JP2001195532A - Matrix preparing method and display method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To extend the versatility of accumulation by accumulating the preparation of a matrix for each category while setting the arbitrary category by preventing a user from changing data without caring of a table structure, and further to make displayable the matrix on a map as needed while laying the matrix on top of the map. SOLUTION: An aggregate of data to be narrowed is prepared by starting a browser and retrieving a matrix object record from retrieval items. The number of display columns is set from the narrowed records for matrix preparation. The longitudinal axis value and lateral axis value of the matrix are determined. The data aggregate is calculated in respect to the longitudinal and lateral axis values. The calculated result is displayed on the lateral axis value. The matrix is displayed for each column number corresponding to a longitudinal axis. Thus, after the matrix is prepared, it is displayed on the map later.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a matrix creating method for creating a matrix by processing data, and a display method for visually displaying the matrix.

[0002]

2. Description of the Related Art Conventionally, various software for creating a matrix using an information terminal are known. Some software uses a technique called cross tabulation to create a matrix. The tallying technique performs data processing for each item on the horizontal axis of the matrix, for example. Therefore, data cannot be aggregated by grouping a plurality of items into one group. Furthermore, no technique has been developed in which a matrix is created on a server, the result of the creation is displayed on an information terminal using the Internet, and the result of the matrix creation is displayed on the information terminal, for example, in the form of a map. .

[0003]

When performing a matrix display using the above software, the user is conscious of the table structure. That is, the user had to keep decide to set the items of the vertical and horizontal axes on the basis of the advance what category. For this reason, when changing the category items, it is necessary to change the data itself, which makes the creation of the matrix complicated. Furthermore, it takes time to process a large amount of data and create a matrix in the information terminal.

[0004] The present invention has been made to solve the above problems, and has as its object the following methods of creating and displaying a matrix according to the present invention. That is, the matrix can be created in any category and can be totaled for each category without changing the data without the user being conscious of the table structure. Moreover, the matrix display can be superimposed on the map and displayed on the map as needed.

[0005] Thus, the user can visually execute the business strategy, and can also visually check the business check, which is useful for improving the efficiency of the business. Further, since a matrix can be created using the Internet and the matrix display can be superimposed on the map, the matrix can be created and the matrix display can be performed efficiently and in a short time.

[0006]

According to a first aspect of the present invention, there is provided a method of creating a matrix, comprising the steps of: starting a browser; searching a target record of a matrix for a search item to form a set of narrowed data; Setting the number of columns to be displayed from the narrowed records for creation; and determining the number of columns on the horizontal axis for matrix creation; and determining the vertical and horizontal values of the matrix. Performing a calculation on the data set with respect to the vertical and horizontal values; and providing a grouping function to display the plurality of horizontal values as a row; Displaying the result of the calculation against a value, wherein a column number is assigned to the obtained horizontal axis;
Displaying a matrix for each column number on the vertical axis.

According to a second aspect of the present invention, there is provided a matrix creating method comprising:
In the display column number setting step, the already registered setting is used.

According to a third aspect of the present invention, there is provided a matrix creating method comprising:
The method further includes the step of calculating and representing the occupancy in the matrix display.

According to a fourth aspect of the present invention, there is provided a matrix creating method comprising:
The method further includes the step of changing the condition on the matrix display screen and executing the process as many times as necessary.

[0010] According to a fifth aspect of the present invention, there is provided a matrix creating method comprising:
The method further includes a step of creating a new matrix by performing data processing after incorporating another set of data into the created matrix.

According to a sixth aspect of the present invention, there is provided a matrix creating method comprising:
A server for registering and storing data, and an information terminal device for a user to access the server, wherein the server and the information terminal device are communicably connected via the Internet, and registered and stored in the server. The data is processed on the server side to create a matrix.

According to a seventh aspect of the present invention, there is provided a matrix creating method comprising:
A server for registering and storing data, and an information terminal device for a user to access the server, wherein the server and the information terminal device are communicably connected via the Internet, and registered and stored in the server. A matrix created by processing the data that has been processed on the server side to create a matrix. In the matrix creation method, a set of data is created by narrowing down a search by searching a record to be searched for a matrix target record for a search item. Setting the number of display columns from the narrowed records for creating a matrix; and determining the number of horizontal columns for creating a matrix; determining the vertical axis value and the horizontal axis value of the matrix. Determining; performing a calculation on the data set with respect to the vertical axis value and the horizontal axis value; Providing a grouping function for displaying axis values as one column; displaying the result of the calculation with respect to the horizontal axis value; and assigning a column number to the obtained horizontal axis; Displaying a matrix for each column number for the axis.

