CN112995927B - Method and device for processing 5G message user head portrait display - Google Patents
Method and device for processing 5G message user head portrait display Download PDFInfo
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- 238000006243 chemical reaction Methods 0.000 claims abstract description 28
- 238000007726 management method Methods 0.000 claims description 10
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
- H04L51/56—Unified messaging, e.g. interactions between e-mail, instant messaging or converged IP messaging [CPM]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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Abstract
The invention discloses a method and a device for processing 5G message user head portrait display, wherein the method comprises the following steps: head portrait adaptation initialization, defining a head portrait picture data protocol for head portrait adaptation service, initializing original head portrait picture address information for requesting head portrait adaptation initialization, and obtaining data request information conforming to the head portrait picture data protocol; head portrait adaptation conversion, responding to the data request information, processing the original head portrait picture obtained according to the data request information, and outputting head portrait data of the adaptation 5G message; and the cache management comprises the steps of storing head portrait data and managing the storage mode. According to the technical scheme, the problem that the head portrait pictures with different sizes are deformed when displayed by the 5G message terminal is solved, meanwhile, data sharing is realized, repeated calculation is avoided, and the access pressure of a server where a picture source is located is reduced.
Description
Technical Field
The invention relates to the field of communication application, in particular to a method for processing user head portrait display in 5G message application.
Background
The 5G message application is also called RCS rich media short message or RCS Map message, which is a mobile phone short message function commonly promoted by China Mobile Association Mobile communication manufacturers under RCS (namely Rich Communication Suite converged communication) standard advocated by GSMA Association. The RCS merges communication services such as voice, message, status bar, location service and the like, and is used for enriching customer experience of native applications of mobile phone systems such as conversation, short messages, contacts and the like. Through the RCS on the mobile phone, not only the characters, pictures or videos are sent, but also the interaction function is provided. Because of the support of the standard to the image, the function of displaying the head portrait of the user is added for the short message in many application scenes.
The front-end program or page typically controls the size of the picture, such as width, height, aspect ratio, etc., through style control when displaying the user avatar picture. However, in some application scenarios, the user data is displayed in a front-end manner by means of templates plus template data, that is to say the style is controlled by the operator, and the user avatar picture is provided by the content provider, such as an RCS 5G message. In this case, there occurs a problem that the aspect ratio is not suitable, resulting in distortion of the picture at the time of the head portrait presentation. Meanwhile, the picture data of the content provider is used by a plurality of systems, so that the aspect ratio of the pictures in the picture library is inconvenient to be modified for a certain system alone. In the application links of the 5G message at present, no related links are provided for adapting the head portrait pictures to the front end templates according to the request sources when requested.
Disclosure of Invention
In order to solve the problems, the invention provides a method and a device for processing a 5G message user head portrait, which are used for solving the problem of deformation display caused by unsuitable aspect ratio when the head portrait is displayed on a 5G message interface due to non-uniform size of the head portrait picture, and simultaneously, the method and the device effectively lighten the pressure of a picture source for directly requesting pictures for a plurality of terminals and improve the stability and the access efficiency of a system.
In a first aspect, to achieve the above object, the present application provides a method for processing a 5G message user avatar display, including: the head portrait adaptation initialization comprises defining a head portrait picture data protocol for carrying out head portrait adaptation service, initializing original head portrait picture address information for requesting head portrait adaptation initialization according to the head portrait picture data protocol, and obtaining data request information conforming to the head portrait picture data protocol, wherein the data request information comprises head portrait adaptation conversion addresses and the original head portrait picture address information;
the head portrait adaptation conversion comprises responding to the data request information, processing the original head portrait picture obtained according to the data request information, and outputting head portrait data of an adaptation 5G message;
and the cache management comprises the steps of storing head portrait data and managing the storage mode.
On the other hand, the invention provides a device for processing 5G message user head portrait display, which comprises an image processing unit, a network interface unit and an image storage unit;
the network interface unit is used for executing head portrait adaptation initialization and responding to data request information conforming to a head portrait picture data protocol;
an image processing unit for performing head portrait adaptation conversion;
and the image storage unit is used for executing cache management.
