JP2002351783A - Method and program for creating home page design - Google Patents

Abstract

PROBLEM TO BE SOLVED: To create a design most suitable for the attribute of a commodity handled in a shopping site which is to be created with an inexpensive method about home page design creation method/home page design program, with which the home page in accordance with the desire of a user can be automatically created. SOLUTION: The home page design creation method and the home page design creation program are provided with a response reception step for receiving the response to a question on the commodity which is handled by the home page to be created, a combination extraction step for extracting the combination of pertinent parts from a storage means where the combination of the parts of the home page is registered for every response pattern and a design creation step for extracting the parts from the storage means where the parts of the home page are registered, combining the extracted parts and creating the design of the home page.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a homepage design creation method and a homepage design creation program for automatically creating a homepage according to a user's request.

[0002]

2. Description of the Related Art Conventionally, when a user creates a design of a homepage such as an Internet shopping site, the user himself creates HTML (Hyper Text M).
Although the screen was created by describing an archive language, the user needs sufficient knowledge to describe HTML. For this reason, a method of entrusting the creation of a homepage design to a contractor or the like has been adopted. This consignment consists of a form in which the user selects a part prepared in advance on the Internet site by the user arbitrarily and creates a screen according to the user's request, and a case where the trader listens to the user and There was a form to create a screen according to the wish of the.

[0003]

However, a user desires a mode in which a user can arbitrarily select a part prepared in advance on an Internet site by a user to create a screen according to the user's desire. Although it is possible to create such a homepage design, it tends to be created according to the user's hobby, and it is necessary to consider the target customer demographics, product types, and product price range of the products handled by the user on the shopping site However, it was not always possible to create a homepage designed to contribute to the increase in sales of shopping sites.

[0004] In addition, the form in which the trader creates a screen according to the user's desire while listening to the opinion of the user adds not only the hobby of the user but also the objective viewpoint and know-how of the trader. It is possible to create a homepage design that matches the attributes of the products handled on the shopping site. However, entrusting them to specialized designers can be time-consuming and expensive.

[0005] The present invention solves these problems,
It is possible to create a design that is optimal for the attribute of the product handled by the shopping site to be created by an inexpensive and simple method.

[0006]

Means for solving the problem will be described with reference to FIG. In FIG. 1, a server 1
Provides various services according to a program, and in this case, is composed of a site screen automatic creation system 2 and the like.

The automatic site screen creation system 2 automatically creates a site screen of a user, and includes a site pattern creation unit 3, a search unit 4, an assembly unit 5, a reflection unit 6, and the like. It is.

[0008] The site pattern creating means 3 automatically creates a site pattern table 12 based on the selection table 10. The search means 4 searches for a corresponding site pattern from the answer pattern table 11 based on the answer pattern, and searches for a corresponding part from the site pattern table 12 based on the site pattern ID.

The assembling means 5 is for assembling a screen based on the searched parts and the like. Reflecting means 6 is a product D
This is for reflecting the product information of the user on the screen assembled based on B14.

The selection table 10 has a site pattern ID.
The parts and the like selected based on the knowledge of the expert are registered in association with. The answer pattern table 11 is a table in which site pattern IDs are registered in association with the answered patterns.

The site pattern table 12 is a table in which parts constituting a screen selected by expert knowledge are registered in association with the site pattern ID. Product DB1
Reference numeral 4 denotes a registered product information of the user.

Next, the operation will be described. A question item relating to the screen is displayed, and the user is allowed to select and answer the question item. The search means 4 registers the site pattern ID for the pattern based on the answered question item pattern in the answer pattern table 11. From the corresponding site pattern ID
And retrieves the corresponding part from the site pattern table 12 in which the parts selected by the expert's knowledge are registered in association with the site pattern ID based on the retrieved site pattern ID. We assemble the screen based on the parts we created.

At this time, one or a plurality of experts are registered in the answer pattern table 11 for each expert. Also, for the output screen,
The reflecting unit 6 reflects the information registered in association with the items on the screen (for example, the product information in the product DB 14) and actually creates the information.

