CN110321662A - A kind of multipurpose Visual Communication Design information processing system and method - Google Patents

Abstract

The invention belongs to the technical field of visual information processing, and discloses a multipurpose visual communication design information processing system and method, including a visual design material import module, a parameter configuration module, a main control module, a drawing module, an editing module, a color correction module, and a design evaluation module, print module, projection module. The present invention performs corresponding color correction and display on the original content through the color correction module, thereby improving the user's visual comfort and improving the user's viewing experience; at the same time, the design evaluation module can determine the first expected feature words from each first expected feature word. Set a number of first expected feature words as the target feature words for evaluating the target visual design interface, which can reduce the number of feature words used for evaluating the visual design interface, and the first expected feature words can be determined according to the target user's judgment time, and realize It improves the quantification of the evaluation results and improves the reliability of the evaluation results of the visual design interface.

Description

A multi-purpose visual communication design information processing system and method

technical field

The invention belongs to the technical field of visual information processing, and in particular relates to a multipurpose visual communication design information processing system and method.

Background technique

At present, the closest existing technology: art design (visual communication) (Visual Communication Design) is an active behavior for disseminating specific things through visual forms. Most or part of it relies on vision, and is represented by images in two-dimensional spaces such as logos, typography, paintings, graphic design, illustrations, colors, and electronic devices. In the process of visual communication design, a phenomenon has been discovered: images that communicate, educate, and persuade audiences will have greater impact when accompanied by text. The meaning it has is: guided by a certain purpose, conveying some specific information to the conveyed object through visual art forms, and the process of affecting the conveyed object.

The so-called "visual symbols", as the name implies, refers to the human visual organs - symbols that can express certain properties of things that can be seen by the eyes, such as photography, television, film, plastic arts, buildings, various design products, urban architecture and All kinds of science and writing, including stage design, music, heraldry, ancient coins, etc., can be seen with the eyes, and they all belong to visual symbols. The so-called "communication" refers to the process in which the information sender uses symbols to transmit information to the receiver. It can be the communication within an individual or between individuals, such as between all living things, between humans and nature, and between humans and the environment. and the transmission of information in the human body. It includes four procedures: who, what, to whom, effect, and influence.

However, the existing multi-purpose visual communication design information processing system has poor design content color experience; at the same time, for the same visual design interface, different users may have completely different feelings, so there may be too many target feature words used to evaluate the visual design interface. And because the evaluation results cannot be quantified, effective target feature words cannot be selected from the obtained target feature words to evaluate the visual design interface, resulting in low reliability of the visual design interface evaluation results.

In summary, the problems in the prior art are:

(1) The existing multi-purpose visual communication design information processing system has poor color experience in design content.

(2) For the same visual design interface, different users may have completely different feelings, so there may be too many target feature words used to evaluate the visual design interface, and because the evaluation results cannot be quantified, it is impossible to select effective target feature words from the obtained target feature words. The target feature words are used to evaluate the visual design interface, resulting in low reliability of the evaluation results of the visual design interface.

Contents of the invention

Aiming at the problems existing in the prior art, the present invention provides a multi-purpose visual communication design information processing system and method.

The present invention is achieved in this way, a multi-purpose visual communication design information processing method, the multi-purpose visual communication design information processing method includes:

The first step is to import the material into the visual communication design system, and set the corresponding visual communication parameters in the design system;

The second step is to draw the visual communication design content according to the imported materials, and edit the text, typesetting and coloring the interior;

The third step is to correct the color of the processed visual communication content, and use the evaluation parameters and evaluation procedures to evaluate the design content interface;

The fourth step, after the evaluation results are qualified, use the printer to print the visual communication design content; at the same time, use the projector to project and display the visual communication design content.

Further, the method for correcting the color of the processed visual communication content is as follows:

(1) Obtain the color correction mode corresponding to the viewer through the correction program;

(2) Determine the color correction algorithm and the corresponding correction parameter values;

(3) Applying the correction algorithm and the correction parameter value to perform color correction on the original content and display it.

