CN111126014A - Method, system and computer readable memory for dynamically generating customized graphic files - Google Patents
Method, system and computer readable memory for dynamically generating customized graphic files Download PDFInfo
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- CN111126014A CN111126014A CN201811196321.8A CN201811196321A CN111126014A CN 111126014 A CN111126014 A CN 111126014A CN 201811196321 A CN201811196321 A CN 201811196321A CN 111126014 A CN111126014 A CN 111126014A
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- 238000000034 method Methods 0.000 title claims abstract description 44
- 239000000463 material Substances 0.000 claims abstract description 115
- 238000010586 diagram Methods 0.000 description 8
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Abstract
A method for dynamically generating customized graphic file includes executing a software program in user device, obtaining user selected material by computer system in dialog mode, setting each material to be a program and receiving user's setting for each material, forming display position, size and color of material in a graphic file, compiling generated program in graphic file according to program corresponding to each material, linking a database after program is executed to form display content corresponding to each material and generating a customized graphic file.
Description
Technical Field
The specification discloses a method for generating a graphic file, in particular to a method and a system for generating a customized graphic file by a dynamic compiling means, and a related computer readable memory.
Background
During the data collection process, the information of the segments is often obtained, and there are many existing tools that can assist the user to integrate the information of the segments into a picture or a document.
In some web services, for example, users are provided with a variety of information, and then the information is automatically arranged on a web page to be clear at a glance. Another software package for electronic forms (spreadsheets) is provided, in which a user can input information such as text, numbers, formulas, etc. through fields, and the electronic forms can automatically arrange the information together and form various forms of charts, so that the user can obtain integrated information from a file.
However, the conventional way of providing the arrangement information is obtained through the conventional web page or the software program in the computer operating system, and still requires the user to fill data in various information fields in a specific format, and requires a specific file format and a layout rule, which is not convenient for transferring between network devices having various operating environments.
Disclosure of Invention
The specification discloses a method for dynamically generating customized document, and related computer system and computer readable memory, wherein the main technical characteristics are that the system provides some text and table materials, each material is backed by software programming, and can be dynamically compiled according to the arrangement and input information of users, and the programming is programmed into a page, which can dynamically generate originally dynamic information, dynamically generate customized graphic document, and can be conveniently transmitted on network.
According to the embodiment, the method for dynamically generating the customized graphic file is applied to a computer system, the system provides a plurality of material selections, including a text box, a time block, a numerical block, a table, a chart and the like, then prepares a memory space in the computer system according to the materials selected by a user, and then receives the settings of the materials by the user, such as one or any combination of user input parameters, display positions, sizes and colors set on the graphic file.
Then, the system compiles a program in the picture file according to the corresponding programming of each material, links a database to form the display content corresponding to each material by executing the program, and generates a customized picture file according to the setting of the user.
Further, the customized image file is a static image file, but the information of each region is dynamically generated.
According to one embodiment of a system for dynamically generating customized graphics files, the system includes a computer system having a database providing a parameter receiving service and a software program executed in a user device, the software program being executed in the user device and accessing the parameter receiving service.
Furthermore, the service for receiving parameters, such as an automatic chat service, allows the user to input parameters, such as material selection, setting, etc., through the chat process, so that the system generates customized graphic files that are convenient to transmit and share on the network.
In one embodiment, the customized graphic file is generated by an automatic dialog program, when the computer system receives a message transmitted by a user through the automatic dialog program in a specific system, the message contains user settings, then the computer system executes the program according to the message and can obtain external information provided by the external system, and the computer system generates the customized graphic file according to the external information and the user settings and transmits the customized graphic file to the user device.
In another application, the external system is provided with a trigger condition, when an event meets the trigger condition, the external system can automatically generate information and transmit the information to the computer system, and the computer system generates a customized drawing file according to the information and the setting of a user and transmits the customized drawing file to the user device.
Preferably, a computer-readable memory is provided, which stores a program set for executing the method for dynamically generating a customized graphic file, and the program set is executed by one or more processors of a computer system to perform the above method processes.
For a better understanding of the nature and technical content of the present invention, reference should be made to the following detailed description of the invention and the accompanying drawings, which are provided for illustration purposes only and are not intended to limit the scope of the invention in any way.