A selection table 10 in which the site pattern creating means 3 registers design items and attributes of the screen for each expert for each of the options of each question item relating to the screen.
Based on the above, a pattern of all combinations for each item is created, a site pattern ID is respectively assigned and registered in the answer pattern table 11, and parts selected by an expert in association with the site pattern ID are stored in the site pattern table. 12 is registered.

Therefore, the system extracts information on the user's screen in the form of a questionnaire based on the knowledge of the expert designer, automatically creates and presents an optimal candidate screen, and selects and corrects the screen if necessary. As a result, it is possible to easily and quickly create a screen as desired.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, embodiments and operations of the present invention will be sequentially described in detail with reference to FIGS.

FIG. 1 shows a system configuration diagram of the present invention.
In FIG. 1, a server 1 connects to the Internet,
Various services are provided to the terminal 22 in accordance with the program.
And a WWW server (not shown).

The site screen automatic creation system 2 includes a terminal 2
2, which automatically creates a user's site screen based on a request from the user 2 and includes a site pattern creating means 3, a searching means 4, an assembling means 5, a reflecting means 6, and the like.

The site pattern creating means 3 registers a design item selected by an expert, an attribute thereof, an annotation, and the like for each option item of a question item relating to an attribute of a product handled by a shopping site to be created by a user. The site pattern table 12 is automatically created based on the table 10 (described later with reference to FIG. 2).

The search means 4 performs various searches. Here, the search means 4 searches the answer pattern table 11 for the corresponding site pattern ID based on the answer pattern, or searches the site pattern table based on the site pattern ID. 12
For example, a corresponding part is searched from the list.

The assembling means 5 is for assembling a screen based on the searched parts and the like. Reflecting means 6 is a product D
This is for reflecting the product information of the user on the screen assembled based on B14.

The entire design table 7 is a table in which specialists create and register the entire designs of a plurality of screens according to the use of the user. The parts table 8 is various parts for assembling the screen, for example, a part necessary for a screen such as a button is created and registered.

The question item table 9 is a table in which question items for extracting feature information of a screen desired by the user and options of the question items are registered, and question items in a questionnaire format are registered. (See FIGS. 7 and 8A).

The selection table 10 is a table in which design items selected with expert knowledge, their attributes, annotations, and the like are registered for each of the question item options (see FIG. 3). The answer pattern table 11 is a site pattern ID for each expert associated with a pattern in which the user has answered the question item.
Is registered (see FIG. 8C).

The site pattern table 12 is a table in which parts selected by a specialist are registered in association with the site pattern ID. The site screen 13 shows the assembling means 5
Is a screen created by assembling parts or a screen after correction.

The product DB 14 stores product information and the like to be sold by the user, and stores product images, product names, product descriptions, and the like to be reflected (incorporated) on the assembled screen. It is.

The Internet 21 is an example of a network connecting the server 1 and the terminals 22 of a plurality of users. The terminal (user) 22 is connected to the Internet 21
And a terminal (personal computer) for requesting a service for automatically creating a screen of a site for a user.

Next, an example in which various tables are created based on the configuration of FIG. 1 according to the order of the flowchart of FIG. 2 will be described. FIG. 2 shows a flowchart (table creation) for explaining the operation of the present invention.

In FIG. 2, S1 creates a question item. This creates, for example, the question item “sex” and the option items “male”, “female”, and “all” in the left end column of the selection table 10 in FIG.

In step S2, an overall layout and a navigation ID are created (digitized and registered in the overall design table 7). For example, a pattern (navtypeid1, 2, 3, 4, etc.) of the entire screen in the upper part of FIG.
And create a navigation ID (for example, navtype
It is registered in the overall design table 7 in association with id 1).

In step S3, a part is created (digitized and registered in the parts table 8). This is a part to be arranged on the screen, for example, a part to be arranged on the lower screen of FIG. 8D described later (part ID = partsid 3, 4, etc.)
Is created, and the part is registered in the parts table 8 in association with the part ID (partsid 3, 4 or the like). Similarly, cssid and typeei of FIG.
An object that needs to be arranged on the screen in association with d or the like is created and registered.