Further, the acquisition of the color correction mode corresponding to the viewer includes:

Displays the color correction settings interface including various symptoms of color vision disorders;

Obtain the corresponding color correction mode according to the symptoms of color vision disorder selected by the viewer through the color correction setting interface;

Get the color correction mode corresponding to the viewer, including:

providing a color vision test image to the viewer;

Acquiring a corresponding color correction mode according to the test result of the viewer on the color vision test image;

Determine the color correction algorithm and the corresponding correction parameter values, including:

Query preset correction information, obtain a color correction algorithm corresponding to the color correction mode, and a correction parameter value corresponding to the color correction algorithm;

Determine the color correction algorithm and the corresponding correction parameter values, including:

Obtain the custom correction instruction sent by the viewer, and display the color correction setting interface;

Determine a color correction algorithm and corresponding correction parameter values according to the information input by the viewer through the color correction setting interface;

After applying the correction algorithm and the correction parameter value to perform color correction and display on the original content, it also includes:

Acquire the color adjustment instruction sent by the viewer, and display the color correction setting interface;

Acquiring a new color correction algorithm and/or new correction parameter values according to the information input by the viewer through the color correction setting interface;

According to the new color correction algorithm, and/or, the new correction parameter value is used to correct and display the color of the subsequently played original content.

Further, the method for evaluating the design content interface by using evaluation parameters and evaluation programs is as follows:

1) Obtain each expected feature word through an evaluation program, wherein each expected feature word is used to reflect the expected visual effect of the expected user for the target visual design interface;

2) displaying the target visual design interface, and canceling the display of the target visual design interface when the preset display duration is reached, and displaying the desired feature words;

3) For each target user, record the target user's reaction data, wherein the target user's reaction data includes: the target user's judgment result and judgment time for each desired feature word; based on the recorded reaction data, Determining each first expected feature word, and determining a first preset number of first expected feature words from each first expected feature word as a target feature word for evaluating the target visual design interface, wherein the Each first expected characteristic word is: each expected characteristic word whose judgment duration is within a preset duration range.

Further, the obtaining each desired feature word includes:

Obtain each expected feature word input by each expected user through the human-computer interaction interface; or,

Each expected feature word sent by each expected user through the communication device is obtained. ;

Display each expected feature word, including:

Select the second preset number of expected feature words from all expected feature words, set the display times of the selected expected feature words as the first preset number of times, and set the display times of the unselected expected feature words as the second preset number of times frequency;

According to the set display times of each expected feature word, randomly display each expected feature word;

After recording the reaction data of each target user, the method further includes:

For each target user, if the target user has different judgment results for the same desired feature word, then determine the target user as an invalid user, and remove all response data of the invalid user from all recorded response data ;

After recording the reaction data of each target user, the method further includes:

For each target user, calculate the number of different judgment results of the target user for the same desired feature word; if the different number of times is greater than the preset first threshold, then determine the target user as an invalid user, and From all the recorded reaction data, remove all the reaction data of the invalid user.

Another object of the present invention is to provide a multi-purpose visual communication design information processing system for executing the multi-purpose visual communication design information processing method, the multi-purpose visual communication design information processing system comprising:

The visual design material import module is connected with the main control module and is used to import visual communication design material through the import program;

The parameter configuration module is connected with the main control module, and is used to configure and visually communicate the design parameters through the configuration program;

The main control module is connected with the visual design material import module, parameter configuration module, drawing module, editing module, color correction module, design evaluation module, printing module and projection module, and is used to control the normal operation of each module through the central processing unit;

The drawing module is connected with the main control module, and is used to draw the visual communication design content according to the imported materials through the drawing program;

The editing module is connected with the main control module, and is used for editing text, graphic typesetting and coloring of the visual communication design content through the editing program;

The color correction module is connected with the main control module, and is used to correct the color of the visual communication design content through the correction program;

The design evaluation module is connected with the main control module, and is used to evaluate the visual communication design content interface through the evaluation program;

The printing module is connected with the main control module, and is used to print the visual communication design content through the printer;

The projection module is connected with the main control module, and is used for projecting and displaying the visual communication design content through a projector.