Drawings
FIG. 1 is a diagram of an embodiment of a system network architecture for dynamically generating customized graphics files;
FIG. 2 is a diagram of an embodiment of selecting material by a system that dynamically generates a customized image file;
FIG. 3 is a diagram schematically illustrating an embodiment of the programming of link material;
FIG. 4 is a diagram showing an embodiment of software functional blocks in a system for dynamically generating a customized graphics file;
FIG. 5 shows a flow diagram of an embodiment of a method of dynamically generating a customized graphics file;
FIG. 6 is a flowchart illustrating an example of generating a customized image file through a dialog in a method for dynamically generating a customized image file;
FIG. 7 shows one of the application flows for generating a dynamically generated customized graphics file;
FIG. 8 shows a second application flow of generating a dynamically generated customized graphics file.
Detailed Description
The specification discloses a method, a system and a computer readable memory for dynamically generating a customized graphic file, wherein the system can obtain some information according to parameters input by a user, the information is generated according to a real-time query result and is different from the past information sharing mode, the mode for dynamically generating the customized graphic file is to compile the dynamically generated result into a static and conveniently-distributed graphic file, such as JPG, PNG, GIF and other graphic files, but the actual implementation is not limited to the format of the graphic files, so that the information representation mode of the customized graphic file is different from the mode that a specific specification file or a reader is required to be provided due to the uniqueness of the information.
The related system architecture can refer to the system network architecture embodiment for dynamically generating customized graphic files shown in FIG. 1.
The system for dynamically generating customized graphic files may be a cloud service, wherein the service is provided in a service host 11, wherein a computer system is operated, an internal or external database 15 is provided for the purpose of dynamically querying data, and the computer system executes the method for dynamically generating customized graphic files through the service for receiving parameters. For example, the database 15 provides real-time stock information to enable a user to provide a requirement for querying the past trend of a stock in the system for dynamically generating a customized drawing file, the system queries the database 15 to obtain the related information of the stock and the stock index in the past period, and then displays the data on a user interface for executing specific software start in the user device 13, or forms a trend chart according to the requirement and finally integrates the information into a customized drawing file. In another embodiment, the system provides weather data, and may query the real-time weather information of a certain place in the database 15 according to the requirement of the user to query the weather information of the certain place in the system for dynamically generating the customized graphic file, and make the customized graphic file including the weather information and the real-time weather information. It is worth mentioning that each piece of information in the customized image file is dynamic information obtained through system query, and then static image information is formed through a method of dynamically generating the customized image file.
In this illustration, the user device 13 interfaces with the services of the service host 11 via the network 10, for example, a session interface is generated by a software program executed in the user device 13, and the system can obtain information in the session via the interfaced services to obtain parameters input by the user, thereby forming information displayed on the final drawing.
It should be noted that the form of the service host 11 is not limited to a specific host or system, but may be a cloud system providing query services, including services for dynamically generating customized graphic files.
The system for dynamically generating a customized image file in the above embodiment provides various materials to the user through the service host 11 and its internal or external database 15, as shown in fig. 2, which is an embodiment for selecting materials through the system for dynamically generating a customized image file.
The system provides the user with the material library 201 through the service host 11, when the user logs in the service host 11, the system can provide the user with various materials through images, as shown in the figure, the materials 211,212,213 and 214 are finally compiled into various information areas in the customized image file 203, the back of each material is provided with a program code supporting the material display information, the program code can be executed according to the information input by the user, and finally, the information displayed in the upper area of the image file is generated.
For example, the user may set the size of the region, select the material of the text attribute, and the text box provides the user with the input text, in which the name or the text information obtained by searching may be filled; selecting materials with time attributes, wherein the related time square provides real-time; selecting materials of numerical attributes, wherein the numerical block provides numerical values for a user to input or inquires the obtained numerical values; selecting materials of form attributes, wherein the forms provide character or numerical value input fields; the material of the chart attribute is selected, and the chart provides a dynamic chart generated according to the numerical value input by the user, so that the system can be made into the chart according to the data input by the user or the data obtained by inquiry. Wherein the attribute of each material is one or any combination of input parameters for detecting the material, display position, size and color set on the image file.
