview image is shot.This is because, some scene mode needs to change some acquisition parameters, such as, when scene mode is night scene mode, need to open flash lamp, when scene mode is macro mode, it is necessary to carry out focusing or regulating the angle of visual field etc., therefore, these occasions realize such as through the acquisition parameters calling relevant interface change mobile terminal.After have changed the acquisition parameters of mobile terminal, the object in preview image is shot by the scene mode (namely server is issued to the scene mode of mobile terminal after overmatching) that just can be set to the screening-mode of mobile terminal receive.
In another embodiment, the scene mode of mobile terminal it is issued to according to server, carry out respective handling during object in shooting preview image and may is that according to scene mode, corresponding filter is selected to preserve after described preview image carries out real-time rendering, such as, if it is landscape configuration that server is issued to the scene mode of mobile terminal, then preview image can be carried out image enhaucament by mobile terminal pattern accordingly, in order to existing best image quality；And for example, if it is personage's pattern that server is issued to the scene mode of mobile terminal, then preview image can be carried out U.S. face process by mobile terminal pattern accordingly, in order to realize best image quality；And for example, if it is rainy day pattern that server is issued to the scene mode of mobile terminal, then preview image can be carried out rainy day special effect processing by mobile terminal pattern accordingly, for instance, picture adds raindrop or lightning, picture is adjusted to low key tone etc., in order to realize best image quality；And for example, if the scene mode that server is issued to mobile terminal is pattern at dusk, then preview image can be carried out special effect processing at dusk by mobile terminal pattern accordingly, for instance, picture is adjusted to pale yellow tone etc., in order to realize best image quality.It should be noted that the above-mentioned mode that renders that preview image is carried out is merely illustrative, the real-time rendering that preview image carries out is not limited to above-mentioned several ways by mobile terminal, other can also be had to select according to scene mode.
In an alternative embodiment of the invention, according to the step S102 RGB mapping table received, carry out respective handling during object in shooting preview image and may is that according to RGB (RedGreenBlue, RGB) one-to-one relationship of pixel value after the pixel value of each passage of RGB triple channel and special effect processing in mapping table and RGB mapping table, map by searching this RGB, by the image being transformed to after special effect processing of preview image, such as, it is transformed to dusk or sunrise etc. and there is the image of special-effect, to realize the real-time rendering to preview image；The calculating of RGB mapping table, its detailed technology scheme illustrates in the embodiment of subsequent drawings 2, if it is necessary, from then on reader can skip to consults related embodiment below.
Photographic method from above-mentioned accompanying drawing 1 example, after the view data that the preview image that mobile terminal obtains before compressing image data and mobile terminal being taken pictures obtains after compression is uploaded onto the server in real time, compressing image data is decompressed by server, and then from scene database, mate the object in described preview image should select scene mode when being taken according to decompressing the preview image obtained, at coupling gained scene mode or calculate after the RGB mapping table of gained is sent to mobile terminal under described scene mode, mobile terminal carries out respective handling according to described scene mode or described RGB mapping table when shooting described object.
On the one hand, it is available for coupling owing to server-side has the scene mode of magnanimity, therefore, the invention solves a limited number of technical problem of the scene mode of prior art；On the other hand, view data is all real-time Transmission, the selection of scene mode all transfers to server to determine, it is performed manually by without user, both solved user does not know how to select scene mode, do not know how to select scene mode to carry out the technical problem shot particularly under complicated shooting environmental, and then improve the shooting quality of photo, can quickly provide again a suitable scene mode so that user can successfully capture under needing the occasion captured.
Refer to accompanying drawing 2, be the embodiment of the present invention two provide image processing method realize flow process, its executive agent can be the server in the photographic method of accompanying drawing 1 example, for instance, it is possible to be the Cloud Server with communication of mobile terminal.The image processing method of accompanying drawing 2 example mainly includes the following steps that S201 to step S203:
S201, the compressing image data that mobile terminal is uploaded in real time decompresses, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression.
In embodiments of the present invention, compressing image data be mobile terminal start before taking pictures its with photographic head time, camera lens automatically lock need shooting object (such as, landscape, personage etc.), the view data after obtaining the preview image of subject by the image collecting function of camera lens and be compressed.
S202, according to decompressing the preview image obtained through step S201, mates the object in described preview image from scene database and should select scene mode when being taken.