Further, the visual design material import module for importing visual communication design material through the import program includes:

Data source, the visual communication design material that needs to be imported to establish a data center;

The data organization module, as a bridge between the data source and the database, connects the original data center, and transmits and converts the data that needs to be imported;

User interface, the main interface module in the visual communication design system, that is, the starting interface for the system to guide users to transfer data;

Users, visual communication designers, are the decision makers in the visual design system;

Database, the data organization module converts the data source and transmits it to the data module to establish a database;

The main control module that is used to control the normal work of each module through the central processing unit needs to mine data in the process of data output, and the data mining module established by the main control module includes:

User interface, the operation interface for visual communication designers to call out data;

The data preprocessing module, according to the needs of the data project and the characteristics of the original data, chooses to use it alone or comprehensively in the methods of data cleaning, data integration, data transformation and data reduction, so as to improve the quality of the data mining model and reduce the actual mining time. the time required;

The data post-processing module restores the pre-processed data and presents the post-processed data on the user interface;

The data cleaning method in the data preprocessing module mainly deals with missing data, noise data, identifying and deleting isolated points;

For missing data handling, missing values are identified using tools such as regression and Bayesian formal methods or decision tree induction.

Further, the system for coloring the image in the editing module includes:

Graphics export module, which imports the drawn image into the image coloring window, and divides the image into images;

The image preprocessing module denoises the segmented image and adjusts the image resolution;

The image coloring module performs coloring processing on images based on residual neural networks and images based on adversarial generation networks.

Another object of the present invention is to provide an information data processing terminal applying the multipurpose visual communication design information processing method.

The advantages and positive effects of the present invention are: the present invention obtains the color correction mode corresponding to the viewer through the color correction module, determines the color correction algorithm and the corresponding correction parameter value, and finally uses the correction algorithm and correction parameter value to perform color correction on the original content. Correct and display: Correct and display the corresponding color of the original content, so as to improve the user's visual comfort and enhance the user's viewing experience.

The present invention can determine a first preset number of first expected feature words from each first expected feature word through the design evaluation module, as the target feature words for evaluating the target visual design interface, which can reduce the features used for evaluating the visual design interface The number of words, and the first expected feature word can be determined according to the judgment time of the target user, which realizes the quantification of the evaluation result and improves the reliability of the evaluation result of the visual design interface.

The system inside the editing module for image coloring in the present invention is provided with a graphics export module that imports the image that has been drawn into the image coloring window, and divides the image into images; denoises the segmented image, and adjusts the image resolution The image preprocessing module with high efficiency; the image coloring module for coloring the image based on the residual neural network and the image based on the confrontation generation network; the graphics export module, the image preprocessing module and the image coloring module set by the editing module can improve the image quality. The quality of the coloring.

The data cleaning method in the data preprocessing module of the present invention mainly processes missing data, noise data, and identifies and deletes isolated points. Techniques for dealing with missing data rely on raw data information to infer missing values, giving missing values a greater chance of maintaining relationships with other attributes. At the same time, the noise data processing method is processed by applying data smoothing technology, including binning technology, regression method, computer inspection method and clustering technology, which can provide reliable data and eliminate noise data.

Description of drawings

Fig. 1 is a schematic structural diagram of a multi-purpose visual communication design information processing system provided by an embodiment of the present invention;

Fig. 2 is a flowchart of a multipurpose visual communication design information processing method provided by an embodiment of the present invention;

In the figure: 1. Visual design material import module; 2. Parameter configuration module; 3. Main control module; 4. Drawing module; 5. Editing module; 6. Color correction module; 7. Design evaluation module; 8. Printing module; 9. Projection module.

