CN103886352A - Processing method and device for two-dimensional code - Google Patents
Processing method and device for two-dimensional code Download PDFInfo
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- CN103886352A CN103886352A CN201410058803.2A CN201410058803A CN103886352A CN 103886352 A CN103886352 A CN 103886352A CN 201410058803 A CN201410058803 A CN 201410058803A CN 103886352 A CN103886352 A CN 103886352A
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Abstract
The invention provides a processing method and a device for a two-dimensional code. The processing device determines color matching information corresponding to the original two-dimensional code according to the target scene information of the original two-dimensional code for application and processes the original two-dimensional code in order to obtain the corresponding two-dimensional code according to the color matching information. Compared with the prior art, the invention determines the color matching information corresponding to the original two-dimensional code target scene information according to the target scene information of the original two-dimensional code for to be applied, performs filling processing on the particles in the original two-dimensional code according to the color matching information, and acquiring the target two-dimensional code integrating with the target scene so as to enhance the integration degree of the two-dimensional code and the real object or the scene and reduce the operation cost for the user to optimize the two-dimensional code. The invention enables the two-dimensional code to be identified easily and improves the efficiency of acquiring information by the user.
Description
Technical field
The present invention relates to planar bar code technology field, relate in particular to a kind of technology for Quick Response Code processing.
Background technology
Along with the development of mobile Internet, the application scenario of Quick Response Code is more and more, becomes a kind of effectively information representation and transmits medium.But current Quick Response Code only adopts pure color or black and white to form the Quick Response Code of formula as alternate in traditional dichromatism, black and white alternating expression, this class two-dimensional code pictorial style is comparatively dull, and content is not outstanding, and Quick Response Code identification is on the low side; And need to be by coloring in as visual designer etc. carries out artificial gradual change.This makes the poor ductility of Quick Response Code, and processing time cost is high, for novice users more so.
Summary of the invention
The object of this invention is to provide a kind of method and apparatus of Quick Response Code processing.
According to an aspect of the present invention, provide a kind of Quick Response Code disposal route, wherein, the method comprises:
Determine the color matching information corresponding with described original two-dimensional code according to the target scene information that original two-dimensional code is to be applied;
According to described color matching information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
According to a further aspect in the invention, also provide a kind for the treatment of facility for Quick Response Code processing, wherein, this equipment comprises:
For determine the device of the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied;
For described original two-dimensional code being processed to obtain according to described color matching information the device of corresponding target Quick Response Code.
Compared with prior art, the present invention is by the target scene information to be applied according to original two-dimensional code, determine the color matching information adapting with the target scene information of described original two-dimensional code, and according to described color matching information, the particle in described original two-dimensional code is filled to processing, obtain the target Quick Response Code merging mutually with its target scene scene, thereby strengthen the fusion degree of Quick Response Code with true article or scene, reduce the running cost of user optimization Quick Response Code, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also inquire about and obtain the scheme of colour information corresponding with described target scene information in scheme of colour storehouse, using the color matching information as corresponding with described original two-dimensional code; Thereby by the mode of inquiry, realize the automatic acquisition to color matching information, strengthened the fusion degree of Quick Response Code with true article or scene, reduced the running cost of user optimization Quick Response Code, made Quick Response Code be easy to identification, improved the efficiency of user's obtaining information.
And the present invention can also determine by the corresponding target image of described target scene information is carried out to analyzing and processing the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code; Further, can also carry out pixel parsing to the corresponding target image of described target scene information, to obtain the corresponding picture element matrix of described target image, in conjunction with color equation, described picture element matrix is processed, to obtain the color configuration information of described target image; Thereby in real time the corresponding target image of target scene information is carried out to color dissection process, to obtain corresponding color matching information, strengthen the fusion degree of Quick Response Code with true article or scene, reduce the running cost of user optimization Quick Response Code, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also obtain the corresponding target image of described target scene information; Thereby further obtain in real time the target image information of described target scene information, improve the dirigibility that target image information is obtained, strengthen the fusion degree of Quick Response Code with true article or scene, reduce the running cost of user optimization Quick Response Code, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also fill processing to the particle in described original two-dimensional code according to described color matching information; Thereby realize the color matching processing to target Quick Response Code, strengthened the fusion degree of Quick Response Code with true article or scene, reduce the running cost of user optimization Quick Response Code, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also generate multiframe picture corresponding dynamic picture, wherein, every frame picture comprises the described target Quick Response Code that according to described color matching information, the particle in described original two-dimensional code is carried out random filling processing; Thereby realize the generation of dynamic flicker Quick Response Code, increase the diversity of the target Quick Response Code generating, strengthen the fusion degree of Quick Response Code with true article or scene, reduce the running cost of user optimization Quick Response Code, improve visual effect, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also determine the style information corresponding with described original two-dimensional code, according to described color matching information and described style information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code; Thereby realize the diversity of the target Quick Response Code generating, strengthen the fusion degree of Quick Response Code with true article or scene, reduced the running cost of user optimization Quick Response Code, improved visual effect, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
And the present invention can also be according to described color matching information, and in conjunction with the particle transparence information of described original two-dimensional code correspondence, described original two-dimensional code is processed to obtain corresponding target Quick Response Code; Thereby realize the target Quick Response Code generating and there is transparent effect, strengthen the fusion degree of Quick Response Code with true article or scene, reduced the running cost of user optimization Quick Response Code, improved visual effect, make Quick Response Code be easy to identification, improve the efficiency of user's obtaining information.