In embodiments of the present invention, the contextual data library storage of server-side has several scenes pattern, has mass picture under each scene mode.As one embodiment of the invention, according to decompressing the preview image obtained through step S201, from scene database, mate the object in described preview image scene mode should be selected when being taken to may include steps of S2021 to step S2023:
S2021, by preview image and the picture contrast under various scene modes in scene database.
S2022, in statistics scene database under various scene modes with the object in preview image residing for scene there is the quantity of picture of similar scene.
Such as, through the contrast of step S2021, in scene database, the picture of night scene mode has L to open, and wherein, has scene residing for the night scene mode of l pictures and the object in preview image to have similar scene；In scene database, the picture of landscape configuration has M to open, and wherein, has scene residing for the landscape configuration of m pictures and the object in preview image to have similar scene；In scene database, the picture of personage's pattern has N to open, and wherein, has scene residing for personage's pattern of n pictures and the object in preview image to have similar scene, etc..
S2023, if in the statistics acquired results of step S2022, under scene database Scene pattern Mp to the object in preview image residing for the quantity of picture of the similar scene of scene maximum, then described scene mode Mp is defined as the object in described preview image and should select scene mode when being taken.
Citing according to step S2022, it is assumed that in l, m and n, three compares, and l is maximum, then the object being defined as by night scene mode in preview image should select scene mode when being taken.
As another embodiment of the present invention, according to decompressing the preview image obtained through step S201, from scene database, mate the object in described preview image scene mode should be selected when being taken to may include steps of S ' 2021 to step S ' 2023:
S ' 2021, obtains the primary color information of preview image and main hue information.
Specifically, in embodiments of the present invention, the primary color information obtaining preview image may be accomplished by:
First, to three passages red, green, blue, a n bit array is respectively set up.In order to subsequent descriptions is convenient, here this n bit array is called array nHistogram, and is initialized as 0.For red (Red, R), (Blue, B) three passages green (Green, G), blue, R, G, B are respectively arranged with 256 kinds of colors, each color is divided into n group, then often group has 256/n kind colouring information, namely, it is actually and 256 GTGs are reduced to 32 GTGs, wherein, the value of n can not be too big, also can not be too little.This is because, the value of n is too big, effectively array cannot be grouped, not reach the effect of classification, and the value of n is too little, then namely the variation that can not show primary color can not reflect the variation of scene.In embodiments of the present invention, n takes 32, the 256 kinds of colors having by each passage of R, G, B are divided into 32 groups, often 8 kinds of colouring informations of group, 0～7 is the first group #, and 8～15 is the second group #, 16～23 is the 3rd group #, color gamut is in (s-1) * 8 to s*8-1, belongs to s group #, by that analogy.
Secondly, preview image is carried out Gaussian Blur process, obtains broad image.
Again, each pixel of broad image is traveled through, obtain the three-channel color value of R, G, B of image, and the color gamut numbering residing for this value is carried out cumulative statistics to array nHistogram.Such as, when, under this passage red, the pixel value of certain position is 100；Due to 100, belonging to (13-1) * 8 to 13*8-1 is [96,103] between, it is under colouring information the 13rd group, then nHistogram_red [13] +=1 i.e. nHistogram_red [[13]=nHistogram_red [[13]+1；For another example, when, under this passage green, the pixel value of certain position is 41；Due to 100, to belong to (6-1) * 8 to 6*8-1 be between [40,47], is under colouring information the 6th group, then nHistogram_blue [6] +=1 i.e. nHistogram_blue [[6]=nHistogram_blue [[6]+1；By that analogy, under statistics red, green, blue triple channel the colouring information of all pixels in respective array nHistogram.
Finally, primary color information is obtained according to the array nHistogram of three passages of red, green, blue counted on.
As it was previously stated, 256 GTGs are reduced 32 GTGs.In the embodiment of the present invention, primary color be defined as a kind of color and, and color value i.e. 0 to the 32-1 of each index is multiplied by number and the nHistogram that this color value occurs within the scope of 32 gray scale color, the cumulative numerical value obtained be color and, this color and the primary color information as preview image.
After obtaining the primary color information of preview image, the main hue information of preview image just can according to its primary color acquisition of information.In embodiments of the present invention, it is possible to by the primary color information of preview image, be transformed into HSV color space by rgb color space, the value obtained after conversion is the main hue information of preview image.