Detailed ways

In order to further understand the content, features and effects of the present invention, the following examples are given, and detailed descriptions are given below with reference to the accompanying drawings.

Aiming at the problems existing in the prior art, the present invention provides a multi-purpose visual communication design information processing system and method. The present invention will be described in detail below in conjunction with the accompanying drawings.

As shown in Figure 1, the multi-purpose visual communication design information processing system provided by the embodiment of the present invention includes: a visual design material import module 1, a parameter configuration module 2, a main control module 3, a drawing module 4, an editing module 5, and a color correction module 6. Design evaluation module 7, printing module 8, projection module 9.

The visual design material import module 1 is connected with the main control module 3 and is used to import visual communication design material through an import program.

The parameter configuration module 2 is connected with the main control module 3 and is used to configure the visual communication design parameters through the configuration program.

The main control module 3 is connected with the visual design material import module 1, the parameter configuration module 2, the drawing module 4, the editing module 5, the color correction module 6, the design evaluation module 7, the printing module 8, and the projection module 9, and is used for central processing The controller controls each module to work normally.

The drawing module 4 is connected with the main control module 3, and is used to draw the visual communication design content according to the imported materials through the drawing program.

The editing module 5 is connected with the main control module 3, and is used for editing text, graphic typesetting and coloring of the visual communication design content through the editing program.

The color correction module 6 is connected with the main control module 3, and is used to correct the color of the visual communication design content through a correction program.

The design evaluation module 7 is connected with the main control module 3 and is used to evaluate the visual communication design content interface through the evaluation program.

The printing module 8 is connected with the main control module 3, and is used to print the visual communication design content through a printer.

The projection module 9 is connected with the main control module 3, and is used for projecting and displaying the visual communication design content through a projector.

The main control module that controls the normal work of each module through the central processing unit includes:

The visual design material import module 1 for importing visual communication design material through the import program includes:

Data source, the visual communication design material that needs to be imported to establish a data center.

The data organization module, as a bridge between the data source and the database, connects the original data center, and transmits and converts the data that needs to be imported.

The user interface is the main interface module in the visual communication design system, that is, the starting interface for the system to guide users to transfer data.

Users, visual communication designers, are the decision makers in the visual design system.

The database and the data organization module convert the data source and transmit it to the data module to establish the database.

The main control module 3 that is used to control the normal work of each module by the central processing unit needs to mine data in the process of data output, and the data mining module established by the main control module 3 includes:

User interface, the operation interface for visual communication designers to call up data.

The data preprocessing module, according to the needs of the data project and the characteristics of the original data, chooses to use it alone or comprehensively in the methods of data cleaning, data integration, data transformation and data reduction, so as to improve the quality of the data mining model and reduce the actual mining time. the time required.

The data post-processing module restores the pre-processed data and presents the post-processed data on the user interface.

The data cleaning method in the data preprocessing module mainly deals with missing data, noise data, identifying and deleting isolated points.

For missing data handling, missing values are identified using tools such as regression and Bayesian formal methods or decision tree induction.

For noise data processing methods, apply data smoothing technology for processing, specifically including binning technology, regression method, computer inspection method and clustering technology.

A data reduction method for reducing and representing the obtained data set in the data preprocessing module.

Dimension reduction technology reduces the amount of data by removing irrelevant attributes.

Data compression technology applies data encoding or transformation to obtain a reduced or compressed representation of the original data.

Numerical reduction techniques, Numerical reduction reduces the amount of data by choosing an alternative, smaller data representation.

The system that image is colored in the described editing module 5 comprises:

Graphics export module, which imports the drawn image into the image coloring window, and divides the image into images;

The image preprocessing module denoises the segmented image and adjusts the image resolution;

The image coloring module performs coloring processing on images based on residual neural networks and images based on adversarial generation networks.