According to the invention, user head portraits with various sizes from various picture sources can be integrated, and are subjected to centralized and unified conversion and storage, so that the user head portraits in the message contents of a plurality of content service providers 5G are converted and displayed in a unified standard format in a user terminal, the problem that the head portraits with different sizes are deformed when the 5G message terminal is displayed is solved, meanwhile, data sharing and pressure distribution are realized, repeated calculation is avoided, and the access pressure of the picture sources is reduced.
Drawings
FIG. 1 is a data flow diagram of a method of processing 5G message user avatar display in accordance with an embodiment of the present invention;
FIG. 2 is a process data flow diagram of an avatar adaptation service for processing a 5G message user avatar display in accordance with an embodiment of the present invention;
FIG. 3 is a detailed flow chart of processing an avatar in a method of processing a 5G message user avatar display in accordance with an embodiment of the present invention;
fig. 4 is a block diagram of an apparatus for processing a 5G message user avatar display according to an embodiment of the present invention.
Detailed Description
The invention is described in detail below with reference to the drawings.
The method for processing the user head portrait of the 5G message is used for processing and processing the middle of the image file when the 5G message terminal accesses the picture source of the user head portrait, so that the method accords with the display characteristics of the user head portrait in a 5G scene, and the cache technology is adopted to avoid repeated calculation, thereby improving the application efficiency and reducing the access pressure of the picture source.
The method integrates the generation flow of the 5G message from the submission of the content service provider to the data request of the 5G message terminal, so as to realize the adaptation of the front-end template according to the request source when the picture is requested.
First, the flow of the method mainly involves three parties, including: content service side, basic operator, user. The content service side includes: the content service side provides the 5G message for the user, and the picture source related to the user head portrait in the 5G message can be independent service providers with the content service side. In the method, a functional module is built at a content server for head portrait adaptation service, and the head portrait adaptation service comprises the following steps: head portrait adaptation initialization and head portrait adaptation conversion, wherein the head portrait adaptation conversion service can be realized by adopting a webapi mode.
The head portrait adaptation initialization comprises the steps of determining a head portrait picture data protocol for head portrait adaptation service, and specifying the specification of picture address information to be adapted; and converting the original head portrait picture address into data request information conforming to a head portrait picture data protocol, wherein the data request information comprises the head portrait adaptation conversion address and the original head portrait picture address information. And in the process of initializing the head portrait adaptation, processing the address needing head portrait adaptation service, and generating an original head portrait picture address conforming to a head portrait picture data protocol for the 5G message content service side. For example, the original head portrait picture address is processed into template data, wherein the template comprises source address information and head portrait adaptation type, and the original head portrait picture address is a parameter of the data request.
The header adaptation initialization can be oriented to a plurality of 5G message content service parties in the header adaptation service module, the initialized specifications are used as unified standards and deployed in the 5G message content service parties, and the header picture addresses are subjected to specification processing when the message content is generated by the content service parties.
The header adaptation conversion is used for processing the original header picture, outputting the header data of the adaptation 5G message, and the output mode can be a file address stored at a designated position or a binary data stream. After the head portrait adaptation conversion finishes the conversion of head portrait picture display, the storage operation is involved. The storage operation can be placed in the head portrait adaptation conversion method or in the buffer management independent of the head portrait adaptation conversion method.
The storing operation realizes various storing modes of the head portrait picture data, including storing in a memory, a cache, a file and a database. The storage information comprises binary data and files of the picture, a picture source address, a corresponding MD5 ciphertext, generation time and the like. For example: the cache is stored in a designated location in a key-value manner, wherein:
key=md5 (original header picture address)
Value = new header picture binary data
Key adopts MD5 abstract mode to avoid unpredictable character contained in original head portrait picture address, which can not be stored in disk file system.
The cache management includes, in addition to storing the header image data generated by conversion, related storage management, such as engagement of storage modes of different information and determination of validity period, and implementation of storage, whether the 5G terminal can extract the stored data when extracting the image data, without logic judgment of regenerating the header image data, etc., for example, in this embodiment, the header image data is stored in the cache in a key-value mode, and the validity period is 7 days, and because of the concept of validity period, the generation time of the header image data is also required to be stored; meanwhile, it can be agreed that the cache exists in 7 days, the database exists in 15 days, the file exists in 30 days, or different storage modes are adopted for different information, such as a storage mode of combining the database with the memory, the cache and the file.