S ' 2022, by the primary color information of step S ' 2021 preview image obtained and the primary color information contrast of picture under various scene modes in scene database, and/or by the main hue information of step S ' 2021 preview image obtained and the main hue information contrast of picture under various scene modes in described scene database.
Such as, by the primary color information of step S ' 2021 preview image obtained and the picture primary color information contrast of night scene mode in scene database, and/or by main to the main hue information of step S ' 2021 preview image obtained and the picture of night scene mode in scene database hue information contrast；For another example, by the primary color information of step S ' 2021 preview image obtained and the picture primary color information contrast of landscape configuration in scene database, and/or by main to the main hue information of step S ' 2021 preview image obtained and the picture of landscape configuration in scene database hue information contrast；And for example, by the primary color information of step S ' 2021 preview image obtained and the picture primary color information contrast of personage's pattern in scene database, and/or by main to the main hue information of step S ' 2021 preview image obtained and the picture of personage's pattern in scene database hue information contrast, etc..
S ' 2023, if the primary color information of picture differs minimum with the primary color information of described preview image under scene database Scene pattern Mc, and/or under described scene database Scene pattern Mc, the main hue information of picture differs minimum with the main hue information of described preview image, then described scene mode Mc is defined as the object in described preview image and should select scene mode when being taken.
Illustration according to above-mentioned steps S ' 2022, if the primary color information of the preview image of step S ' 2021 acquisition differs with the picture primary color information of night scene mode in scene database is recorded as l, and/or the main hue information of the preview image of step S ' 2021 acquisition differs with the main hue information of the picture of night scene mode in scene database and is recorded as ' l；For another example, if the primary color information of the preview image of step S ' 2021 acquisition differs with the picture primary color information of landscape configuration in scene database is recorded as m, and/or the main hue information of the preview image of step S ' 2021 acquisition differs with the main hue information of the picture of landscape configuration in scene database and is recorded as ' m；And for example, if the primary color information of the preview image of step S ' 2021 acquisition differs with the picture primary color information of personage's pattern in scene database is recorded as n, and/or the main hue information of the preview image of step S ' 2021 acquisition differs with the main hue information of the picture of personage's pattern in scene database and is recorded as ' n.Further, if the relation between l, m and n three is m > l > n, and/or ' l, ' m and ' n three between relation be ' m > ' l > ' n, then described landscape configuration is defined as the object in described preview image and should select scene mode when being taken.
S203, the scene mode of gained will be mated through step S202 or under the scene mode of described coupling gained, calculate gained RGB mapping table be sent to mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting preview image of described scene mode or described RGB mapping table.
Server will mate the scene mode of gained or calculates after gained RGB mapping table is sent to mobile terminal under the scene mode of described coupling gained through step S202, mobile terminal carries out respective handling when mating the scene mode of gained or the described RGB mapping table object in shooting preview image according to step S202, the explanation of a pair step S103 of previous embodiment can be consulted, do not repeat herein.
In the invention described above embodiment, server calculates the RGB mapping table under the scene mode of coupling gained and may is that the mapping function under with function y=f (x) for coupling certain scene mode of gained, such as, it can be specifically special effect processing transforming function transformation function, with the pixel value of the RGB triple channel passage of original image for x, wherein, 0 < x < 1, after function y=f (x), the pixel value of output is y, and the pixel value after this pixel value of original image and conversion is set up corresponding relation；After the pixel value after all pixel values and conversion of original image all sets up one-to-one relationship, it is equivalent to calculating and obtains a RGB mapping table.After the RGB mapping table calculating gained under described scene mode is sent to mobile terminal by server, mobile terminal has only to search the corresponding RGB mapping table of this scene mode, preview image can be transformed to the image after special effect processing, such as, it is transformed to dusk or sunrise etc. and there is the image of special-effect, thus preview image processing speed at mobile terminal is greatly improved.