After selecting the various materials, the diagram file 203 is finally formed, which schematically shows the materials 211,212,213,214 in the diagram file 203. As mentioned above, it is worth mentioning that the program codes supporting the property of each material 211,212,213,214 are not all provided with fixed information, but are obtained by calculating or querying the program codes, and when there is a parameter change, the program codes may need to be re-executed to obtain updated content, i.e. the purpose of dynamically generating the customized image file is achieved.
The regions previewed on the graphic file 203 may be materials 211,212,213,214 that allow the user to selectively change the position, size, color, etc. the setting of the graphic file 203 may be before the system receives user input or information via a dialog, or after the system completes the input or dialog.
Next, as shown in FIG. 3, which shows an example of an information region formed by the graph file 203 and the materials 211,212,213,214, each region is backed by a program code in a script language (script) or a specific form, so that the information region can generate dynamic information, and is finally programmed and embedded into the graph file 203.
The display material 211 links a segment of material programming 301 in this example; the material 212 is linked to the material programming 302; the material 213 is connected to the material programming 303; and the material 214 is linked to the material programming 304.
For example, if the stock query function is taken as an example, the user can design the material arranged in the graph file before inputting the requirement, such as the material 211 is a text attribute filled in the name of the stock; the material 212 is a numerical attribute, the back material programming 302 is a stock name input by a user according to the material programming 301, and a stock number displayed by the material 212 is obtained after a program code of a query database is executed; the material 213 is a chart attribute, the corresponding material programming 303 obtains the stock number according to the material programming 212, and then obtains the daily index of the stock in the period according to the query period input by the user, so the material programming 303 establishes a trend chart according to the indexes and becomes the output of the material 213; the material 214 may be a text attribute, and the stock number obtained by the material programming 212 is used by the corresponding material programming 304 to query the database, so as to obtain the stock related information displayed by the material 214, such as the latest news, financial newspaper, and the like.
Finally, the system compiles material programs 301,302,303,304 corresponding to the materials 211,212,213,214 to dynamically generate region information on the customized image file 203.
FIG. 4 shows a diagram of an embodiment of functional blocks formed according to software functions of a system, where the functions correspond to the method flow shown in FIG. 5.
The functional blocks of the system 40 for dynamically generating customized graphics files are shown as being implemented in software, such as the system providing a parameter receiving service through the user information processing module 401 for receiving user input information at a specific user interface. On the other hand, a corresponding software program is executed in the user device, the user device can be connected to the system through the network, and the service for receiving the parameters is accessed after the software program is executed, for example, the real-time communication software can generate the dialogue interface 41 to receive the information inquired by the user in a dialogue manner, and the information becomes the information for forming the final drawing file after being processed, or becomes the parameters for inquiring the database.
The material processing module 403 provides a material library for the user to select and set materials (fig. 5, step S501), and the system receives one or more materials selected by the user through the parameter receiving service, i.e. the system prepares a memory space in the computer system according to the selected materials, wherein each material is temporarily stored for corresponding programming. The material processing module 403 processes a combination of a plurality of materials selected and set by the user (fig. 5, step S503), and acquires a program code corresponding to each material. The computer system then receives user settings for the materials, such as the position, size and/or color of the material content, including the content, through a user interface (such as the dialog interface described above), wherein the content of the materials can be obtained by executing programming according to the parameters input by the user.
The query module 405 is capable of querying the database 42 according to the information input by the user, obtaining information from the internal or external database 42, and performing back programming in the information area corresponding to the specific material to become the content displayed on the graph file.
The compiling module 407 is a program for programming and compiling the material backed by each material in the user-defined graph file to finally form the content on the graph file (fig. 5, step S505), and after executing the program, forms the content to be displayed on the graph file according to the parameters input by the user, including the query content (fig. 5, step S507) (fig. 5, step S509). Thereafter, the customized drawing file 43 according to the user setting is generated by the customized drawing file generation module 409 (fig. 5, step S511).
Furthermore, during the dynamic generation of the graphic file, the system continuously obtains the display content according to the parameters input by the user (or input through question and answer dialog), and when the computer system executes the program to generate the display content, if the parameters of the materials in the display content are updated, the display content on the graphic file is dynamically changed. Therefore, when the parameters are changed, the whole process of the image file can be immediately re-executed to generate the updated customized image file 43, that is, after one parameter is changed, the database 42 is re-queried, the variable values of the information areas in each image file are also updated, the display content of the final image file is updated in real time, and the customized image file 43 is re-generated.