Brief description of the drawings
By reading the detailed description that non-limiting example is done of doing with reference to the following drawings, it is more obvious that other features, objects and advantages of the present invention will become:
Fig. 1 illustrates a kind for the treatment of facility schematic diagram for Quick Response Code processing according to one aspect of the invention;
Fig. 2 illustrates a kind for the treatment of facility schematic diagram for Quick Response Code processing in accordance with a preferred embodiment of the present invention;
Fig. 3 illustrates a kind of method flow diagram for Quick Response Code processing according to a further aspect of the present invention;
Fig. 4 illustrates a kind of method flow diagram for Quick Response Code processing in accordance with a preferred embodiment of the present invention.
In accompanying drawing, same or analogous Reference numeral represents same or analogous parts.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Fig. 1 illustrates a kind for the treatment of facility schematic diagram for Quick Response Code processing according to one aspect of the invention; Wherein, described treatment facility comprises the device (being called for short " color matching determining device 1 " below) for determine the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied; For described original two-dimensional code being processed to obtain according to described color matching information the device (being called for short " treating apparatus 2 " below) of corresponding target Quick Response Code.
At this, described treatment facility include but not limited to the network equipment, subscriber equipment or the network equipment with subscriber equipment by the mutually integrated equipment forming of network.Wherein, the described network equipment comprise a kind of can be according to the instruction of prior setting or storage, automatically carry out the electronic equipment of numerical evaluation and information processing, its hardware includes but not limited to microprocessor, special IC (ASIC), programmable gate array (FPGA), digital processing unit (DSP), embedded device etc.It includes but not limited to the cloud that computing machine, network host, single network server, multiple webserver collection or multiple server form the described network equipment; At this, cloud is made up of a large amount of computing machines based on cloud computing (Cloud Computing) or the webserver, and wherein, cloud computing is the one of Distributed Calculation, the virtual supercomputer being made up of the loosely-coupled computing machine collection of a group.It includes but not limited to any electronic product that can carry out with user man-machine interaction by keyboard, telepilot, touch pad or voice-operated device, such as computing machine, smart mobile phone, PDA, game machine or IPTV etc. described subscriber equipment.Described network includes but not limited to internet, wide area network, Metropolitan Area Network (MAN), LAN (Local Area Network), VPN network, wireless self-organization network (Ad Hoc network) etc.Those skilled in the art will be understood that other treatment facility is equally applicable to the present invention, also should be included in protection domain of the present invention, and be contained in this at this with way of reference.
Between above-mentioned each device, be constant work, at this, it will be understood by those skilled in the art that " continuing " refers to above-mentioned each device respectively in real time, or according to the mode of operation requirement of setting or adjust in real time, the determining of the information of matching colors, the processing of original two-dimensional code etc., until described treatment facility stops determining the color matching information corresponding with described original two-dimensional code.
Described color matching determining device 1 is determined the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied.
Particularly, described color matching determining device 1 is by various communication protocol, by Various types of data transmission interface, with storage or provide one or more databases of described target scene information or other third party devices to interact, to obtain described original two-dimensional code target scene information to be applied, for example, described color matching determining device 1 interacts with the database of the described intended application scene information of storage, obtain one or more picture in described database, using as described intended application scene information, or obtain the corresponding physical articles information of described original two-dimensional code in described database, using as described intended application scene information, for example, or described color matching determining device 1, by the mode of Real-time Obtaining, is taken pictures in real time or makes a video recording described original two-dimensional code scene current to be applied by camera, thereby using obtained scene photo as described target scene information.
Preferably, first described color matching determining device 1 determines original two-dimensional code target scene information to be applied; Determine the color matching information corresponding with described original two-dimensional code according to described target scene information again.For example, this color matching determining device 1 is according to the application descriptor about this original two-dimensional code, by modes such as word segmentation processing, semantic analysis or its combinations, determine this original two-dimensional code to be applied target scene information, for example by the keyword extracting from this application descriptor as this target scene information; Determine the color matching information corresponding with described original two-dimensional code according to described target scene information again, for example according to comprise this (etc.) the target scene information of keyword inquires about in the scheme of colour storehouse that stores pre-designed scheme of colour, by utilizing keyword query, picture query or other comprehensive inquiry modes, obtain the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
Wherein, described target scene packets of information is drawn together but is not limited to: the applied actual scene information of described original two-dimensional code (as in use residing background environment information of Quick Response Code), as described in the accompanying physical articles of original two-dimensional code, as described in the visual image information (for example " Coca-Cola " use " redness " image) etc. of the applied product of original two-dimensional code or service.
Then, described color matching determining device 1 is according to described target scene information, and for example color based on described target scene information and proportionate relationship, determine the color matching information corresponding with described original two-dimensional code.
Wherein, described color matching information includes but not limited to: the form and aspect (being color) in picture and percent information (comprising quantitative proportion and/or area ratio), for example " color 1, ratio 40%; Color 2, ratio 35%; Color 3, ratio 25% " etc.; Further, described color matching information can also comprise the information such as ownership parameter to similar form and aspect, complementary color parameter, area ratio parameter, with by the proportioning of above-mentioned parameter, realizes the best color matching relation in picture.
Described treating apparatus 2 processes to obtain corresponding target Quick Response Code according to described color matching information to described original two-dimensional code.