Next, in terms of data flow, the data flow chart of the method is shown in fig. 1:
step S101: the 5G message content service initializes the header picture data when preparing the message content. The initializing operation converts the user avatar picture address into a parameter of the data request to the avatar adaptation service.
For example: the original user head portrait address is: https:// dfs.com/3001/0/1037374. Png, https:// interface.net is header adaptation translation address; after initialization, the header address is converted into data request information: https:// interface:. Net/avatar/rcdorg = https: /(dfs.) com/3001/0/1037374.Png.
Step S102, step S103: the 5G message content service provider sends the message content to a 5G message terminal of the user through a 5G message interface;
step S104: when the 5G message is rendered by the mobile phone client, it requests the user's avatar image from an avatar adaptation service (https:// interface). https:// interface:.net/avatar/rcdorg = https:// dfs.
Step S105: the head portrait adaptation service resolves the picture source address, initiates a request to the picture source to extract binary data of the image according to the address, and resolves the address to be in this example
https://dfs.****.com/3001/0/1037374.png；
Steps S106, S107: the head portrait adaptation service processes the image binary data obtained from the picture source, performs head portrait adaptation conversion, and outputs new picture binary data to the 5G message terminal.
The specific process of the head portrait adaptation conversion is shown in fig. 2:
after receiving the request for the header picture data initiated by the 5G message terminal in step S201 and analyzing the request information to obtain the original header picture address, the service proceeds to step S202 to determine whether there is a cache, and first determines whether there is already processed user header picture information, such as binary data, in the storage system, if there is already a user header picture file, whether the cache is valid is determined according to the following formula:
there is a condition for effective buffering: (current time-generation time of file) < buffering time.
If there is a valid cache, step S203 is entered, the user avatar data in the cache is read, and the binary data thereof is returned directly to the 5G message terminal.
If there is no effective buffer, the description is the first request, or the buffer has expired, enter step S204, according to the resolved original head portrait picture address, combine step S105, S106 to obtain the binary data of the original head portrait picture data, can enter the operations of S205 head portrait detection, S206 head portrait cutting, S207 head portrait background replacement to carry out head portrait adaptation conversion, after the operation is completed, enter step S208 to carry out storage operation, and finally execute step S210, return the binary data of the user head portrait picture suitable for the 5G message to the 5G message terminal.
The process flow of the head portrait adaptation conversion is shown in fig. 3:
s301: head portrait detection: in this embodiment, a Cascade Classifier face detector with opencv open source library is used, and the model is already trained in advance. Inputting binary data of the head portrait picture into a model, and outputting a group of rectangles for marking the head portrait position; since the picture of the present embodiment is a large head portrait, a rectangle of the maximum range may be used.
S302: the first step of head portrait cutting: firstly, a circle is drawn by taking a rectangular center point detected by the head portrait as a circle center and taking the minimum value of the distances from the circle center to four sides of the picture as a radius, the pixels in the area in the circle are reserved, and the pixels in the area outside the circle (black part) are removed and set to be transparent. The radius within this circle may also be of other preset length.
S303: the second step of head portrait cutting: the excess between the edges of the circles to the four sides of the picture is trimmed and scaled to a height that matches the specified background image.
S304: replacing the background of the head portrait as a specified background picture;
s305: and placing the cut head portrait in the middle of the background picture to synthesize a new head portrait picture.
In the method, the whole processing flow of the head portrait relates to the data processing of the 5G message providing content, and the method comprises the following steps: replacing the original head portrait picture address; the method comprises the steps of processing the intermediate layer of the head portrait picture, and comprises the following steps: the method comprises the steps of picture caching, head portrait detection, head portrait cutting and head portrait background replacement, and the original head portrait of a picture source does not need to be changed, so that repeated calculation is avoided by adopting a caching technology. The purpose of automatically adapting the front-end template according to the request source when the picture is requested is achieved.