The user management module 411 in the system is used to manage the users connected to the system, each user can be given a user identifier (user ID), and accordingly, the data input and generated by each user can be obtained, which becomes the basis for providing customized services for the system, and the system can also transmit the information of the relevant user to the user device through the service of the received parameters.
FIG. 6 is a flowchart illustrating an example of generating parameters of a customized image file through a session between the server 61 and the user device 62 in the method for dynamically generating a customized image file.
Server 61 provides user device 62 with material (step 601), which may be, for example, a variety of material stored in a system database, including one or more of text boxes, time blocks, numerical blocks, tables, and charts.
Thereafter, the user device 62 selects the materials from the selected materials (step 602), including the setting materials (step 603). The step of setting one or more materials by the user comprises the step of enabling the user to typeset the materials on a picture file, and storing the setting value of one or any combination of the display position, the size and the color of each material by the computer system in the setting process.
Then, the process of parameter input is entered, in this example, the display system provides a dialogue service for receiving parameters through the server 61, and the user device 62 responds to each question to make the server 61 obtain various parameters. For example, a first question is issued by the server 61 (step 604), and the user responds by means of a user interface initiated on the user device 62 to form a corresponding first parameter (step 605), which may be the content in a particular block of information in the resulting customized image file or an input value required for program execution. The server 61 issues a second question (step 606), the user responds to the second parameter (step 607), the server 61 issues a third question (step 608), and the user responds to the third question to generate a third parameter (step 609).
Finally, the computer system running on the server 61 executes the program generated by compiling the material according to the parameters received from the user device 62, forms the display contents on the customized graphic file, forms the graphic file, and transmits the graphic file to the user device 62 (step 610).
It is noted that the customized image file that is ultimately transmitted to the user device 62 may be a static image file.
Generating customized graphic file related applications by a computer system can be seen in fig. 7 and 8.
In the embodiment shown in FIG. 7, the user 74 logs in a social media 73, such as Facebook, Line, etc., having a conversation function, and the user 74 executes an automatic conversation process using the conversation function, thereby generating the customized graphic file.
In this embodiment, the user 74 generates information in an automatic session (step 701), and the social media 73 receives the information and transmits a request message to the computer system 72 according to the automatic session (step 702). The information includes user settings for how to generate the customized graphics file.
Next, according to the instructions carried by the information, in this embodiment, the computer system 72 connects to the external system 71 to request external information (step 703). The external system 71 includes a database and can reply with external information according to the request (step 704), as in the above example, if the information is to query the index and related information of a certain stock, that is, the information is obtained from the database, and the content of the customized image file is formed accordingly.
Then, the computer system 72 generates a customized image file according to the external information and the related user settings (step 705). When the customized image file is generated, the image file is generated according to the programming and the attributes corresponding to one or more materials and settings selected by the user.
Finally, the computer system 72 returns the customized image to the social media 73 based on the information source (step 706), and finally transmits the image to the user device of the user and displays the image (step 707).
In another embodiment, the external system 71 may set the condition for triggering specific information, for example, the external system 71 such as a security company, and the user may send a notification when the external system 71 sets that a certain stock reaches a certain index, so that the user can immediately obtain the immediate information by using the technique of dynamically generating the customized image file.
In the exemplary process of FIG. 8, the process begins with the external system 71, when an event meets a trigger condition, the external system generates a message according to the trigger condition (step 801), which is received by the computer system 72, and the computer system 72 generates the customized image file according to the message included in the message, which may also include user settings for the user generating the customized image file, according to the above method for generating the customized image file (step 802). Based on the user's settings, the computer system 72 may transmit a message back to the user 74, for example, to the user 74 via an automatic session in a social media 73 (step 803), which is received and displayed by the user via the user device (step 804).
The present specification discloses a computer readable memory storing a set of instructions for performing the above method for dynamically generating a customized graphic file, the set of instructions being executed by one or more processors of the computer system to perform the method for dynamically generating a customized graphic file, wherein the stored instructions include, for example, instructions for receiving one or more materials selected by a user, instructions for storing user settings for the one or more materials, instructions for compiling a generated program into a graphic file according to a programming corresponding to each material, instructions for forming a display content corresponding to each material, and instructions for generating a customized graphic file according to user settings.