In step S4, design items, attributes, and annotations are registered for the pattern items (registered in the selection table 10). As shown in the design item and attribute columns and the annotation column of the selection table 10 in FIG. 3, which will be described later, the design items and the attributes are set for each option item (each pattern item) on the left question item. For example, information selected by a specialist as "button / heading bar / D" and "for bright and easy to understand" is registered.

In S5, a site pattern is created based on the selection table 10 and registered in the site pattern table 12, and the site pattern ID is registered in the answer pattern table 11. This is, for example, to register all the part IDs to be arranged on the screen created in S4 in association with the site pattern ID (for example, sitenid 1) of the site pattern 12 of FIG. The pattern ID is made to correspond to the corresponding answer pattern (for example, 11.21.52...) Of the answer pattern table 11 of FIG. 8B and correspond to the created (selected) pattern of the expert (for example, ptnid1 shown). Register to location. As a result, the site pattern ID corresponding to the question pattern is retrieved from the answer pattern table 11 by each expert, and is extracted for each expert, and the site pattern table 12
To retrieve all necessary parts and the like on the screen and assemble them to automatically create a user screen.

As described above, the question items are created and registered in the question item table 9, the entire layout of the screen and the navigation ID are created and registered in the overall design table 7, the parts are created and registered in the parts table 8, Design items, attributes, and annotations are registered in the selection table 10 for each question pattern item, and a site pattern is created based on the selection table 10 and registered in the site pattern table 12 (also created in association with the site pattern ID). Registering all the parts necessary for assembling the created screen), and creating the answer pattern table 11 in which the created site pattern ID is registered at a corresponding position for each expert of the answer pattern. As a result, preparation for automatically creating a user screen in FIG.

FIG. 3 shows an example of a selection table (expert A) according to the present invention. In the illustrated selection table 10, the screen design expert A associates each item (pattern item) of the leftmost question item based on his / her expert knowledge with the optimal design items and their attributes. The annotation is selected (created) and registered as shown in the figure.

The navigation pattern is such that when the customer target of the product in the question item is, for example, male, female, or all, the overall design of the screen is “too cute and easy to enter”, “ The expert A selects (or creates) the optimal navigation pattern for the entire screen, which respectively matches the annotations “likely” and “basic”.

When the customer of the product in the question item is for a diplomatic (outdoors) person, for example, the navigation color “green” is selected by the expert A and the optimal color is used. Register as

If the product in the question item is, for example, a product with high entertainment properties,
The content color “red” is registered as the optimal color selected by the expert A.

Parts such as buttons and bars are selected (or created) by the expert as buttons, headings and bars D when the product in the question item is for children, for example.
Select (or create) bright and easy-to-understand parts and register them.

If the price range of the item in the question item is, for example, a low-priced item, the typesetting is registered as the optimal column set “3rd stage” selected by the expert. Further, in the case of an expensive product, if a large number of columns are arranged, a sense of high pressure is generated.

As described above, for each item of the question item option to the user, the product or the customer target (male,
Women, all, children, etc.), the best design items and their attributes selected (or created) by specialists,
And annotations are registered as shown in the selection table 10 shown. The selection table 10 is created for each expert (in the description after FIG. 5 described later, three experts A,
The selection table 10 of FIG. 3 is created for each of B and C). Based on the selection table 10 selected and registered by these experts, the answer pattern table 11, the site pattern table 12, and the like can be automatically created according to the flowchart of FIG. .

FIG. 4 shows an example of an answer pattern table according to the present invention. The illustrated answer pattern table 11 is a table in which site pattern IDs are registered in association with the answer patterns.