On the other hand, the invention also provides a device for processing the 5G message user head portrait display, as shown in fig. 4, the device comprises an image processing unit, a network interface unit and an image storage unit.
The network interface unit is used for executing head portrait adaptation initialization and responding to data request information conforming to a head portrait picture data protocol; an image processing unit for performing head portrait adaptation conversion; and the image storage unit is used for executing cache management.
In a specific processing scenario, the 5G message terminal requests, from the image storage unit, a user avatar picture conforming to the display specification through the network interface unit, where the network interface unit may also be used for network connection and data transmission between the image processing unit and an image source of a third party. In a real application, the picture data of the picture source can face different application requests, such as websites, APP and applets, when a plurality of requests are requested to the same picture source in a large amount, the requests from the 5G message terminal can be distributed through the network interface unit and stored in a distributed manner through the storage unit, so that the access pressure of the picture source is reduced.
As shown in fig. 4, the image storage unit includes a logic judgment module and a storage device; the storage device includes a memory, a hard disk, and a database, and is used to support various storage modes with different formats, such as a database and a file form.
The image processing unit comprises a data stream input module, a head portrait detection module, a head portrait cutting module, a background processing module and a data stream output module, wherein the data stream input module is used for accessing an image source to obtain source image data, and after the source image data is processed and converted in the head portrait detection module, the head portrait cutting module and the background processing module, the data stream output module is used for accessing a storage device to store the user head portrait picture meeting the display specification.
The logic judging module can calculate, analyze and judge the source of the head portrait picture of the source user after receiving the request of the network interface unit before determining to process the image, wherein the source comprises the picture source which is not processed by the 5G message user head portrait display process or the image processing unit in the invention. In the logic judging and calculating process, calculating is carried out according to the source address and the information acquired from the storage unit, and judging whether picture conversion is needed or not.
In the invention, user head portraits with various sizes from various picture sources are integrated, and are subjected to centralized and unified conversion and storage, so that the user head portraits in the message contents of a plurality of content service providers 5G are converted and displayed in a unified standard format in a user terminal, the problem that the head portraits with different sizes are deformed when the 5G message terminal is displayed is solved, meanwhile, the data sharing and pressure distribution are realized, the repeated calculation is avoided, and the access pressure of the picture sources is reduced.
The foregoing disclosure is merely illustrative of some embodiments of the present invention, and the present invention is not limited thereto, as modifications may be made by those skilled in the art without departing from the scope of the present invention.
Claims (6)
1. A method of processing a 5G message user avatar display, comprising:
the head portrait adaptation initialization comprises defining a head portrait picture data protocol for carrying out head portrait adaptation service, initializing original head portrait picture address information for requesting head portrait adaptation initialization according to the head portrait picture data protocol, and obtaining data request information conforming to the head portrait picture data protocol, wherein the data request information comprises head portrait adaptation conversion addresses and the original head portrait picture address information;
the head portrait adaptation conversion comprises responding to the data request information, processing an original head portrait picture acquired according to the data request information, and outputting head portrait data of an adaptation 5G message; the head portrait adaptation conversion includes: analyzing the data request information, obtaining an original head portrait picture address, and obtaining original image data from the original head portrait picture address; logic judgment comprises judging whether valid head portrait data exists or not, and if not, generating head portrait data;
cache management, including storing the head portrait data and managing the storage mode;
wherein the generating the head portrait data includes:
head portrait detection: inputting binary data of the head portrait picture into a model, and outputting a group of rectangles for marking the head portrait position; the model is a model built by a Cascade Classifier face detector which is trained in advance and adopts an opencv open source library;
head portrait cutting: drawing a circle by taking a rectangular center point detected by the head portrait as a circle center and taking the minimum value of the distances from the circle center to four sides of the picture as a radius, wherein pixels in the area in the circle are reserved, and pixels in the area outside the circle are removed and set to be transparent; cutting off redundant parts from the circle to the edges of four sides of the picture, and scaling to a height matched with the specified background picture;
replacing the background of the head portrait as a specified background picture;
and placing the cut head portrait in the middle of the background image, synthesizing the head portrait into a new head portrait image, and outputting binary data of the head portrait image.