Image processing method from above-mentioned accompanying drawing 2 example, after the view data that the preview image that mobile terminal obtains before compressing image data and mobile terminal being taken pictures obtains after compression is uploaded onto the server in real time, compressing image data is decompressed by server, and then from scene database, mate the object in described preview image should select scene mode when being taken according to decompressing the preview image obtained, at coupling gained scene mode or calculate after the RGB mapping table of gained is sent to mobile terminal under described scene mode, mobile terminal carries out respective handling according to described scene mode or described RGB mapping table when shooting described object.On the one hand, it is available for coupling owing to server-side has the scene mode of magnanimity, therefore, the invention solves a limited number of technical problem of the scene mode of prior art；On the other hand, view data is all real-time Transmission, the selection of scene mode all transfers to server to determine, it is performed manually by without user, both solved user does not know how to select scene mode, do not know how to select scene mode to carry out the technical problem shot particularly under complicated shooting environmental, and then improve the shooting quality of photo, can quickly provide again a suitable scene mode so that user can successfully capture under needing the occasion captured.
Refer to accompanying drawing 3, it it is the structural representation of the image processing apparatus that the embodiment of the present invention three provides, the image processing apparatus of accompanying drawing 3 example can be the executive agent of the image processing method of accompanying drawing 2 example, such as, the server communicated with mobile terminal can be able to, such as, Cloud Server, or the functional module etc. in these servers.For the ease of illustrating, accompanying drawing 3 illustrate only the part relevant to the embodiment of the present invention.The image processing apparatus of accompanying drawing 3 example mainly includes decompression module 301, matching module 302 and delivery module 303, and each module describes in detail as follows:
Decompression module 301, decompresses for the compressing image data that mobile terminal is uploaded in real time, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
Matching module 302, for decompressing the preview image obtained according to decompression module 301, mates the object in described preview image from scene database and should select scene mode when being taken；
Delivery module 303, for matching module 302 being mated the scene mode of gained or mating at matching module 302 and calculate gained RGB mapping table under the scene mode of gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table.Mobile terminal is carried out respective handling when mating the scene mode of gained or the described RGB mapping table object in shooting described preview image according to matching module 302 and can be realized by the rendering unit 802 arranging unit 801 and accompanying drawing 8-b example of the processing module 703 of accompanying drawing 7 example, accompanying drawing 8-a example, from then on reader can skip to subsequent embodiment, the embodiment of accompanying drawings 7 to processing module 703, accompanying drawing 8-a to arranging unit 801 and the accompanying drawing 8-b related description to rendering unit 802.
It should be noted that, in the embodiment of the image processing apparatus of the figures above 3 example, the division of each functional module is merely illustrative of, can be as required in practical application, the convenient consideration of the configuration requirement of such as corresponding hardware or the realization of software, and above-mentioned functions distribution is completed by different functional modules, it is divided into different functional modules by the internal structure of described image processing apparatus, to complete all or part of function described above.And, in practical application, corresponding functional module in the present embodiment can be realized by corresponding hardware, corresponding software can also be performed by corresponding hardware to complete, such as, aforesaid decompression module, it is possible to be have to perform the hardware that the aforementioned compressing image data that mobile terminal is uploaded in real time decompresses, such as decompression machine, it is also possible to be able to perform corresponding computer program thus completing general processor or other hardware devices of aforementioned function；For another example aforesaid matching module, can be carried out decompressing, according to decompression module (or decompression machine), the preview image obtained, from scene database, mate the object in described preview image should select the hardware of scene mode when being taken, such as adapter, it is also possible to be able to perform corresponding computer program thus completing general processor or other hardware devices (each embodiment that this specification provides all can apply foregoing description principle) of aforementioned function.
Accompanying drawings 4, the matching module 302 of accompanying drawing 3 example can include the first contrast unit 401, statistic unit 402 and first determines unit 403, the image processing apparatus that the embodiment of the present invention four provides as shown in Figure 4, wherein:
First contrast unit 401, for by preview image and the picture contrast under various scene modes in scene database；
Statistic unit 402, for add up in scene database under various scene modes with the object in preview image residing for scene there is the quantity of picture of similar scene；
First determines unit 403, if adding up in acquired results for statistic unit 402, under described scene database Scene pattern Mp to described object residing for the quantity of picture of the similar scene of scene maximum, then described scene mode Mp is defined as the object in described preview image and should select scene mode when being taken.