The answer pattern is automatically generated with all combinations of codes assigned to each of the question item options. For example, the first answer pattern is composed of an answer pattern ID and an answer pattern (combination of question items). For example, the first "40" indicates an answer pattern ID (sequential number), and the next "11.21.32.43.52.62. "..." from the top ・ "11" indicates that "male" in Fig. 3 is selected or applicable ・ "21" indicates that "for children" in Fig. 3 is selected or applicable ・ "32" Indicates that “for introverts (indoors)” in FIG. 3 is selected or applicable. ・ “43” indicates “highly entertaining product” in FIG.
Represents selection or corresponding, and similarly represents selection or corresponding.

The site pattern ID is the optimum expert A (sitetid1) corresponding to the answer pattern,
Expert B (sitetid2), Expert C (sitet2)
eptnid3) site pattern id selected as optimal
(For example, 40) is registered (which navigation ID, part ID, etc., each site pattern selects is registered in the site pattern table 12 of FIG. 8C). In other words, the navigation pattern and all the parts and the like arranged on the screen are registered in the site pattern table 12 in association with the site pattern ID, and the site pattern ID assigned to the entry is assigned to the corresponding answer pattern in the answer pattern table 11. (See S5 in FIG. 2 described above).

As described above, the answer patterns of all the combinations are automatically created by the codes assigned to the items such as the choices of the question items, and the optimal navigation patterns and parts and the like selected by the expert for each created pattern. Can be registered respectively.

FIG. 5 is a flow chart for explaining the operation of the present invention (automatic screen creation). FIG. 5 shows a user's request based on the overall design table 7, parts table 8, question item table 9, selection table 10, answer pattern table 11, and site pattern table 12 created in FIGS. This is a procedure for automatically creating a screen to be displayed.

In FIG. 5, site (store) characteristic information is input. This is performed by selecting and inputting information necessary for creating a screen of a site (store) to be created by a user in a questionnaire format for selecting an option of a question item displayed on the screen of FIG. The gender of the sale target of the product at the bottom of the screen of (b-1) is selected as "male" and a radio button. Similarly, other items are selected and input, and information necessary for creating a screen of the site is input, and the system takes in the information.

The screens are created (three types) from the viewpoints of three designers. This corresponds to the information of the site (the pattern of the option items of the question item) which is selected and input by the system and taken in by the system, and is described later with reference to FIG.
And retrieves the site pattern ID for each of the three designers (experts A, B, and C) described above, and based on the retrieved site pattern IDs, FIG. (C) Matching site pattern I in the site pattern table 12
All the navigation patterns and parts registered in the entry of D are taken out, assembled and arranged on the screen, and three screens are automatically created (described later with reference to FIG. 6).

The user selects a desired screen from three types. In this method, a desired one screen is selected from three kinds of screen candidates automatically created based on information automatically selected by the three designers.

In the case where there is an edit of the selected screen, the screen is manually edited from the repaired design parts. This is because, when editing one screen selected from the three automatically created in the above, editing such as correction is manually performed to obtain a favorite screen. And proceed to.

Is completed (site screen creation). As described above, the system allows the user to select and input the characteristic information of the site (store) into the option item of the question item in the questionnaire format, and the system fetches the site pattern ID that matches the selected answer pattern. Search from the answer pattern table 11 of the three expert site pattern ID
Respectively, and all the navigation patterns and parts corresponding to the extracted site pattern IDs are respectively extracted from the site pattern table 12 to automatically assemble three screens, edit as necessary, and display screens having desired characteristics. Can be automatically created.
7 to 9 in the order of the flowchart of FIG.
This will be described in detail with reference to FIG.

FIG. 6 is a flowchart illustrating the operation of the present invention. In FIG. 6, S11 displays a screen. This displays a screen for selecting the option items of the question items described above, as shown in FIG. 7 described later.

In S12, a selection is made. This means that the user selects an option item that matches the characteristics of the screen of the site that he or she wants to create on the screen of FIG. 7 displayed in S11. In step S13, a selection item pattern is created. this is,
In S12, a pattern (answer pattern in the answer pattern table 10 in FIG. 4) in which the options selected on the screen are arranged is created.

In step S14, a matching site pattern ID is extracted from the answer pattern table. This is the site pattern ID that matches the answer pattern created in S13.
Is retrieved and retrieved from the answer pattern table 11 of FIG.