[0013] The display method according to claim 8 is a step of activating a browser; a step of searching a matrix target record for a search item to form a set of narrowed-down data; Setting the number of columns to be displayed from the record; determining the number of columns on the horizontal axis for creating a matrix; determining the vertical and horizontal values of the matrix; Performing a calculation on the vertical axis value and the horizontal axis value, wherein a grouping function is provided for displaying the plurality of horizontal axis values as one column; A matrix creation step comprising: displaying a result of the calculation; assigning a column number to the obtained horizontal axis; and displaying a matrix for each column number on the vertical axis. And the process to set the order of creation-flops;
Selecting a column for which a map is to be created from the created matrix table; and calculating a logical sum and calculating the number of columns containing values for each row of the matrix; A map processing step comprising: selecting a column for which a map is to be created from the created matrix table; creating a map for the selected column; and overlapping the map with the matrix. And displaying the processed map on an information terminal device.

A display method according to a ninth aspect further comprises the step of coloring the map using a color palette for the map.

[0015] The display method according to claim 10 further includes a step of superimposing business information to be performed in the future on the created map.

In a display method according to an eleventh aspect, in the matrix display method, a browser is started and data is exchanged with a server via the Internet.

According to a twelfth aspect of the present invention, there is provided a display method, comprising: a server for registering and storing data; and an information terminal device for an end user to access the server, wherein the server and the information terminal device are connected to the Internet. Communicatively connected by the server, the data registered and stored in the server is processed on the server side to create a matrix and a map, the map is superimposed on the matrix to be processed into a map, and the processed The map is displayed on the information terminal device.

According to a thirteenth aspect of the present invention, there is provided a display method, comprising: a server for registering and storing data; and an information terminal device for a user to access the server, wherein the server and the information terminal device are connected via the Internet. Connect communicatively, process the data registered and stored in the server on the server side, create a matrix and a map,
A display method in which the map is superimposed on the matrix to be processed into a map, and the processed map is displayed on an information terminal device, wherein the matrix creation step includes: Creating a collection of narrowed data by searching; setting the number of display columns from the narrowed records for creating a matrix; and determining the number of horizontal columns for creating a matrix. Determining a vertical axis value and a horizontal axis value of the matrix; and performing a calculation on the data set with respect to the vertical axis value and the horizontal axis value; Providing a grouping function for displaying the values as one column; displaying the result of the calculation with respect to the abscissa value; and assigning a column number to the obtained abscissa; Displaying a matrix for each corresponding column number; wherein the map processing step is a step of making settings for creating a map; and a step of selecting a column for which a map is to be created from the created matrix table. Calculating a logical sum and calculating the number of columns containing values for each row of the matrix; and selecting a column for which a map is to be created from the created matrix table. Creating a map for the selected column; and overlaying the map on the created matrix.

[0019]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of a matrix creation method and a display method according to the present invention will be described with reference to an output screen and a flowchart based on data relating to a trademark. The matrix creation and display can use not only the data related to the trademark but also various data.

FIG. 1 is a schematic diagram of a system for realizing a matrix creation method and a display method. In the figure, the system 10 includes a server 20 that registers and stores data related to a trademark, and an information terminal device for a user to access the server, for example, a personal computer 30. The computer 30 is communicably connected to, for example, the Internet.

Thus, the server 20 storing and storing the data relating to the trademark and the information terminal device 30 for the user to access the server are communicably connected via the Internet. Then, in response to a command from the user's information terminal device 30, the server processes the data registered and stored in the server to create a matrix and creates a map, and places the matrix on the map or the like. It is superimposed and processed into a map or the like. The information terminal device displays the processed map on a display of the information terminal device.

FIG. 2 shows a flow chart of a transition for preparing a screen described below and operating the screen to create a matrix.

The user starts a browser. Then, a matrix function start screen having a basic image, a basic text, a class list, a class international return, a latest information list, a deadline management, a detailed history, and a main menu is launched.

Next, another browser is started by pressing a matrix button from the screen, and the screen shifts to a matrix target record search screen. The screen includes a search item, a search method,
A search value setting column is provided. Search items include country, trademark notation, designated product keyword, designated product / service, status, class, application / registration date, expiration date, renewal procedure date,
Department in charge, etc. Search methods are perfect match, partial match, and range search. Then, search values are set for these search items and input.