The matching module 302 of accompanying drawing 3 example can include acquiring unit the 501, second contrast unit 502 and second and determine unit 503, the image processing apparatus that the embodiment of the present invention five provides as shown in Figure 5, wherein:
Acquiring unit 501, for obtaining the primary color information of preview image and main hue information；
Second contrast unit 502, for the primary color information of preview image is contrasted with the primary color information of picture under various scene modes in described scene database, and/or by the main hue information of preview image and the main hue information contrast of picture under various scene modes in described scene database；
Second determines unit 503, if being that under described scene database Scene pattern Mc, the primary color information of picture differs minimum with the primary color information of described preview image for the second comparing result contrasting unit 502, and/or under described scene database Scene pattern Mc, the main hue information of picture differs minimum with the main hue information of described preview image, then described scene mode Mc is defined as the object in described preview image and should select scene mode when being taken.
The image processing apparatus of accompanying drawing 3 to accompanying drawing 5 any example can also include computing module 601, such as accompanying drawing 6-a to the embodiment of the present invention six to eight shown in the accompanying drawing 6-c image processing apparatus provided.Computing module 601 decompresses the preview image obtained for matching module 302 according to decompression module 301, mate after the object in described preview image should select scene mode when being taken from scene database, calculate the RGB mapping table under the scene mode of coupling gained.
Refer to accompanying drawing 7, it it is the structural representation of the camera arrangement that the embodiment of the present invention nine provides, the camera arrangement of accompanying drawing 7 example can be the executive agent of the photographic method of accompanying drawing 1 example, such as, the mobile terminal communicated with server or the functional module etc. in this mobile terminal can be able to.For the ease of illustrating, accompanying drawing 7 illustrate only the part relevant to the embodiment of the present invention.The camera arrangement of accompanying drawing 7 example mainly includes transmission module 701, receiver module 702 and processing module 703, and each module describes in detail as follows:
Upper transmission module 701, for uploading compressing image data to server in real time, described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；
Receiver module 702, for receiving scene mode that described server issues or calculating gained RGB mapping table under described scene mode, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken.In the present embodiment, the scene mode that server issues can pass through the matching module 302 of accompanying drawing 3 example, first contrast unit 401 of accompanying drawing 4 example, statistic unit 402 and first determines unit 403 and the acquiring unit 501 of accompanying drawing 5 example, second contrast unit 502 and second determines that unit 503 realizes, reader be referred to that the aforementioned matching module 302 to accompanying drawing 3 example, first contrast unit 401 of accompanying drawing 4 example, statistic unit 402 and first determines unit 403 and the acquiring unit 501 of accompanying drawing 5 example, second contrast unit 502 and second determines the related description of unit 503, do not repeat herein；
Processing module 703, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
It should be noted that, in the embodiment of the camera arrangement of the figures above 7 example, the division of each functional module is merely illustrative of, can be as required in practical application, the convenient consideration of the configuration requirement of such as corresponding hardware or the realization of software, and above-mentioned functions distribution is completed by different functional modules, it is divided into different functional modules by the internal structure of described camera arrangement, to complete all or part of function described above.And, in practical application, corresponding functional module in the present embodiment can be realized by corresponding hardware, corresponding software can also be performed by corresponding hardware to complete, such as, aforesaid receiver module, it is possible to be have to perform the scene mode that aforementioned reception server issues or the hardware calculating gained RGB mapping table under described scene mode, such as receptor, it is also possible to be able to perform corresponding computer program thus completing general processor or other hardware devices of aforementioned function；For another example aforesaid processing module, can be carried out aforementioned according to scene mode or RGB mapping table, the hardware of respective handling is carried out when shooting the object in described preview image, such as processor, it is also possible to be able to perform corresponding computer program thus completing general processor or other hardware devices (each embodiment that this specification provides all can apply foregoing description principle) of aforementioned function.
The processing module 703 of accompanying drawing 7 example can include arranging unit 801 or rendering unit 802, the camera arrangement that the embodiment of the present invention ten or embodiment 11 as shown in accompanying drawing 8-a or accompanying drawing 8-b provide, wherein:
Unit 801 is set, changes the acquisition parameters of described mobile terminal for calling relevant interface, after the screening-mode of described mobile terminal is set to described scene mode, described object is shot；
Rendering unit 802, for selecting corresponding filter to preserve after preview image carries out real-time rendering according to scene mode.