In step S15, a pattern that matches the site pattern ID is extracted from the site pattern table 12 and a screen (site) is created. This means that all parts and the like that match the site pattern ID extracted in S14 are extracted from the site pattern table 12 of FIG.

In step S16, it is determined whether there is another pattern.
In the case of YES, the process returns to S14 and is repeated. In the case of NO, the process proceeds to S17. In step S17, design screen candidates are displayed. This is because all the matching part IDs and the like are extracted from the site pattern table 12 in FIG. 8C based on the site pattern ID in S15, and the parts are extracted based on the extracted part IDs and the screen. Here, three candidate screens are displayed on the screen of the user assembled above.

In step S18, selection and correction are performed. This is S
Here, one displayed from 17 is selected from three screens, and is corrected if necessary. S19 is completed. This completes the creation of the screen desired by the user.

As described above, the user selects the option item of the question item from the displayed screen of FIG.
The system creates an answer pattern from the selected items,
The site pattern IDs of the three specialists whose entries match each other are extracted from the answer pattern table 11 of FIG. 8B, and the extracted three site patterns I are extracted.
Based on D, the site pattern table 12 shown in FIG.
Take out all the part IDs etc. of the entry that matches
It is possible to create three screen candidates by assembling these taken out part IDs and the like on the screen, the user can select one, and further modify it as necessary, and easily and quickly create a desired screen. Become.

FIG. 7 is an explanatory diagram of the present invention (site (store)
Example of inputting characteristic information). FIG. 7A shows an example of guidance of an answer questionnaire for extracting characteristic information of a store in a questionnaire format. This is achieved by operating the terminal 22 of FIG. 1 and connecting to a non-illustrated www system constituting the site screen automatic generation system 2 of the server 1 via the Internet 21 and downloading the following message shown in FIG. (For example, a browser screen).

[Welcome to the Easy Wizard! Please answer the questions below.
Three people will propose a design that suits your shop. FIG. 7B shows an example of the contents of the questionnaire.

(B-1) and (b-2) of FIG. 7 show examples of the contents of the following questionnaire shown in the figure. Here, (b-2)
Since all question items could not be displayed on the screen of (b-1), the continuation was displayed on another screen and arranged on the drawing so that the continuation could be easily understood (FIG. 3). This is the same as the option item (pattern item) of the question item on the left side of the selection table 10).

The target gender is: ○ Male ○ Female ○ All ・ Age group.

○ For children ○ For youth (students) ○ For businessmen and OLs ○ For housewives ○ For families ・ Style is ○ For diplomatic (outdoors) people ○ For introverted (indoors) people ○ Standard (Standard) For products ○ For those who like new things ・ Use is ○ Daily necessities ○ Hobby goods ○ High entertainment products ○ High interior products ・ Price range is ○ Low price products ○ High price products ○ Wide range Priced products ・ Practicality: ○ Daily necessities ○ Preference items For the above items of question items (items marked with ○), the user selects radio buttons (○ The system takes in the store's characteristic information by clicking and selecting each one with a mouse, and the system fetches the characteristic information of the store.
According to steps S19 to S19, it is possible to automatically create an optimum screen for the user's shop.

FIG. 8 is an explanatory view of the present invention (No. 1, screen creation (three types) from the viewpoint of each of three designers). In FIG. 8, S21 shows a state in which the information of the option item of the question item selected on the screen of FIG.

In step S22, the input information is digitized. This is because the numerical value of the selected item captured in S21 (for example, as shown in FIG. 8A, the code of the selected item (for example, if the gender is male, the code “1”)
1 ") to form a numeric string in which these codes are arranged in order (referred to as an answer pattern) (a numeric string in which the corresponding codes at the left end of the selection table 10 in FIG. 3 are arranged).