As shown in Figure 2, the multi-purpose visual communication design information processing method provided by the embodiment of the present invention specifically includes the following steps:

S101: Import materials into the visual communication design system, and set corresponding visual communication parameters in the design system;

S102: Draw the visual communication design content according to the imported materials, edit the text, typesetting and coloring the interior;

S103: Correct the color of the processed visual communication content, and use the evaluation parameters and evaluation program to evaluate the design content interface;

S104: After the evaluation result is qualified, use the printer to print the visual communication design content; at the same time, use the projector to project and display the visual communication design content.

The correction method of the color correction module 6 provided by the present invention is as follows:

(1) Obtain the color correction mode corresponding to the viewer through the correction program;

(2) Determine the color correction algorithm and the corresponding correction parameter values;

(3) Applying the correction algorithm and the correction parameter value to perform color correction on the original content and display it.

The acquisition of the color correction mode corresponding to the viewer provided by the present invention includes:

Displays the color correction settings interface including various symptoms of color vision disorders;

The corresponding color correction mode is acquired according to the color vision disorder symptom selected by the viewer through the color correction setting interface.

The acquisition of the color correction mode corresponding to the viewer provided by the present invention includes:

providing a color vision test image to the viewer;

A corresponding color correction mode is acquired according to the test result of the color vision test image by the viewer.

The determined color correction algorithm and corresponding correction parameter values provided by the present invention include:

Query the preset correction information, obtain the color correction algorithm corresponding to the color correction mode, and the correction parameter value corresponding to the color correction algorithm.

The determined color correction algorithm and corresponding correction parameter values provided by the present invention include:

Obtain the custom correction instruction sent by the viewer, and display the color correction setting interface;

A color correction algorithm and corresponding correction parameter values are determined according to information input by the viewer through the color correction setting interface.

After the application of the correction algorithm and the correction parameter value to color correct and display the original content provided by the present invention, it further includes:

Acquire the color adjustment instruction sent by the viewer, and display the color correction setting interface;

Acquiring a new color correction algorithm and/or new correction parameter values according to the information input by the viewer through the color correction setting interface;

According to the new color correction algorithm, and/or, the new correction parameter value is used to correct and display the color of the subsequently played original content.

Design evaluation module 7 evaluation methods provided by the present invention are as follows:

1) Obtain each expected feature word through an evaluation program, wherein each expected feature word is used to reflect the expected visual effect of the expected user for the target visual design interface;

2) displaying the target visual design interface, and canceling the display of the target visual design interface when the preset display duration is reached, and displaying the desired feature words;

3) For each target user, record the target user's reaction data, wherein the target user's reaction data includes: the target user's judgment result and judgment time for each desired feature word; based on the recorded reaction data, Determining each first expected feature word, and determining a first preset number of first expected feature words from each first expected feature word as a target feature word for evaluating the target visual design interface, wherein the Each first expected characteristic word is: each expected characteristic word whose judgment duration is within a preset duration range.

Obtaining each expected feature word provided by the present invention includes:

Obtain each expected feature word input by each expected user through the human-computer interaction interface; or,

Each expected feature word sent by each expected user through the communication device is obtained.

The display provided by the present invention includes:

Select the second preset number of expected feature words from all expected feature words, set the display times of the selected expected feature words as the first preset number of times, and set the display times of the unselected expected feature words as the second preset number of times frequency;

According to the set display times of each expected feature word, each expected feature word is randomly displayed.

After recording the reaction data of each target user provided by the present invention, the method further includes:

For each target user, if the target user has different judgment results for the same desired feature word, then determine the target user as an invalid user, and remove all response data of the invalid user from all recorded response data .

After recording the reaction data of each target user provided by the present invention, the method further includes:

For each target user, calculate the number of different judgment results of the target user for the same desired feature word; if the different number of times is greater than the preset first threshold, then determine the target user as an invalid user, and From all the recorded reaction data, remove all the reaction data of the invalid user.