Particularly, described treating apparatus 2, according to the determined color matching information of described color matching determining device 1, carries out color filling to each pixel of described original two-dimensional code, thereby obtains corresponding target Quick Response Code.
Wherein, the mode of described processing original two-dimensional code includes but not limited to:
-utilize random or uniform mode, according to color and/or proportionate relationship in described color matching information, the each pixel in described original two-dimensional code is filled;
-in the pixel of described original two-dimensional code, fill a kind of color (one of " the color i " described in precedent in described color matching information, i=1,2,3) in the described target Quick Response Code that obtains, versicolor pixel quantity meets the proportionate relationship requiring in described color matching information, and after making to fill; As described in Fill Color 1 in the pixel of original two-dimensional code, and in formed target Quick Response Code, the ratio of color 1 is 40%, the ratio of the color 4 of original original two-dimensional code is 35%, the ratio of the color 5 of original original two-dimensional code is 25%;
-in each primitive (also can be called particle) of described original two-dimensional code, carry out color filling according to described color matching information, for example, for primitive or the particle of described original two-dimensional code, multiple pixels in described primitive or particle are filled according to described color matching color and color matching ratio, to meet described color matching information; Wherein, described primitive or particle refer to such an extent that be a fundamental element in Quick Response Code, as the each black and white color lump in current black and white Quick Response Code, are a primitive or particle;
-or the combination in any of above-mentioned variety of way, for example part is related to filler pixels by color matching, part is filled a kind of color in pixel.
Preferably, described color matching determining device 1 can be inquired about and be obtained the scheme of colour information corresponding with described target scene information in scheme of colour storehouse, using the color matching information as corresponding with described original two-dimensional code.
Particularly, described color matching determining device 1 can be inquired about in the scheme of colour storehouse that stores pre-designed scheme of colour, by utilizing keyword query, picture query or other comprehensive inquiry modes, obtain the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
Wherein, the scheme of colour in described scheme of colour storehouse can be according to popular colour and basic chromatogram, one or more schemes of colour of allotting via designer; Also can be via modes such as user upload, one or more schemes of colour of submitting to.For the ease of query search, can set up corresponding keyword index for each scheme of colour in described scheme of colour storehouse, in described keyword, include but not limited to scene keyword, color keyword etc., thereby obtain corresponding described scheme of colour information for carry out matching inquiry according to described target scene information.More preferably, if inquiry does not obtain the scheme of colour information corresponding with described target scene information, described color matching determining device 1 can be determined by the corresponding target image of described target scene information is carried out to analyzing and processing the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
Preferably, described color matching determining device 1 can be determined by the corresponding target image of described target scene information is carried out to analyzing and processing the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
Particularly, the mode that described color matching determining device 1 can be obtained by Real-time Obtaining or inquiry, obtains the corresponding target image of described target scene information; Wherein, described Real-time Obtaining is for example by taking pictures or camera, and the scene photo that Real-time Obtaining is to be applied, using described scene photo as the corresponding target image of described target scene information; Described inquiry is obtained for example by interacting with local image data base or high in the clouds image data base, using the picture in described image data base as the corresponding target image of described target scene information.
Then, described color matching determining device 1 is to processing in real time with obtained target image, analyze the color configuration information of described target image by color dissection process, thereby using described color configuration information as the color matching information corresponding with described original two-dimensional code.
At this, the described method that target image is carried out to analyzing and processing for example:
Step 1: picture decoding, according to the pixel stream of the every row of described Target Photo, resolve line by line the pixel analysis result obtaining described Target Photo;
Step 2: picture element matrix is set up, and sets up a picture element matrix according to described pixel analysis result, and described picture element matrix has been described the pixel value of each point;
Step 3: color forms, based on described picture element matrix, determines the color that color forms.
At this, this color colour is the color configuration information of described Target Photo, namely the color matching information corresponding with described original two-dimensional code.
More preferably, described color matching determining device 1 can be carried out pixel parsing to the corresponding target image of described target scene information, to obtain the corresponding picture element matrix of described target image; In conjunction with color equation, described picture element matrix is processed, to obtain the color configuration information of described target image.
Particularly, described color matching determining device 1 can be by carrying out picture decoding to the corresponding target image of described target scene information, to obtain the pixel analysis result of described Target Photo; Then set up picture element matrix according to described pixel analysis result, described picture element matrix has been described the pixel value of each point.
Then, described color matching determining device 1, based on described picture element matrix, in conjunction with color equation, is processed described picture element matrix, determines the color that color forms, to obtain the color configuration information of described target image.
Wherein, illustrate for equally distributed color equation below by example:
If X is horizontal pixel number or the horizontal primitive number of described original two-dimensional code, Y is longitudinal pixel count or longitudinal primitive number of described original two-dimensional code, and N is pixel count sum or the primitive sum of described original two-dimensional code, and R is color variables:
N=X*Y；
R(a, b, c) a, b, c is respectively the quantity of each color;
a+b+c=N；
Random(N) be the color of each pixel/primitive, change according to timestamp.
At this, for example, because the mantissa of the corresponding system timestamp of each pixel/primitive circulates according to from 0 to 9, therefore, utilize the mantissa of timestamp to count delivery to the quantity of color, the result difference obtaining, determines color thereby be defined as each pixel/primitive according to different results; Or, for example the corresponding system timestamp of each pixel/primitive is converted to corresponding numeral (being converted to 1025 as 10: 25), then utilize total quantity (for example three kinds of colors of described numeral divided by color, divided by 3), according to the result of calculating gained, determine the color of described pixel/primitive corresponding to Different Results, at this, profit can define the quantitative proportion of different color in this way, and for example a:b:c=1:2:1 utilizes the color that different results is corresponding different.At this, those skilled in the art will be understood that described quantitative proportion " 1:2:1 " is only for giving an example, and described quantitative proportion can arrange according to artificial setting or according to the color proportionate relationship in target scene information.