In step S23, the answer pattern table 12 is searched. This means that, for the answer pattern generated in S22, the answer pattern table 11 of FIG. 8B at the bottom is searched to extract the site pattern IDs of the three designers of the matching entries (ptnid1, ptnid2, ptnid2, ptnid2).
For example, the site patterns 40, 229, and 344 at the top of each of ptnid3 are extracted).

In S24, the site pattern table 12 is searched. In this case, all the part IDs and the like of the entries matching the site pattern selected by the three designers (experts) extracted in S23 are retrieved by searching the site pattern table 12 in FIG. 8C.

In step S25, automatic design part configuration is performed. This is based on the part IDs and the like respectively extracted from the site pattern table 12 of FIG. 8C in S24, and assembles and arranges all of the parts concerned on the screen, and prepares three designers (experts). Automatically create each selected screen.

S26 is an example of screens of three designers automatically created in S25 (ptnid3 "344", ptn3).
id2 "229", ptnid1 "40"). Then, the process proceeds to S27 of FIG.

S27 of FIG. 9 shows a state in which one of the screens (ptnid 1 "40") selected by the three designers is selected by the user as being suitable for the shop screen. S2
Reference numeral 8 denotes a state in which the site screen is completed by automatically synthesizing the design screen and the user-specific data. This is the screen selected in S27 (ptnid1 “40”, template screen)
Then, the product information in the product DB 14 registered by the user is embedded therein, and the actual screen of S29 is created (described later with reference to FIGS. 10 and 11).

S29 shows an example of the actual site screen of the user completed in S28. In step S30, screen editing is performed. This is because the three screens of S27 which are automatically created are not appropriate for the screen of the shop as they are,
This shows a procedure for selecting and editing one.

In step S30-1, one target screen is selected from the three screens in step S27. In step S30-2, the part constituting the selected screen is changed as necessary, modified by the user, or replaced with the created part, and edited.

S30-3 shows an example of the screen after changing clothes. This is an actual screen generated by performing automatic synthesis based on the product DB 14 in the same manner as in S28. According to the order from S21 to S30, the user automatically creates an answer pattern only by selecting the characteristic information of the store (characteristic information of the merchandise of the store and the customer of the merchandise) on the questionnaire screen in S21. By searching the answer pattern table 11 of FIG. 8B, the selected site pattern IDs of the three matching designers are respectively extracted, and based on the extracted site pattern IDs, the site pattern of FIG. The table 12 is searched to extract all the parts of the matching entry, assemble them on the screen, display a screen for selecting three designers as candidates, as shown in S26, and display one screen selected by the user. Automatically creates an actual user screen (site screen) by embedding the product information in the product DB 14 registered by It is possible or to automatically create the actual screen.

FIG. 8A shows an example of numerical representation of input information. Here, an example is shown in which a unique code is assigned to the option item of the question item as shown in the figure, and a numeric string in which the codes of the selected item are arranged in order is generated as an answer pattern.

FIG. 8B shows an example of the answer pattern table. In the illustrated answer pattern table 11, site pattern IDs selected by three designers (experts) are registered in association with the answer patterns.

FIG. 8C shows an example of the site pattern table. The illustrated site pattern table 12 is a table in which all part IDs and the like necessary to compose a screen in association with the site pattern ID are registered.

FIG. 8D shows an example of a repaired design part. This displays a list of parts (reusable parts) designed by the designer, and sequentially lists navtyid, cs from the top.
An example of a list of sid, partsid, and typeid is displayed.

FIG. 10 is a flow chart for explaining the operation of the present invention (product reflection). This corresponds to S27 in FIG.
A flowchart for automatically synthesizing products in the product DB 14 is shown on the selected screen.

In FIG. 10, S41 creates a product DB. This is, for example, as shown in a product DB 11 of FIG.
Items to be embedded in the HTML language (for example, $ sho
uhinA $), create and register the product image (photo, illustration, etc.), product name, product description, etc.

At S42, it reflects. This is because the merchandise information in the merchandise DB 14 of FIG. 11B created and registered in S41 is converted into a screen, for example, the HTM of FIG.
An actual user screen is automatically created by embedding and reflecting the information in the corresponding location in the L language.