During the work of the present invention, at first, import the visual communication design material by using the import program through the visual design material import module 1; utilize the configuration program to configure the visual communication design parameters through the parameter configuration module 2; secondly, the main control module 3 uses the drawing module 4 to draw The program draws the visual communication design content according to the imported materials; uses the editing program to edit the text, graphic typesetting, and coloring of the visual communication design content through the editing module 5; uses the correction program to correct the color of the visual communication design content through the color correction module 6; passes the design evaluation Module 7 uses the evaluation program to evaluate the visual communication design content interface; then, the printing module 8 uses the printer to print the visual communication design content; finally, the projection module 9 uses the projector to project the visual communication design content.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention in any form. Any simple modifications made to the above embodiments according to the technical essence of the present invention, equivalent changes and modifications, all belong to this invention. within the scope of the technical solution of the invention.

Claims (9)

1. A multipurpose visual communication design information processing method, characterized in that the multipurpose visual communication design information processing method comprises: The first step is to import the material into the visual communication design system, and set the corresponding visual communication parameters in the design system; The second step is to draw the visual communication design content according to the imported materials, and edit the text, typesetting and coloring the interior; The third step is to correct the color of the processed visual communication content, and use the evaluation parameters and evaluation procedures to evaluate the design content interface; The fourth step, after the evaluation results are qualified, use the printer to print the visual communication design content; at the same time, use the projector to project and display the visual communication design content. 2. The multipurpose visual communication design information processing method as claimed in claim 1, wherein the method for correcting the color of the processed visual communication content is as follows: (1) Obtain the color correction mode corresponding to the viewer through the correction program; (2) Determine the color correction algorithm and the corresponding correction parameter values; (3) Applying the correction algorithm and the correction parameter value to perform color correction on the original content and display it. 3. The multi-purpose visual communication design information processing method according to claim 2, wherein said obtaining the color correction mode corresponding to the viewer comprises: Displays the color correction settings interface including various symptoms of color vision disorders; Obtain the corresponding color correction mode according to the symptoms of color vision disorder selected by the viewer through the color correction setting interface; Get the color correction mode corresponding to the viewer, including: providing a color vision test image to the viewer; Acquiring a corresponding color correction mode according to the test result of the viewer on the color vision test image; Determine the color correction algorithm and the corresponding correction parameter values, including: Query preset correction information, obtain a color correction algorithm corresponding to the color correction mode, and a correction parameter value corresponding to the color correction algorithm; Determine the color correction algorithm and the corresponding correction parameter values, including: Obtain the custom correction instruction sent by the viewer, and display the color correction setting interface; Determine a color correction algorithm and corresponding correction parameter values according to the information input by the viewer through the color correction setting interface; After applying the correction algorithm and the correction parameter value to perform color correction and display on the original content, it also includes: Acquire the color adjustment instruction sent by the viewer, and display the color correction setting interface; Acquiring a new color correction algorithm and/or new correction parameter values according to the information input by the viewer through the color correction setting interface; According to the new color correction algorithm, and/or, the new correction parameter value is used to correct and display the color of the subsequently played original content. 4. The multipurpose visual communication design information processing method as claimed in claim 1, wherein the method for evaluating the design content interface by using evaluation parameters and evaluation programs is as follows: 1) Obtain each expected feature word through an evaluation program, wherein each expected feature word is used to reflect the expected visual effect of the expected user for the target visual design interface; 2) Displaying the target visual design interface, and canceling the display of the target visual design interface when the preset display duration is reached, and displaying the desired feature words; 3) For each target user, record the target user's reaction data, wherein the target user's reaction data includes: the target user's judgment result and judgment time for each desired feature word; based on the recorded reaction data, Determining each first expected feature word, and determining a first preset number of first expected feature words from each first expected feature word as a target feature word for evaluating the target visual design interface, wherein the Each first expected characteristic word is: each expected characteristic word whose judgment duration is within a preset duration range. 