Here, a country selection screen is prepared for selecting a country in the search item. The country is the vertical axis or the horizontal axis when creating a mattock described later. In addition, a search condition list screen registered in advance can be displayed on the screen instead of setting and inputting a search value in a search item.

Further, by clicking the trademark / trademark master reference button on the matrix target record search screen, the trademark master screen can be started by another browser. Further, a trademark image can be displayed from the trademark master screen. The trademark and its image in the trademark data master can be searched from the trademark data search screen.

Next, another browser is started and the screen moves to a matrix creation setting screen. The screen can be created by registering search conditions or using a matrix registered in advance.

The matrix creation setting screen will be described with reference to FIG. In the drawing, “target record search condition” indicates a condition input on the matrix target record search screen. The item of “favorite matrix” or “detailed setting of vertical and horizontal axes” can be selected.
If you select the "Favorite Matrix" button,
Transit to the favorite matrix list selection screen. When the detailed setting of the horizontal axis / vertical axis is selected, the screen transitions to the matrix / vertical axis value setting screen. "Return" transits to the matrix target record search screen.

FIG. 4 shows a favorite matrix list selection screen. In the figure, the horizontal axis column includes a favorite matrix name, a vertical axis value such as a country, a horizontal axis value such as a trademark or status, a display result pattern / display content, and a column name. This screen is a matrix screen that has already been registered.

Next, the screen shifts to a matrix vertical axis value and horizontal axis value selection screen. The items of the vertical axis value and the horizontal axis value are a country name, a trade name, a class, a status, an application year, a registration year, and the like. Select one from each of these items. This is the horizontal axis value and vertical axis value of the matrix to be created. Here, a case where a country is selected as the vertical axis value and a trademark is selected as the horizontal axis value will be described below as an example.

The matrix vertical axis value setting screen will be described with reference to FIG. In the drawing, “target record search condition” indicates a condition input on the matrix target record search screen. “Number of columns on the horizontal axis” indicates the number of columns selected on the matrix target record search screen. The “vertical axis value selection list box” displays the names of values that can be vertical axis values and enables selection. “Next” transits to the matrix horizontal axis value setting screen. “Return” transits to the matrix creation setting screen.

Next, a matrix horizontal axis value setting screen is shown with reference to FIG. In the drawing, “target record search condition” indicates a condition input on the matrix target record search screen. “Number of columns on the horizontal axis” indicates the number of columns selected on the matrix target record search screen.
“Selected vertical axis” displays the vertical axis value selected on the previous screen. The “horizontal axis value selection list box” displays the name of a value that can be selected as a horizontal axis value corresponding to the vertical axis value from the vertical axis value selected on the previous screen and can be selected. "next"
Transits to the matrix calculation method selection screen. “Return” transits to the matrix horizontal axis value setting screen.

Next, the screen shifts to a matrix calculation method selection screen. On the screen, a display result pattern and display contents are displayed. Here, in the screen, "display result pattern"
Displays a corresponding display result pattern based on each value selected on the matrix vertical axis value selection screen and the matrix horizontal axis value selection screen. When the "Customize Horizontal Axis" button is clicked, the screen shifts to a horizontal axis value detail setting screen in which the value to be set on the horizontal axis can be set in detail by yourself. on the other hand,
When the “Next” button on the screen is clicked, the values to be set on the horizontal axis are automatically calculated from the most frequently used 50 columns, and the result is displayed on the setting confirmation screen.
At this time, the number of columns is set.

The matrix calculation method selection screen will be described with reference to FIG. In the drawing, “vertical axis value” indicates the value of the list box selected on the matrix vertical axis value selection screen. The "horizontal axis value" displays the value of the list box selected on the matrix horizontal axis value selection screen. The “target record search condition” displays the condition input on the matrix target record search screen. The “display result pattern” displays a display result pattern (a pattern that can be calculated) corresponding to each value selected on the matrix vertical axis value selection screen and the matrix horizontal axis value selection screen, and can be selected one by one. . As for “display contents”, when a display result pattern is selected, items of display contents (display values) in each pattern can be dynamically changed. “Next” transits to the horizontal axis value detail setting screen. "Return" transits to the matrix horizontal axis value selection screen.