More preferably, described color matching determining device 1 also comprises the unit (being called for short " acquiring unit 11 " below, not shown) for obtaining the corresponding target image of described target scene information.
Particularly, the mode that described acquiring unit 11 obtains by Real-time Obtaining or inquiry, obtains the corresponding target image of described target scene information; Wherein, described Real-time Obtaining is for example by taking pictures or camera, and the scene photo that Real-time Obtaining is to be applied, using described scene photo as the corresponding target image of described target scene information; Described inquiry is obtained for example by interacting with this locality storage or the network storage (as high in the clouds image data base), using the picture in described image data base as the corresponding target image of described target scene information.
Preferably, described treating apparatus 2 is for filling processing according to described color matching information to the particle of described original two-dimensional code.
Particularly, described treating apparatus 2 can, according to described color matching information, be filled the form and aspect that meet color matching information in the pixel of described original two-dimensional code, for example, according to random algorithm random form and aspect that meet color matching information of filling in the pixel of described original two-dimensional code; Or in its each pixel, insert a kind of color according to random algorithm, wherein, this random algorithm makes to fill versicolor pixel quantity in the rear Quick Response Code obtaining and meets the proportionate relationship requiring in color matching relation, thereby obtains corresponding target Quick Response Code.
More preferably, described treatment facility also comprises that the device for multiframe picture being generated to corresponding dynamic picture (is called for short " dynamic generation apparatus " below, not shown), wherein, every frame picture comprises the described target Quick Response Code that according to described color matching information, the particle in described original two-dimensional code is carried out random filling processing.
Particularly, described dynamic generation apparatus is by interacting with described treating apparatus 2, to obtain the picture of one or more target Quick Response Codes, wherein, described picture is according to described color matching information, the particle in described original two-dimensional code to be carried out to random filling to process rear acquisition.
Then, described dynamic generation apparatus generates described multiple pictures as the dynamic picture file of the forms such as gif, and every pictures is a frame of described dynamic picture file; Because the color of the original two-dimensional code picture of each frame is all random filling, therefore the Dynamic Graph sector-meeting of last output presents flicker effect.
Preferably, described treating apparatus 2 is for according to described color matching information, and in conjunction with the particle transparence information of described original two-dimensional code correspondence, described original two-dimensional code processed to obtain corresponding target Quick Response Code.
Particularly, described treating apparatus 2 is according to described color matching information, by the mode of the definite transparency based on predetermined, as the gradual change based on predetermined, the transparency such as translucent determine template etc. determine as described in the particle transparence information of original two-dimensional code correspondence; Or described treating apparatus 2 interacts with described color matching determining device 1 or other third party devices, to obtain by described color matching determining device 1 or the corresponding particle transparence information of determined, the described original two-dimensional code of other third party devices.
Then, described treating apparatus 2 is according to described color matching information, and in conjunction with described particle transparence information, to adjusting according to the transparency of pixel particle in the original two-dimensional code after described color matching information color matching; Or first described original two-dimensional code is carried out to the adjustment of the transparency of pixel particle, and then match colors according to described color matching information, to obtain corresponding target Quick Response Code.Usually, described transparency is controlled in certain transparent scope, to guarantee, identifying under the prerequisite of Quick Response Code, appearing background.
At this, described original two-dimensional code corresponding particle transparence information can each pixel transparency identical, transparency difference that also can each pixel, to realize flicker effect.At this, those skilled in the art will be understood that the file layout of the target Quick Response Code that comprises particle transparence information need be with α transparent channel, to guarantee being transparent picture, and the such as picture file of PNG form etc.
Fig. 2 illustrates a kind for the treatment of facility schematic diagram for Quick Response Code processing in accordance with a preferred embodiment of the present invention; Wherein, described treatment facility comprises the device (being called for short " color matching determining device 1 ' " below) for determine the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied; For determining the device (being called for short " pattern determining device 3 ' " below) of the style information corresponding with described original two-dimensional code; For described original two-dimensional code being processed to obtain according to described color matching information and described style information the device (being called for short " treating apparatus 2 ' " below) of corresponding target Quick Response Code.
Wherein, the color matching determining device 1 ' of described treatment facility is identical with corresponding intrument shown in Fig. 1 or basic identical, so locate to repeat no more, and mode is by reference contained in this.
Between above-mentioned each device, be constant work, at this, it will be understood by those skilled in the art that " continuing " refers to above-mentioned each device respectively in real time, or according to the mode of operation requirement of setting or adjust in real time, the determining of the determining of the information of matching colors, style information, the processing of original two-dimensional code etc., until described treatment facility stops determining the color matching information corresponding with described original two-dimensional code.
Described pattern determining device 3 ' is determined the style information corresponding with described original two-dimensional code.