2. The method of claim 1, wherein the cache management identifies the avatar data using an MD5 digest of an original avatar picture address to which the avatar data corresponds;
the cache management comprises the steps of determining the validity period of the head portrait data storage and judging whether the head portrait data are valid or not according to the validity period.
3. The method for processing the display of the 5G message user avatar according to claim 1, wherein the avatar adaptation initialization is deployed at a 5G message content server or an avatar adaptation server.
4. The device for processing the 5G message user head portrait display is characterized by comprising an image processing unit, a network interface unit and an image storage unit;
the network interface unit is used for executing head portrait adaptation initialization and responding to data request information conforming to a head portrait picture data protocol;
the image processing unit is used for executing head portrait adaptation conversion;
the image storage unit is used for executing cache management;
the network interface unit is further used for receiving data requests from the 5G message content server and the 5G message terminal, judging and operating the data requests, and if the data requests are requests from the 5G message content server for head portrait adaptation initialization, performing head portrait adaptation initialization; if the data request is from the 5G message terminal, the data request is sent to an image storage unit for processing;
the image storage unit is used for logically judging whether an head portrait adaptation conversion request needs to be initiated to the image processing unit;
the image storage unit comprises a logic judgment module and storage equipment; the storage device comprises a memory, a hard disk and a database;
the logic judging module is used for analyzing the data request information conforming to the head portrait picture data protocol after receiving the request of the network interface unit, obtaining an original head portrait picture address, judging whether effective head portrait data exist in the storage equipment according to the original head portrait picture address, and initiating a head portrait adaptation conversion request to the image processing unit if the effective head portrait data do not exist;
the head portrait adaptation conversion includes: analyzing the data request information, obtaining an original head portrait picture address, and obtaining original image data from the original head portrait picture address; logic judgment comprises judging whether valid head portrait data exists or not, and if not, generating head portrait data;
wherein the generating the head portrait data includes:
head portrait detection: inputting binary data of the head portrait picture into a model, and outputting a group of rectangles for marking the head portrait position; the model is a model built by a Cascade Classifier face detector which is trained in advance and adopts an opencv open source library;
head portrait cutting: drawing a circle by taking a rectangular center point detected by the head portrait as a circle center and taking the minimum value of the distances from the circle center to four sides of the picture as a radius, wherein pixels in the area in the circle are reserved, and pixels in the area outside the circle are removed and set to be transparent; cutting off redundant parts from the circle to the edges of four sides of the picture, and scaling to a height matched with the specified background picture;
replacing the background of the head portrait as a specified background picture;
and placing the cut head portrait in the middle of the background image, synthesizing the head portrait into a new head portrait image, and outputting binary data of the head portrait image.
5. The apparatus for processing 5G message user avatar display of claim 4, wherein the image processing unit comprises a data stream input module, an avatar detection module, an avatar clipping module, a background processing module, and a data stream output module.
6. The apparatus for processing 5G message user avatar display of claim 5, wherein the data stream input module obtains original tile data from the original avatar picture address;
the data stream output module outputs head portrait data of the adaptive 5G message, and the head portrait data is stored in the storage device.
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| CN110189348A (en) * | 2019-05-29 | 2019-08-30 | 北京达佳互联信息技术有限公司 | Head portrait processing method, device, computer equipment and storage medium |
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| CN102215302B (en) * | 2011-05-28 | 2013-12-18 | 华为技术有限公司 | Contact photo providing method, management platform and user terminal |
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| WO2013075469A1 (en) * | 2011-11-22 | 2013-05-30 | 中兴通讯股份有限公司 | Method, device and system for setting head portrait picture of contact |
| CN106533906A (en) * | 2016-11-15 | 2017-03-22 | 中国人民解放军理工大学 | Method for setting plurality of user pictures specific to different contacts |
| CN108494938A (en) * | 2018-03-08 | 2018-09-04 | 广东欧珀移动通信有限公司 | Head image information processing method, device, server and computer-readable medium |
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