Next, the screen moves to a horizontal axis value detail setting screen. In this screen, the frequency (the number of records) and the occupancy are calculated and displayed for each trademark of the horizontal axis value for each trademark. Therefore, a numerical value is input to the column number. If the user wants to check the display image, he or she can click the "check display image" button to check the column image with the display image.

The horizontal axis value detail setting screen will be described with reference to FIG. In the figure, “vertical axis” indicates the value of the list box selected on the matrix vertical axis value selection screen.
The "horizontal axis" displays the value of the list box selected on the matrix horizontal axis value selection screen. "Display result pattern"
Displays the value of the display result pattern selected on the matrix calculation method selection screen. "Display content" displays the value of the display content selected on the matrix calculation method selection screen.
The "target record search condition" displays the condition input on the matrix target record search screen. As the “column number (setting)”, a number from 1 to 50 can be selected. "Setting" searches the column currently displayed in the value of the horizontal axis with the character string entered in the text box (setting), and displays the column number selected in the drop-down in the column number value of the corresponding record . “Column selection” allows numbers from 1 to 50 to be selected. “Next” transits to the setting content confirmation screen. “Return” transits to a matrix calculation method selection screen. “Display image confirmation” displays the values set in the middle frame in the display image confirmation frame as an image as a column. "The value of the horizontal axis (display value)" is. The values on the vertical axis are displayed without duplicates. “Frequency (display value)” displays the number of records corresponding to the search condition for each item name displayed without duplication. "Occupancy (display value)"
For each item name displayed without duplicates,% (occupation rate) of the number of records corresponding to the search condition is displayed.

The "column number (display value)" can be input as a numerical value (an integer from 1 to 50), and the value can be edited by using a set / clear / move button in the upper frame. “Total rows (frequency)” displays the sum of frequencies (display values). The “total line (occupancy rate)” displays the sum of the occupancy rates (display values). “Column name (display value)” displays the values on the horizontal axis for which the same column number is set in the middle frame as a group (one column).

Here, the "next" button is pressed. Enter the column name on the confirmation screen. The setting content confirmation screen will be described with reference to FIGS. In the figure, the “vertical axis” is
Displays the value of the list box selected on the matrix vertical axis value selection screen. The "horizontal axis" displays the value of the list box selected on the matrix horizontal axis value selection screen. “Display result pattern” displays the value of the display result pattern selected on the matrix calculation method selection screen. "Display content"
Displays the value of the display content selected on the matrix calculation method selection screen. The "target record search condition" displays the condition input on the matrix target record search screen.
"Column number" is, when transited from the horizontal axis value detail setting screen,
Displays the column number set by the user. When selecting a favorite matrix or pressing the next button from the matrix calculation method selection screen and transiting to this screen, up to 50 (depending on the user setting value) in descending order of frequency
Is automatically calculated and displayed. “Column name” is set by the user. “Select display image” selects a default value from the top one in the corresponding line. If there are multiple items in one line, the selection can be changed in that line. When the value of the “horizontal axis” is changed from the horizontal axis value detail setting screen, the value of the horizontal axis is displayed for each column set by the user. When you select your favorite matrix or press the Next button from the matrix calculation method selection screen and transition to this screen, the screen automatically calculates the most frequent ones up to 50 (depending on the user setting value) and the horizontal axis Displays the value of. "Frequency" displays the column number set by the user when transiting from the horizontal axis value detail setting screen. When a favorite matrix is selected and the “Next” button is pressed from the matrix calculation method selection screen and the screen transitions to this screen, the most frequently used ones are automatically calculated up to 50 (depending on the user setting value). Display the number of cases. "Occupancy" indicates the frequency in%. "Total number (target number)"
Displays the number of records (records) to be matrixed.
"Total% (number of objects)" indicates the total number (number of objects) in%. The “total number (non-target)” indicates (the number of search condition records) − (the number of matrix target records).
“Total% (not applicable)” is (number of search condition records)-
(Number of records for matrix) is displayed in%. “Total total” displays the number of records (number of records) that match the search conditions. “Total total%” indicates the total count in% (100
%).

When the data set is calculated with respect to the vertical axis value and the horizontal axis value, a grouping function is provided to display the plurality of horizontal axis values as one column. By using the grouping function, the user can set an arbitrary category in each column, and group by each category and totalize. Therefore, the versatility of tallying can be expanded.

Next, the screen shifts to a matrix display screen. On this screen, a matrix with the trademark on the horizontal axis and the country on the vertical axis is displayed. Here, the trademark on the horizontal axis can be displayed together with a graphic.