Particularly, described pattern determining device 3 ' by the pattern selection mode based on predetermined, for example, is selected at random, is specified selection etc. according to user, determines the style information corresponding with described original two-dimensional code; Or based on the corresponding content information of described original two-dimensional code, as based on as described in commodity or the page info of the corresponding link of original two-dimensional code, determine the style information corresponding with described original two-dimensional code, if the corresponding commodity of described original two-dimensional code are " Nike ", select " point hooks " as described style information, if " Burberry " pointed in the corresponding link of described original two-dimensional code, select " grid pattern " as described style information; Or based on the corresponding target scene information of described original two-dimensional code, determine the style information corresponding with described original two-dimensional code, if for example comprise apple in described target scene information, by " apple pattern " as described style information.
Wherein, described style information comprises the Symbol Style of (also can be called particle) of each primitive in Quick Response Code, for example circular, square, triangle, polygon or other shapes, at this, described other shapes are " point hooks ", " grid pattern " or " apple pattern " etc. described in precedent.
Described treating apparatus 2 ' processes to obtain corresponding target Quick Response Code according to described color matching information and described style information to described original two-dimensional code.
Particularly, described treating apparatus 2 ' is by utilizing described style information to replace the primitive/particle in described original two-dimensional code; And utilize described color matching information to the processing of matching colors of described primitive/particle, or to the processing of matching colors of the corresponding background of described primitive/particle, or to the processing (can utilize two covers or overlap color matching information more at this) of matching colors of described primitive/particle and the corresponding background of described primitive/particle simultaneously, to obtain described target Quick Response Code.
Fig. 3 illustrates a kind of method flow diagram for Quick Response Code processing according to a further aspect of the present invention.Particularly, in step s1, described treatment facility is determined the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied; In step s2, described treatment facility processes to obtain corresponding target Quick Response Code according to described color matching information to described original two-dimensional code.
Between above steps, be constant work, at this, it will be understood by those skilled in the art that " continuing " refers to that above steps respectively in real time, or according to the mode of operation requirement of setting or adjust in real time, the determining of the information of matching colors, the processing of original two-dimensional code etc., until described treatment facility stops determining the color matching information corresponding with described original two-dimensional code.
In step s1, described treatment facility is determined the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied.
Particularly, in step s1, described treatment facility is by various communication protocol, by Various types of data transmission interface, with storage or provide one or more databases of described target scene information or other third party devices to interact, to obtain described original two-dimensional code target scene information to be applied, for example, in step s1, described treatment facility interacts with the database of the described intended application scene information of storage, obtain one or more picture in described database, using as described intended application scene information, or obtain the corresponding physical articles information of described original two-dimensional code in described database, using as described intended application scene information, for example, or in step s1, described treatment facility, by the mode of Real-time Obtaining, is taken pictures in real time or makes a video recording described original two-dimensional code scene current to be applied by camera, thereby using obtained scene photo as described target scene information.
Preferably, in step s1, first described treatment facility determines original two-dimensional code target scene information to be applied; Determine the color matching information corresponding with described original two-dimensional code according to described target scene information again.For example, described treatment facility is according to the application descriptor about this original two-dimensional code, by modes such as word segmentation processing, semantic analysis or its combinations, determine this original two-dimensional code to be applied target scene information, for example by the keyword extracting from this application descriptor as this target scene information; Determine the color matching information corresponding with described original two-dimensional code according to described target scene information again, for example according to comprise this (etc.) the target scene information of keyword inquires about in the scheme of colour storehouse that stores pre-designed scheme of colour, by utilizing keyword query, picture query or other comprehensive inquiry modes, obtain the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
Wherein, described target scene packets of information is drawn together but is not limited to: the applied actual scene information of described original two-dimensional code (as in use residing background environment information of Quick Response Code), as described in the accompanying physical articles of original two-dimensional code, as described in the visual image information (for example " Coca-Cola " use " redness " image) etc. of the applied product of original two-dimensional code or service.
Then, in step s1, described treatment facility is according to described target scene information, and for example color based on described target scene information and proportionate relationship, determine the color matching information corresponding with described original two-dimensional code.
Wherein, described color matching information includes but not limited to: the form and aspect (being color) in picture and percent information (comprising quantitative proportion and/or area ratio), for example " color 1, ratio 40%; Color 2, ratio 35%; Color 3, ratio 25% " etc.; Further, described color matching information can also comprise the information such as ownership parameter to similar form and aspect, complementary color parameter, area ratio parameter, with by the proportioning of above-mentioned parameter, realizes the best color matching relation in picture.
In step s2, described treatment facility processes to obtain corresponding target Quick Response Code according to described color matching information to described original two-dimensional code.
Particularly, in step s2, described treatment facility, according to the determined color matching information of described step s1, carries out color filling to each pixel of described original two-dimensional code, thereby obtains corresponding target Quick Response Code.
Wherein, the mode of described processing original two-dimensional code includes but not limited to:
-utilize random or uniform mode, according to color and/or proportionate relationship in described color matching information, the each pixel in described original two-dimensional code is filled;
-in the pixel of described original two-dimensional code, fill a kind of color (one of " the color i " described in precedent in described color matching information, i=1,2,3) in the described target Quick Response Code that obtains, versicolor pixel quantity meets the proportionate relationship requiring in described color matching information, and after making to fill; As described in Fill Color 1 in the pixel of original two-dimensional code, and in formed target Quick Response Code, the ratio of color 1 is 40%, the ratio of the color 4 of original original two-dimensional code is 35%, the ratio of the color 5 of original original two-dimensional code is 25%;
-in each primitive (also can be called particle) of described original two-dimensional code, carry out color filling according to described color matching information, for example, for primitive or the particle of described original two-dimensional code, multiple pixels in described primitive or particle are filled according to described color matching color and color matching ratio, to meet described color matching information; Wherein, described primitive or particle refer to such an extent that be a fundamental element in Quick Response Code, as the each black and white color lump in current black and white Quick Response Code, are a primitive or particle;
-or the combination in any of above-mentioned variety of way, for example part is related to filler pixels by color matching, part is filled a kind of color in pixel.