5. the multipurpose visual communication design information processing method as claimed in claim 4, is characterized in that, described obtaining each expected feature word, comprises: Obtain each expected feature word input by each expected user through the human-computer interaction interface; or, Obtain each expected feature word sent by each expected user through the communication device; Display each expected feature word, including: Select the second preset number of expected feature words from all expected feature words, set the display times of the selected expected feature words as the first preset number of times, and set the display times of the unselected expected feature words as the second preset number of times frequency; According to the set display times of each expected feature word, randomly display each expected feature word; After recording the reaction data of each target user, the method further includes: For each target user, if the target user has different judgment results for the same desired feature word, then determine the target user as an invalid user, and remove all response data of the invalid user from all recorded response data ; After recording the reaction data of each target user, the method further includes: For each target user, calculate the number of different judgment results of the target user for the same desired feature word; if the different number of times is greater than the preset first threshold, then determine the target user as an invalid user, and From all the recorded reaction data, remove all the reaction data of the invalid user. 6. A multi-purpose visual communication design information processing system for executing the multi-purpose visual communication design information processing method of claim 1, wherein the multi-purpose visual communication design information processing system comprises: The visual design material import module is connected with the main control module and is used to import visual communication design material through the import program; The parameter configuration module is connected with the main control module, and is used to configure and visually communicate the design parameters through the configuration program; The main control module is connected with the visual design material import module, parameter configuration module, drawing module, editing module, color correction module, design evaluation module, printing module and projection module, and is used to control the normal operation of each module through the central processing unit; The drawing module is connected with the main control module, and is used to draw the visual communication design content according to the imported materials through the drawing program; The editing module is connected with the main control module, and is used for editing text, graphic typesetting and coloring of the visual communication design content through the editing program; The color correction module is connected with the main control module, and is used to correct the color of the visual communication design content through the correction program; The design evaluation module is connected with the main control module, and is used to evaluate the visual communication design content interface through the evaluation program; The printing module is connected with the main control module, and is used to print the visual communication design content through the printer; The projection module is connected with the main control module, and is used for projecting and displaying the visual communication design content through a projector. 7. The multipurpose visual communication design information processing system as claimed in claim 6, wherein the visual design material import module for importing visual communication design material through the import program includes: Data source, the visual communication design material that needs to be imported to establish a data center; The data organization module, as a bridge between the data source and the database, connects the original data center, and transmits and converts the data that needs to be imported; User interface, the main interface module in the visual communication design system, that is, the starting interface for the system to guide users to transfer data; Users, visual communication designers, are the decision makers in the visual design system; Database, the data organization module converts the data source and transmits it to the data module to establish a database; The main control module that is used to control the normal work of each module through the central processing unit needs to mine data in the process of data output, and the data mining module established by the main control module includes: User interface, the operation interface for visual communication designers to call out data; The data preprocessing module, according to the needs of the data project and the characteristics of the original data, chooses to use it alone or comprehensively in the methods of data cleaning, data integration, data transformation and data reduction, so as to improve the quality of the data mining model and reduce the actual mining time. the time required; The data post-processing module restores the pre-processed data and presents the post-processed data on the user interface; The data cleaning method in the data preprocessing module mainly deals with missing data, noise data, identification and deletion of isolated points; For missing data handling, missing values are identified using tools such as regression and Bayesian formal methods or decision tree induction. 8. The multipurpose visual communication design information processing system as claimed in claim 6, wherein the system for coloring images in the editing module comprises: Graphics export module, which imports the drawn image into the image coloring window, and divides the image into images; The image preprocessing module denoises the segmented image and adjusts the image resolution; The image coloring module performs coloring processing on images based on residual neural networks and images based on adversarial generation networks. 9. An information data processing terminal applying the multi-purpose visual communication design information processing method according to any one of claims 1 to 5.