Refer to accompanying drawing 9, be the structural representation of the communication system that the embodiment of the present invention 12 provides.For the ease of illustrating, accompanying drawing 9 illustrate only the part relevant to the embodiment of the present invention.The communication system of accompanying drawing 9 example includes mobile terminal 901 and server 902, wherein, mobile terminal 901 can be the executive agent of the photographic method of accompanying drawing 1 example, or the camera arrangement of accompanying drawing 7 to 8-b example, server 902 can be the executive agent of the image processing method of accompanying drawing 2 example, or the image processing apparatus of accompanying drawing 3 to 6-c example, mobile terminal 901 includes transmission module 903, receiver module 904 and processing module 905, server 902 includes decompression module 906, matching module 907 and delivery module 908, and each module describes in detail as follows:
Decompression module 906, decompresses for the compressing image data that upper transmission module 903 is uploaded in real time, and described compressing image data is the view data that the preview image obtained before mobile terminal 901 is taken pictures obtains after compression；
Matching module 907, for decompressing the preview image obtained according to decompression module 706, the object mated in preview image from scene database should select scene mode when being taken；
Delivery module 908, for by the scene mode of coupling gained or calculate gained RGB mapping table under the scene mode of coupling gained and be sent to mobile terminal 901, so that carrying out respective handling when mobile terminal 901 is according to object in shooting described preview image of described scene mode or described RGB mapping table；
Upper transmission module 903, for uploading compressing image data in real time to server 902；
Receiver module 904, for receiving scene mode or the described RGB mapping table that delivery module 908 issues, described in the scene mode that issues be server 902 when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
Processing module 905, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
It should be noted that, the contents such as the information between each module/unit of said apparatus is mutual, execution process, due to the inventive method embodiment based on same design, its technique effect brought is identical with the inventive method embodiment, particular content referring to the narration in the inventive method embodiment, can repeat no more herein.
One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment can be by the hardware that program carrys out instruction relevant and completes, this program can be stored in a computer-readable recording medium, storage medium may include that read only memory (ROM, ReadOnlyMemory), random access memory (RAM, RandomAccessMemory), disk or CD etc..
A kind of photographic method, device and image processing method, device and the communication system that above the embodiment of the present invention are provided are described in detail, principles of the invention and embodiment are set forth by specific case used herein, and the explanation of above example is only intended to help to understand method and the core concept thereof of the present invention；Simultaneously for one of ordinary skill in the art, according to the thought of the present invention, all will change in specific embodiments and applications, in sum, this specification content should not be construed as limitation of the present invention.
Claims (14)
1. an image processing method, it is characterised in that described method includes:
The compressing image data that mobile terminal is uploaded in real time decompresses, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
According to the described preview image decompressing and obtaining, from scene database, mate the object in described preview image should select scene mode when being taken；
By the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table.
2. the method for claim 1, it is characterised in that the described preview image obtained according to described decompression, mates the object in described preview image from scene database and should select scene mode when being taken, including:
By described preview image and the picture contrast under various scene modes in described scene database；
Add up in described scene database under various scene modes with the object in described preview image residing for scene there is the quantity of picture of similar scene；
If in described statistics acquired results, under described scene database Scene pattern Mp to described object residing for the quantity of picture of the similar scene of scene maximum, then described scene mode Mp is defined as the object in described preview image and should select scene mode when being taken.
3. the method for claim 1, it is characterised in that the described preview image obtained according to described decompression, mates the object in described preview image from scene database and should select scene mode when being taken, including:
Obtain the primary color information of described preview image and main hue information；
By the primary color information of described preview image and the primary color information contrast of picture under various scene modes in described scene database, and/or by the main hue information of described preview image and the main hue information contrast of picture under various scene modes in described scene database；
If the primary color information of picture differs minimum with the primary color information of described preview image under described scene database Scene pattern Mc, and/or under described scene database Scene pattern Mc, the main hue information of picture differs minimum with the main hue information of described preview image, then described scene mode Mc is defined as the object in described preview image and should select scene mode when being taken.
4. the method as described in claims 1 to 3 any one, it is characterised in that described according to the described preview image decompressing and obtaining, mates after the object in described preview image should select scene mode when being taken from scene database, also includes:
Calculate the RGB mapping table under the scene mode of coupling gained.
5. a photographic method, it is characterised in that described method includes:
Uploading compressing image data in real time to server, described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；
Receive scene mode that described server issues or under described scene mode, calculate gained RGB mapping table, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
According to described scene mode or described RGB mapping table, during object in shooting described preview image, carry out respective handling.