Preferably, in step s1, described treatment facility can be inquired about and obtain the scheme of colour information corresponding with described target scene information in scheme of colour storehouse, using the color matching information as corresponding with described original two-dimensional code.
Particularly, in step s1, described treatment facility can be inquired about in the scheme of colour storehouse that stores pre-designed scheme of colour, by utilizing keyword query, picture query or other comprehensive inquiry modes, obtain the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
Wherein, the scheme of colour in described scheme of colour storehouse can be according to popular colour and basic chromatogram, one or more schemes of colour of allotting via designer; Also can be via modes such as user upload, one or more schemes of colour of submitting to.For the ease of query search, can set up corresponding keyword index for each scheme of colour in described scheme of colour storehouse, in described keyword, include but not limited to scene keyword, color keyword etc., thereby obtain corresponding described scheme of colour information for carry out matching inquiry according to described target scene information.More preferably, if inquiry does not obtain the scheme of colour information corresponding with described target scene information, in step s1, described treatment facility can be determined by the corresponding target image of described target scene information is carried out to analyzing and processing the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
Preferably, in step s1, described treatment facility can be determined by the corresponding target image of described target scene information is carried out to analyzing and processing the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
Particularly, in step s1, the mode that described treatment facility can obtain by Real-time Obtaining or inquiry, obtains the corresponding target image of described target scene information; Wherein, described Real-time Obtaining is for example by taking pictures or camera, and the scene photo that Real-time Obtaining is to be applied, using described scene photo as the corresponding target image of described target scene information; Described inquiry is obtained for example by interacting with local image data base or high in the clouds image data base, using the picture in described image data base as the corresponding target image of described target scene information.
Then, in step s1, described treatment facility pair is processed in real time with obtained target image, analyzes the color configuration information of described target image by color dissection process, thereby using described color configuration information as the color matching information corresponding with described original two-dimensional code.
At this, the described method that target image is carried out to analyzing and processing for example:
Step 1: picture decoding, according to the pixel stream of the every row of described Target Photo, resolve line by line the pixel analysis result obtaining described Target Photo;
Step 2: picture element matrix is set up, and sets up a picture element matrix according to described pixel analysis result, and described picture element matrix has been described the pixel value of each point;
Step 3: color forms, based on described picture element matrix, determines the color that color forms.
At this, this color colour is the color configuration information of described Target Photo, namely the color matching information corresponding with described original two-dimensional code.
More preferably, in step s1, described treatment facility can carry out pixel parsing to the corresponding target image of described target scene information, to obtain the corresponding picture element matrix of described target image; In conjunction with color equation, described picture element matrix is processed, to obtain the color configuration information of described target image.
Particularly, in step s1, described treatment facility can be by carrying out picture decoding to the corresponding target image of described target scene information, to obtain the pixel analysis result of described Target Photo; Then set up picture element matrix according to described pixel analysis result, described picture element matrix has been described the pixel value of each point.
Then, in step s1, described treatment facility, based on described picture element matrix, in conjunction with color equation, is processed described picture element matrix, determines the color that color forms, to obtain the color configuration information of described target image.
Wherein, illustrate for equally distributed color equation below by example:
If X is horizontal pixel number or the horizontal primitive number of described original two-dimensional code, Y is longitudinal pixel count or longitudinal primitive number of described original two-dimensional code, and N is pixel count sum or the primitive sum of described original two-dimensional code, and R is color variables:
N=X*Y；
R(a, b, c) a, b, c is respectively the quantity of each color;
a+b+c=N；
Random(N) be the color of each pixel/primitive, change according to timestamp.
At this, for example, because the mantissa of the corresponding system timestamp of each pixel/primitive circulates according to from 0 to 9, therefore, utilize the mantissa of timestamp to count delivery to the quantity of color, the result difference obtaining, determines color thereby be defined as each pixel/primitive according to different results; Or, for example the corresponding system timestamp of each pixel/primitive is converted to corresponding numeral (being converted to 1025 as 10: 25), then utilize total quantity (for example three kinds of colors of described numeral divided by color, divided by 3), according to the result of calculating gained, determine the color of described pixel/primitive corresponding to Different Results, at this, profit can define the quantitative proportion of different color in this way, and for example a:b:c=1:2:1 utilizes the color that different results is corresponding different.At this, those skilled in the art will be understood that described quantitative proportion " 1:2:1 " is only for giving an example, and described quantitative proportion can arrange according to artificial setting or according to the color proportionate relationship in target scene information.
More preferably, in step s1, described method also comprises that step s11(is not shown), wherein, in step s11, described treatment facility obtains the corresponding target image of described target scene information.
Particularly, in step s11, the mode that described treatment facility obtains by Real-time Obtaining or inquiry, obtains the corresponding target image of described target scene information; Wherein, described Real-time Obtaining is for example by taking pictures or camera, and the scene photo that Real-time Obtaining is to be applied, using described scene photo as the corresponding target image of described target scene information; Described inquiry is obtained for example by interacting with this locality storage or the network storage (as high in the clouds image data base), using the picture in described image data base as the corresponding target image of described target scene information.