In the above, when the calculated result is switched, it can be performed from the display switching screen.
That is, the matrix display screen can be executed as many times as desired by changing the conditions on the setting content confirmation screen in order to display the matrix display screen on another browser.

FIG. 11 is a matrix display screen created from the above steps. In the figure, the horizontal axis is a trademark name, and the vertical axis is a country name. It should be noted that, after incorporating another set of data into the created matrix, a new matrix can be created by performing the above-described data processing.

Next, a display method for displaying the created matrix on a map will be described. Here, the map is, for example, a map in which the results of a patterned matrix are painted into patterns.

The transition of the map screen will be described with reference to FIG. First, two columns are added to the created matrix. Select the anchor to display. The columns to be added are the number calculated by taking the logical sum of the number of trademarks on the horizontal axis of the matrix for each country on the vertical axis, and each trademark on the horizontal axis in the row of the country on the vertical axis to display the entire matrix. This is the number of columns where the number of applications or registrations is specified.

FIG. 13 shows a display map designation screen other than the logical sum, and FIG. 14 shows a display map designation screen only for the logical sum. In FIG. 14, the total number of cases without duplicates, the total number of classes without duplicates, and the number of columns containing values are calculated.

Next, another browser is started, and the screen shifts to a map setting screen. Here, bibliographic items such as a display map are input, and a display color pattern for displaying a color on the map is determined. At this time, when a "color palette display" button on the screen is clicked, a color palette screen is activated. A color used for display is selected from the color palette screen. When displaying the map, the map can be displayed without the frame, or the frame can be divided and displayed.

Thus, the created matrix can be superimposed and displayed on the map. Further, business information to be performed in the future can be superimposed on the created map.

As described above, according to the matrix creation method and the display method described above, the matrix function for setting the information such as the trademark right by country and keyword on the vertical axis and the horizontal axis and analyzing the current situation is provided. In addition, for a matrix having a country on the vertical axis, it has a map function for reflecting the situation on a world map. When generating a matrix, set search conditions to narrow down the records to be calculated. This search condition displays the target search screen on all screens so that the user can clearly identify under what conditions. .
The searched screen and the matrix setting conditions can be registered as favorite conditions.

[0049]

According to the matrix creation method and the display method according to the present invention, it is possible to set an arbitrary category for matrix creation without changing the data without the user being conscious of the table structure. , The versatility of tallying is expanded. Moreover, the matrix display can be superimposed on the map and displayed on the map as needed.

Thus, the user can visually check the business strategy and can visually check the business check, which is useful for improving the efficiency of the business. Further, since a matrix can be created using the Internet and the matrix display can be superimposed on the map, the matrix can be created and the matrix display can be performed efficiently and in a short time.

[Brief description of the drawings]

FIG. 1 is a schematic diagram showing a system for realizing a display method according to the present invention.

FIG. 2 is a flowchart showing a transition for creating a matrix according to the present invention.

FIG. 3 is a diagram illustrating a matrix creation setting screen.

FIG. 4 is a diagram illustrating a favorite matrix list selection screen.

FIG. 5 is a diagram showing a matrix vertical axis value setting screen.

FIG. 6 is a diagram showing a matrix horizontal axis value setting screen.

FIG. 7 is a diagram illustrating a matrix calculation method selection screen.

FIG. 8 is a diagram showing a horizontal axis value detail setting screen.

FIG. 9 is a diagram illustrating a setting content confirmation screen (upper part).

FIG. 10 is a diagram showing a setting content confirmation screen (lower part).

FIG. 11 is a diagram illustrating a matrix display screen.

FIG. 12 is a flowchart showing a transition for creating a map according to the present invention.

FIG. 13 is a diagram illustrating a display map designation screen (other than a logical sum).

FIG. 14 is a diagram illustrating a display map designation screen (only a logical sum).