As described above, one of the screens selected by the three designers automatically created in S27 of FIG. 9 described above is selected, and the HT of FIG. 11A corresponding to the selected screen is selected.
It is possible to automatically create an actual user's site screen by embedding matching items in the product DB 14 of FIG. 11B into corresponding items in the ML language.

FIG. 11 is an explanatory diagram of the present invention. FIG.
(A) shows an example of the HTML language of the screen. H shown
In the TML language, a part of the HTML language of one screen selected in S27 of FIG. 9 described above is schematically displayed. For the underlined items in the HTML language, corresponding items are taken out from the user's product DB 14 of FIG. 11B and embedded, and an HTML language of the actual user screen is created (the HTML language is When displayed on the browser, it is displayed like the screen of S29 or S30-3 at the right end of FIG. 9 described above).

FIG. 11B shows an example of the product DB.
The illustrated product DB 14 corresponds to the HT of FIG.
The image of the product to be replaced, the product name, the product description, and the like are registered in correspondence with the underlined variable items in the ML language.

As described above, by creating and registering a product image, a product name, a product description, etc. in the user's product DB 14 in association with the items, the three designers (experts) described above are selected. It is possible to automatically combine the actual user's product image, product name, product description, etc. with the automatically synthesized screen.

FIG. 12 is an explanatory diagram of the present invention. This is an example of the configuration of the system of FIGS. 1 to 11 described above. Here, only the screen configuration is defined in the illustrated screen portion, and the processing function is executed by leaving it to Java Beam (functional component). (The screen configuration part and the processing function part are managed separately).

Thus, various Beams (functional parts), which are componentized from the screen shown in the drawing, are designated and used.
For example, as shown in the following FIG. 13, it is possible to easily realize the various processes described with reference to FIGS. 1 to 11 by declaring which Beam to use from the HTML description and using the function. For example, the client server that has received the notification of the answer pattern selected by the user from the items of the question item from the terminal 22 automatically directs the Beam shown in the figure to automatically create the screen (from the above-described S22 in FIG. 8). S
27) In order to automatically create an actual site screen by embedding the user's product information extracted from the product DB into the screen by instructing Beam, (S28 and S29 in FIG. 9 described above).
And so on. Thus, the screen part,
By separately managing the functional part to be processed, it is possible to easily perform reuse.

FIG. 13 shows a description example (JSP) of the present invention. As shown, which Beam in the HTML description
By declaring whether to use (processing function) and using that processing function, it is possible to manage the screen configuration part and the processing function part separately, and to easily reuse each part.

(Supplementary Note 1) An answer receiving step of receiving an answer to a question about a product handled by the homepage to be created;
A combination extracting step of extracting a combination of corresponding parts from a storage unit in which a combination of parts of a home page is registered for each answer pattern based on the answer; and a storage unit in which parts of a home page are registered based on the combination. A step of extracting a part from a web page and combining the extracted parts to create a home page design.

(Supplementary Note 2) An answer receiving step of receiving an answer to a question about a product handled by the homepage to be created;
Based on the answer, a combination extracting step of extracting a plurality of combinations of corresponding parts from a storage unit in which a plurality of combinations of parts of a home page are registered for each answer pattern, and based on the plurality of combinations, And extracting a part from the storage means in which the part is registered, and combining the extracted parts to create a plurality of home page designs.

(Supplementary Note 3) The method of creating a homepage design according to Supplementary Note 1 or 2, further comprising a modification step of modifying the created design by a user.

(Supplementary Note 4) The storage unit according to Supplementary Note 1 or 2, wherein the storage unit in which the combination is registered is generated from the storage unit in which a part type and an attribute of the part are registered for each answer to the question. How to create a homepage design.

(Supplementary Note 5) An answer receiving step of receiving an answer to a question about a product handled by the home page to be created in the computer, and a storage unit in which a combination of parts of the home page is registered for each answer pattern based on the answer. A combination extraction step of extracting a combination of parts to be extracted, and a design creation for extracting a part from a storage unit in which a part of a homepage is registered based on the combination, and creating a homepage design by combining the extracted parts. A homepage design creation program characterized by executing steps.