Preferably, in step s2, described treatment facility is for filling processing according to described color matching information to the particle of described original two-dimensional code.
Particularly, in step s2, described treatment facility can, according to described color matching information, be filled the form and aspect that meet color matching information in the pixel of described original two-dimensional code, for example, according to random algorithm random form and aspect that meet color matching information of filling in the pixel of described original two-dimensional code; Or in its each pixel, insert a kind of color according to random algorithm, wherein, this random algorithm makes to fill versicolor pixel quantity in the rear Quick Response Code obtaining and meets the proportionate relationship requiring in color matching relation, thereby obtains corresponding target Quick Response Code.
More preferably, described treatment facility also comprises that step s4(is not shown), in step s4, multiframe picture is generated corresponding dynamic picture by described treatment facility, wherein, every frame picture comprises the described target Quick Response Code that according to described color matching information, the particle in described original two-dimensional code is carried out random filling processing.
Particularly, in step s4, described treatment facility is by interacting with described step s2, to obtain the picture of one or more target Quick Response Codes, wherein, described picture is according to described color matching information, the particle in described original two-dimensional code to be carried out to random filling to process rear acquisition.
Then, in step s4, described treatment facility generates described multiple pictures as the dynamic picture file of the forms such as gif, and every pictures is a frame of described dynamic picture file; Because the color of the original two-dimensional code picture of each frame is all random filling, therefore the Dynamic Graph sector-meeting of last output presents flicker effect.
Preferably, in step s2, described treatment facility is for according to described color matching information, and in conjunction with the particle transparence information of described original two-dimensional code correspondence, described original two-dimensional code processed to obtain corresponding target Quick Response Code.
Particularly, in step s2, described treatment facility is according to described color matching information, by the mode of the definite transparency based on predetermined, as the gradual change based on predetermined, the transparency such as translucent determine template etc. determine as described in the particle transparence information of original two-dimensional code correspondence; Or in step s2, described treatment facility and described step s1 or other third party devices interact, to obtain by described step s1 or the corresponding particle transparence information of determined, the described original two-dimensional code of other third party devices.
Then, in step s2, described treatment facility is according to described color matching information, and in conjunction with described particle transparence information, to adjusting according to the transparency of pixel particle in the original two-dimensional code after described color matching information color matching; Or first described original two-dimensional code is carried out to the adjustment of the transparency of pixel particle, and then match colors according to described color matching information, to obtain corresponding target Quick Response Code.Usually, described transparency is controlled in certain transparent scope, to guarantee, identifying under the prerequisite of Quick Response Code, appearing background.
At this, described original two-dimensional code corresponding particle transparence information can each pixel transparency identical, transparency difference that also can each pixel, to realize flicker effect.At this, those skilled in the art will be understood that the file layout of the target Quick Response Code that comprises particle transparence information need be with α transparent channel, to guarantee being transparent picture, and the such as picture file of PNG form etc.
Fig. 4 illustrates a kind of method flow diagram for Quick Response Code processing in accordance with a preferred embodiment of the present invention.Particularly, in step s1 ', described treatment facility is determined the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied; In step s3 ', described treatment facility is determined the style information corresponding with described original two-dimensional code; In step s2 ', described treatment facility processes to obtain corresponding target Quick Response Code according to described color matching information and described style information to described original two-dimensional code.
Wherein, the step s1 ' of described treatment facility is identical or basic identical with corresponding step shown in Fig. 3, so locate to repeat no more, and mode is by reference contained in this.
Between above steps, be constant work, at this, it will be understood by those skilled in the art that " continuing " refers to that above steps respectively in real time, or according to the mode of operation requirement of setting or adjust in real time, the determining of the determining of the information of matching colors, style information, the processing of original two-dimensional code etc., until described treatment facility stops determining the color matching information corresponding with described original two-dimensional code.
In step s3 ', described treatment facility is determined the style information corresponding with described original two-dimensional code.
Particularly, in step s3 ', described treatment facility by the pattern selection mode based on predetermined, for example, is selected at random, is specified selection etc. according to user, determines the style information corresponding with described original two-dimensional code; Or based on the corresponding content information of described original two-dimensional code, as based on as described in commodity or the page info of the corresponding link of original two-dimensional code, determine the style information corresponding with described original two-dimensional code, if the corresponding commodity of described original two-dimensional code are " Nike ", select " point hooks " as described style information, if " Burberry " pointed in the corresponding link of described original two-dimensional code, select " grid pattern " as described style information; Or based on the corresponding target scene information of described original two-dimensional code, determine the style information corresponding with described original two-dimensional code, if for example comprise apple in described target scene information, by " apple pattern " as described style information.
Wherein, described style information comprises the Symbol Style of (also can be called particle) of each primitive in Quick Response Code, for example circular, square, triangle, polygon or other shapes, at this, described other shapes are " point hooks ", " grid pattern " or " apple pattern " etc. described in precedent.
In step s2 ', described treatment facility processes to obtain corresponding target Quick Response Code according to described color matching information and described style information to described original two-dimensional code.
Particularly, in step s2 ', described treatment facility is by utilizing described style information to replace the primitive/particle in described original two-dimensional code; And utilize described color matching information to the processing of matching colors of described primitive/particle, or to the processing of matching colors of the corresponding background of described primitive/particle, or to the processing (can utilize two covers or overlap color matching information more at this) of matching colors of described primitive/particle and the corresponding background of described primitive/particle simultaneously, to obtain described target Quick Response Code.