[Description of Signs] 10: Matrix creation and display system 20; server 30; information terminal device

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Jun Fujimoto 3-5-19 Kojimachi, Chiyoda-ku, Tokyo, Japan Mark-ai Co., Ltd. (72) Inventor Noriyuki Tsujino 3-5-1, Kojimachi, Chiyoda-ku, Tokyo, Ltd. Mark Eye

Claims (13)

[Claims] 1. A step of activating a browser; a step of searching a matrix target record for a search item to form a set of narrowed data; and setting the number of display columns from the narrowed record for creating a matrix. And determining the number of columns on the horizontal axis for creating a matrix; determining the vertical axis value and the horizontal axis value of the matrix; and performing the data aggregation on the vertical axis value and the horizontal axis. Performing a calculation on the values, wherein a grouping function is provided to display the plurality of abscissa values as a row; displaying the result of the calculation on the abscissa values; Assigning a column number to the obtained horizontal axis; displaying a matrix for each column number with respect to the vertical axis;
A matrix creation method comprising: 2. The matrix creating method according to claim 1, wherein in the display column number setting step, a registered setting is used. 3. A method according to claim 1, further comprising the step of calculating and representing an occupancy in said matrix display. 4. The method according to claim 1, further comprising the step of changing the condition on the matrix display screen and executing the process as many times as necessary. 5. The method according to claim 1, further comprising, after incorporating another set of data into the created matrix, performing data processing to create a new matrix. 6. A server for registering and storing data, and an information terminal device for allowing a user to access the server, wherein the server and the information terminal device are communicably connected via the Internet, A matrix creation method in which data registered and stored in a server is processed on the server side to create a matrix. 7. A server for registering and storing data, and an information terminal device for allowing a user to access the server, wherein the server and the information terminal device are communicably connected via the Internet, A matrix creation method in which data registered and stored in a server is processed on a server side to create a matrix. The matrix creation method is a method in which a search is performed on a matrix target record for a search item and data is narrowed down. A step of setting the number of display columns from the narrowed records for matrix creation; and determining the number of columns on the horizontal axis for matrix creation; a vertical axis value of the matrix. And calculating a horizontal axis value; performing a calculation on the data set with respect to the vertical axis value and the horizontal axis value; Providing a grouping function for displaying the plurality of abscissa values as one column; displaying a result of the calculation with respect to the abscissa value; And displaying a matrix for each column number with respect to the vertical axis. 8. A step of activating a browser; a step of searching a matrix target record for a search item to form an aggregate of narrowed data; and setting the number of display columns from the narrowed record for creating a matrix. And the step of determining the number of columns along the horizontal axis for matrix creation; the step of determining the vertical axis value and the horizontal axis value of the matrix; and Performing a calculation on a horizontal axis value, wherein a grouping function is provided for displaying the plurality of horizontal axis values as one column; displaying a result of the calculation on the horizontal axis value And a step of giving a column number to the obtained horizontal axis; a step of displaying a matrix for each column number with respect to the vertical axis; and setting for creating a map. Selecting a column for which a map is to be created from the created matrix table; and calculating a logical sum and calculating the number of columns containing values for each row of the matrix. Selecting a column for which a map is to be created from the created matrix table; creating a map for the selected column; and overlapping the map with the matrix. A display method, comprising: a map processing step; and a step of displaying the processed map on an information terminal device. 9. The display method according to claim 8, wherein the map display step further includes a step of coloring the map using a color palette. 10. The display method according to claim 8, wherein the map display step further comprises a step of superimposing business information to be performed in the future on the created map. 11. The display method according to claim 8, wherein said display method starts up a browser and exchanges data with a server via the Internet. 12. A server for registering and storing data,
An information terminal device for a user to access the server, the server and the information terminal device are communicably connected to each other via the Internet, and data registered and stored in the server is processed on the server side. A display method in which a matrix and a map are created, the map is superimposed on the matrix to be processed into a map, and the processed map is displayed on an information terminal device. 13. A server for registering and storing data,
An information terminal device for a user to access the server, the server and the information terminal device are communicably connected to each other via the Internet, and data registered and stored in the server is processed on the server side. A display method in which a matrix and a map are created, the map is superimposed on the matrix to be processed into a map, and the processed map is displayed on an information terminal device. Searching the target record for the search item to form a collection of narrowed data; and setting the number of display columns from the narrowed record for creating a matrix; Determining the number of rows on the horizontal axis; determining the vertical and horizontal values of the matrix; Performing a calculation on the vertical axis value and the horizontal axis value, wherein a grouping function is provided for displaying the plurality of horizontal axis values as one column; Displaying the result of
Providing a column number to the obtained horizontal axis; and displaying a matrix for each column number on the vertical axis; wherein the map processing step is a step of making settings for creating a map; Selecting a column for which a map is to be created from the calculated matrix table; and calculating a logical sum and calculating the number of columns containing values for each row of the matrix; Selecting a column for which a map is to be created from the matrix table created; creating a map for the selected column; and overlapping the map with the created matrix.