(Supplementary note 6) An answer receiving step for receiving an answer to a question about a product handled by the homepage to be created in the computer, and a storage means in which a combination of parts of the homepage is registered for each answer pattern based on the answer. A combination extraction step of extracting a combination of parts to be extracted, and a design creation for extracting a part from a storage unit in which a part of a homepage is registered based on the combination and creating a homepage design by combining the extracted parts. And a computer-readable recording medium storing a homepage design creation program.

(Supplementary Note 7) Answer pattern storage means in which a combination of parts of the homepage is registered for each answer pattern, parts storage means in which the parts of the homepage are registered, and an answer to a question concerning a product handled by the homepage to be created are received. Answer receiving means, based on the answer, a combination extracting means for extracting a combination of corresponding parts from the answer pattern storage means, based on the combination,
A homepage design creation device, comprising: a design creation unit that extracts a part from the part storage unit and combines the extracted part to create a homepage design.

[0095]

As described above, a combination of parts prepared in advance is selected according to an option of a question item related to an attribute of a product handled by a shopping site to be created by a user, and the combination is selected. Since the design of the homepage is constructed on the basis of the above, it is possible to easily and inexpensively create a design that is optimal for the attribute of the product handled by the shopping site to be created.

[Brief description of the drawings]

FIG. 1 is a system configuration diagram of the present invention.

FIG. 2 is an operation explanatory flowchart (table creation) of the present invention.

FIG. 3 is an example of a selection table (expert A) of the present invention.

FIG. 4 is an example of an answer pattern table according to the present invention.

FIG. 5 is an operation explanatory flowchart (automatic screen creation) of the present invention.

FIG. 6 is a flowchart illustrating the operation of the present invention.

FIG. 7 is an explanatory diagram of the present invention.

FIG. 8 is an explanatory diagram of the present invention.

FIG. 9 is an explanatory diagram of the present invention.

FIG. 10 is an operation explanatory flowchart (commodity reflection) of the present invention.

FIG. 11 is an explanatory diagram of the present invention.

FIG. 12 is an explanatory diagram of the present invention.

FIG. 13 is a description example of the present invention.

[Explanation of symbols]

 1: Server 2: Site screen automatic generation system 3: Site pattern creation means 4: Search means 5: Assembly means 6: Reflection means 7: Overall design table 8: Parts table 9: Question item table 10: Selection table 11: Answer pattern Table 12: Site pattern table 13: Site screen 14: Product DB 21: Internet 22: Terminal

Claims (5)

[Claims] 1. An answer receiving step of receiving an answer to a question about a product handled by a homepage to be created; A combination extraction step of extracting a part from a storage unit in which a home page part is registered based on the combination, and a design creation step of creating a home page design by combining the extracted parts. Homepage design creation method characterized by the following. 2. An answer receiving step of receiving an answer to a question about a product handled by a home page to be created; and, based on the answer, storing a plurality of combinations of parts of the home page for each answer pattern, and A combination extraction step of extracting a plurality of combinations; extracting a part from a storage unit in which parts of the home page are registered based on the plurality of combinations; and creating a plurality of home page designs by combining the extracted parts. A homepage design creation method characterized by comprising a design creation step. 3. The homepage design creating method according to claim 1, further comprising a modifying step of modifying the created design by a user. 4. The storage unit according to claim 1, wherein the storage unit in which the combination is registered is generated from a storage unit in which a part type and an attribute of the part are registered for each answer to the question. How to create a homepage design. 5. An answer receiving step of receiving an answer to a question about a product handled by a home page to be created in a computer, and a corresponding part from a storage unit in which a combination of parts of the home page is registered for each answer pattern based on the answer. A combination extraction step of extracting a combination of the following; a design creation step of extracting a part from a storage unit in which a homepage part is registered based on the combination, and creating a homepage design by combining the extracted part; A homepage design creation program characterized by executing.