To those skilled in the art, obviously the invention is not restricted to the details of above-mentioned example embodiment, and in the situation that not deviating from spirit of the present invention or essential characteristic, can realize the present invention with other concrete form.Therefore, no matter from which point, all should regard embodiment as exemplary, and be nonrestrictive, scope of the present invention is limited by claims instead of above-mentioned explanation, is therefore intended to all changes that drop in the implication and the scope that are equal to important document of claim to be included in the present invention.Any Reference numeral in claim should be considered as limiting related claim.In addition, obviously other unit or step do not got rid of in " comprising " word, and odd number is not got rid of plural number.Multiple unit of stating in device claim or device also can be realized by software or hardware by a unit or device.The first, the second word such as grade is used for representing title, and does not represent any specific order.
Claims (18)
1. a Quick Response Code disposal route, wherein, the method comprises:
Determine the color matching information corresponding with described original two-dimensional code according to the target scene information that original two-dimensional code is to be applied;
According to described color matching information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
2. method according to claim 1, wherein, determine that according to original two-dimensional code target scene information to be applied the color matching information corresponding with described original two-dimensional code comprises:
In scheme of colour storehouse, inquiry obtains the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
3. method according to claim 1, wherein, determine that according to original two-dimensional code target scene information to be applied the color matching information corresponding with described original two-dimensional code comprises:
By being carried out to analyzing and processing, the corresponding target image of described target scene information determines the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
4. method according to claim 3, the corresponding target image of described target scene information is carried out to analyzing and processing and comprise:
The corresponding target image of described target scene information is carried out to pixel parsing, to obtain the corresponding picture element matrix of described target image;
In conjunction with color equation, described picture element matrix is processed, to obtain the color configuration information of described target image.
5. according to the method described in claim 3 or 4, determine that by the corresponding target image of described target scene information being carried out to analyzing and processing the color configuration information of described target image also comprises:
Obtain the corresponding target image of described target scene information.
6. according to the method described in any one in claim 1 to 5, wherein, according to described color matching information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code and comprises:
According to described color matching information, the particle in described original two-dimensional code is filled to processing.
7. method according to claim 6, wherein, the method also comprises:
Multiframe picture is generated to corresponding dynamic picture, and wherein, every frame picture comprises the described target Quick Response Code that according to described color matching information, the particle in described original two-dimensional code is carried out random filling processing.
8. according to the method described in any one in claim 1 to 7, wherein, the method also comprises:
Determine the style information corresponding with described original two-dimensional code;
Wherein, according to described color matching information, described original two-dimensional code being processed to obtain corresponding target Quick Response Code comprises:
According to described color matching information and described style information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
9. according to the method described in any one in claim 1 to 8, wherein, according to described color matching information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code and comprises:
According to described color matching information, and in conjunction with the particle transparence information of described original two-dimensional code correspondence, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
10. for a treatment facility for Quick Response Code processing, wherein, this equipment comprises:
For determine the device of the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied;
For described original two-dimensional code being processed to obtain according to described color matching information the device of corresponding target Quick Response Code.
11. treatment facilities according to claim 10, wherein, for the device of determining the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied for:
In scheme of colour storehouse, inquiry obtains the scheme of colour information corresponding with described target scene information, using the color matching information as corresponding with described original two-dimensional code.
12. treatment facilities according to claim 10, wherein, for the device of determining the color matching information corresponding with described original two-dimensional code according to original two-dimensional code target scene information to be applied for:
By being carried out to analyzing and processing, the corresponding target image of described target scene information determines the color configuration information of described target image, using the color matching information as corresponding with described original two-dimensional code.
13. treatment facilities according to claim 12, for the device that the corresponding target image of described target scene information carried out to analyzing and processing for:
The corresponding target image of described target scene information is carried out to pixel parsing, to obtain the corresponding picture element matrix of described target image;
In conjunction with color equation, described picture element matrix is processed, to obtain the color configuration information of described target image.
14. according to the treatment facility described in claim 12 or 13, for determining that by the corresponding target image of described target scene information being carried out to analyzing and processing the device of the color configuration information of described target image also comprises:
For obtaining the unit of the corresponding target image of described target scene information.
15. according to claim 10 to the treatment facility described in any one in 14, wherein, for the device of according to described color matching information, described original two-dimensional code being processed to obtain corresponding target Quick Response Code for:
According to described color matching information, the particle in described original two-dimensional code is filled to processing.
16. treatment facilities according to claim 15, wherein, this equipment also comprises:
For multiframe picture being generated to the device of corresponding dynamic picture, wherein, every frame picture comprises the described target Quick Response Code that according to described color matching information, the particle in described original two-dimensional code is carried out random filling processing.
17. according to claim 10 to the treatment facility described in any one in 16, and wherein, this equipment also comprises:
For determining the device of the style information corresponding with described original two-dimensional code;
Wherein, for the device of according to described color matching information, described original two-dimensional code being processed to obtain corresponding target Quick Response Code for:
According to described color matching information and described style information, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
18. according to claim 10 to the treatment facility described in any one in 17, wherein, for the device of according to described color matching information, described original two-dimensional code being processed to obtain corresponding target Quick Response Code for:
According to described color matching information, and in conjunction with the particle transparence information of described original two-dimensional code correspondence, described original two-dimensional code is processed to obtain corresponding target Quick Response Code.
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