6. method as claimed in claim 5, it is characterised in that described according to described scene mode, carries out respective handling during object in shooting described preview image, including:
Call relevant interface and change the acquisition parameters of described mobile terminal, after the screening-mode of described mobile terminal is set to described scene mode, described object is shot；Or
Corresponding filter is selected to preserve after described preview image carries out real-time rendering according to described scene mode.
7. method as claimed in claim 5, it is characterised in that when described preview image is carried out image procossing by described server, the object in preview image described in gained should select scene mode to be obtain in the following manner when being taken:
The described compressing image data that described mobile terminal is uploaded in real time decompresses；
According to the described preview image decompressing and obtaining, from scene database, mate the object in described preview image should select scene mode when being taken.
8. an image processing apparatus, it is characterised in that described device includes:
Decompression module, decompresses for the compressing image data that mobile terminal is uploaded in real time, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
Matching module, for according to the described preview image decompressing and obtaining, mating the object in described preview image and should select scene mode when being taken from scene database；
Delivery module, for by the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table.
9. device as claimed in claim 8, it is characterised in that described matching module includes:
First contrast unit, for by described preview image and the picture contrast under various scene modes in described scene database；
Statistic unit, for add up in described scene database under various scene modes with the object in described preview image residing for scene there is the quantity of picture of similar scene；
First determines unit, if adding up in acquired results for described statistic unit, under described scene database Scene pattern Mp to described object residing for the quantity of picture of the similar scene of scene maximum, then described scene mode Mp is defined as the object in described preview image and should select scene mode when being taken.
10. device as claimed in claim 8, it is characterised in that described matching module includes:
Acquiring unit, for obtaining the primary color information of described preview image and main hue information；
Second contrast unit, for the primary color information of described preview image is contrasted with the primary color information of picture under various scene modes in described scene database, and/or by the main hue information of described preview image and the main hue information contrast of picture under various scene modes in described scene database；
Second determines unit, if being that under described scene database Scene pattern Mc, the primary color information of picture differs minimum with the primary color information of described preview image for the described second comparing result contrasting unit, and/or under described scene database Scene pattern Mc, the main hue information of picture differs minimum with the main hue information of described preview image, then described scene mode Mc is defined as the object in described preview image and should select scene mode when being taken.
11. the device as described in claim 8 to 10 any one, it is characterised in that described device also includes:
Computing module, for matching module according to the described preview image decompressing and obtaining, mates after the object in described preview image should select scene mode when being taken from scene database, calculates the RGB mapping table under the scene mode of coupling gained.
12. a camera arrangement, it is characterised in that described device includes:
Upper transmission module, for uploading compressing image data to server in real time, described compressing image data is the view data that the preview image obtained before mobile terminal is taken pictures obtains after compression；
Receiver module, for receiving scene mode that described server issues or calculating gained RGB mapping table under described scene mode, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
Processing module, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
13. device as claimed in claim 12, it is characterised in that described processing module includes:
Unit is set, changes the acquisition parameters of described mobile terminal for calling relevant interface, after the screening-mode of described mobile terminal is set to described scene mode, described object is shot；Or
Rendering unit, for selecting corresponding filter to preserve after described preview image carries out real-time rendering according to described scene mode.
14. a communication system, it is characterised in that described communication system includes mobile terminal and server, described mobile terminal includes transmission module, receiver module and processing module, and described server includes decompression module, matching module and delivery module；
Described decompression module, decompresses for the compressing image data that described upper transmission module is uploaded in real time, and described compressing image data is the view data that the preview image obtained before described mobile terminal is taken pictures obtains after compression；
Described matching module, for according to the described preview image decompressing and obtaining, mating the object in described preview image and should select scene mode when being taken from scene database；
Described delivery module, for by the scene mode of described coupling gained or calculate gained RGB mapping table under the scene mode of described coupling gained and be sent to described mobile terminal, so that carrying out respective handling when described mobile terminal is according to object in shooting described preview image of described scene mode or described RGB mapping table；
Described upper transmission module, for uploading described compressing image data extremely described server in real time；
Described receiver module, for receiving scene mode or the described RGB mapping table that described delivery module issues, described in the scene mode that issues be described server when described preview image is carried out image procossing the object in preview image described in gained should select scene mode when being taken；
Described processing module, for according to described scene mode or described RGB mapping table, carries out respective handling during object in shooting described preview image.
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