In summary, the method and the related system for dynamically generating the customized graphic file provide a user with a customized graphic file generated according to a requirement, the graphic file can be combined by contents generated from various materials such as characters, numerical values, tables, charts and the like, and related programming is embedded into each display area of the graphic file.
Compared with the prior art that the information is arranged through a traditional webpage, or the information obtained by a software program in a computer operating system is the content formed by reading various information sources only by a specific file format and a typesetting rule, even a specific software program, so that the customized image file generated by the method for dynamically generating the customized image file can be conveniently transmitted and shared except for a special information parameter obtaining mode and a static image file formed by compiling.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the present invention, which is defined by the appended claims.
Claims (10)
1. A method for dynamically generating a customized graphic file, applied to a computer system, the method comprising:
preparing a memory space in the computer system according to one or more materials selected by a user, wherein each material corresponds to a program;
storing the setting of the one or more materials by a user, wherein the setting comprises the attribute of each material in a graph file;
compiling a program in the graph file according to the corresponding programming of each material;
executing the program, linking a database and forming display contents corresponding to all the materials; and
a customized drawing file according to the user setting is generated.
2. The method of claim 1, wherein the database stores a plurality of materials including one or more of a text box, a time block, a value block, a table, and a chart.
3. The method as claimed in claim 2, wherein when the computer system executes the program to generate the display content, the parameters for updating the material therein are received to dynamically change the display content.
4. The method of dynamically generating customized graphic files according to claim 3, wherein said text box provides user input text; the time block provides real-time; the numerical block provides the user to input numerical values; the form provides text or numeric input fields; the chart provides a dynamic chart generated based on user input values.
5. The method of dynamically generating a customized graphic file according to claim 2, wherein the attribute of each material is one or any combination of an inputted parameter, a display position set on the graphic file, a size, and a color.
6. The method of claim 5, wherein in the step of setting the one or more materials by the user, the one or more materials are laid out on the image file, and the computer system stores the setting values of one or any combination of the display position, size and color of each material.
7. The method for dynamically generating a customized graphic file according to any one of claims 1 to 6, wherein the customized graphic file is generated by an automatic dialog program, the database is provided on an external system, comprising:
the computer system receives information transmitted by the user through the automatic conversation program, wherein the information comprises the user setting;
the computer system executes the program according to the information to obtain external information provided by the external system; and
the computer system generates the customized drawing file according to the external information and the user setting and transmits the customized drawing file to a user device of the user.
8. The method for dynamically generating a customized graphic file according to any one of claims 1 to 6, wherein the customized graphic file is generated by an automatic dialog program, the database is provided on an external system, comprising:
the external system generates a message according to a trigger condition and transmits the message to the computer system; and
the computer system generates the customized drawing file according to the information and the user setting and transmits the customized drawing file to a user device of the user.
9. A system for dynamically generating a customized graphic document, said system comprising:
a computer system, which is provided with a database and provides a service for receiving parameters;
a software program executed in a user device, the user device being connected to the computer system via a network, the software program being executed before accessing the parameter receiving service;
wherein, the computer system executes a method for dynamically generating the customized drawing file through the service for receiving the parameters, and the method comprises the following steps:
receiving one or more materials selected by a user through the service of the received parameters, and preparing a memory space in the computer system according to the one or more materials, wherein each material corresponds to a program;
receiving the setting of the user on the one or more materials through the service of the received parameters, wherein the setting comprises the attribute of each material in a graph file;
compiling a program in the graph file according to the corresponding programming of each material;
executing the program, linking a database and forming display contents corresponding to all the materials; and
generating a customized graphic file according to the user setting, and transmitting the customized graphic file to the user device through the service of the receiving parameter.
10. A computer readable storage storing a set of instructions for performing a method for dynamically generating a customized graphics file, the set of instructions being executable by one or more processors of a computer system, the set of instructions comprising:
preparing a memory space in the computer system according to one or more materials selected by a user, wherein each material corresponds to a program;
storing the setting of the one or more materials by a user, wherein the setting comprises the attribute of each material in a graph file;
compiling a program in the graph file according to the corresponding programming of each material;
executing the program, linking a database and forming display contents corresponding to all the materials; and
a customized drawing file according to the user setting is generated.
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