Mathematical analysis programs and information processing devices

Abstract

Layout information is generated using time-series data, multiple data tables, and matrix operations. [Solution] The computer is made to perform the following steps: referencing a year data table to obtain the year TP value, leap year flag, February TP value, a value indicating the Julian day of January 1st, and the January 1st TP value; identifying the month TP value and day TP value corresponding to the year, month, and day; generating a processing matrix consisting of 3 rows and 3 columns, and arranging natural numbers from 1 to 9 cyclically around the (2,2) component of the processing matrix according to a predetermined input order; referring to the table and extracting numerical values ​​placed at opposite positions on the processing matrix as destruction numbers based on periodic position information corresponding to the year TP value, month TP value, and day TP value; generating individual boxes containing the destruction numbers, and generating a composite box by arranging the individual boxes in 3 rows and 3 columns; and generating display data indicating warp.

Description

Technical Field

[0001] The present invention relates to a mathematical analysis program and an information processing device that generate arrangement information using a plurality of data tables and matrix operations based on time-series data such as date input by a user, and display the arrangement information.

Background Art

[0002] Conventionally, methods that incorporate the concepts of Yin-Yang and Five Elements to configure health appliances or predict fortune have been proposed. For example, Patent Document 1 discloses a member used for detecting abnormalities by meridian or maintaining health. This technology relates to a base material having a color of electromagnetic waves that resonates with a unique frequency generated when a specific organ or meridian has an abnormality, and the color has a detection color for abnormality of the specific meridian and / or a health maintenance color on the base material respectively. The shape of this member is a rectangle, a circle, or the like, and each of the aforementioned colors is provided by printing or the like on the same surface of the base material and the back surface of the base material.

[0003] In addition, Patent Document 2 discloses a method for determining stimulation points of distant meridians of the human body based on the Yin-Yang and Five Elements theory, 12 distant meridians, the relationships of mutual promotion and mutual restraint in traditional Chinese medicine, and pathophysiology of modern medicine.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Patent Document 2

Summary of Invention

Problems to be Solved by the Invention

[0005] However, an information processing technology that systematizes arrangement rules based on a complex ideological system as a mathematical model, and generates arrangement information with consistency and reproducibility based on time-series data has not been sufficiently established.

[0006] This invention has been made in view of the above circumstances, and aims to provide a mathematical analysis program and information processing device that can generate arrangement information using multiple data tables and matrix operations based on time-series data such as dates entered by a user, and that can display said arrangement information. [Means for solving the problem]

[0007] (1) To achieve the above objectives, the present invention employs the following means. That is, the mathematical analysis program of the present invention is a mathematical analysis program that generates and displays arrangement data using a plurality of data tables and matrices based on date information input by a user, and includes the steps of: referring to a year data table to obtain a year time position value, a leap year flag, a February time position value, a value indicating the Julian day of January 1st, and a January 1st time position value corresponding to the year, month, and day; identifying a month time position value and a day time position value corresponding to the year, month, and day based on the obtained values; generating a processing matrix consisting of 3 rows and 3 columns, and cyclically arranging natural numbers from 1 to 9 in a predetermined input order, centered on the (2,2) component of the processing matrix; and referring to a table associated with the processing matrix and, based on the periodic position information corresponding to the year time position value, month time position value, and day time position value, in the processing matrix The computer is made to execute the following steps: identify the positions corresponding to the year time position value, month time position value, and day time position value, and extract the numerical values ​​placed at the positions opposite to the identified positions as the number of destructions; generate individual boxes containing the extracted number of destructions, and generate a composite box by arranging the individual boxes in a 3x3 grid; refer to a warp / arrangement table that associates the direction and position to be displayed for the positions of each individual box in the composite box, the internal warps which are warp displays displayed at predetermined positions in the composite box based on the extracted number of destructions, and the external warps which are warp displays displayed at positions corresponding to the outer periphery of the composite box based on the Chinese zodiac information corresponding to the year, month, and day, and generate display data showing the internal and external warps on the composite box; and draw the arrangement data on a display screen based on the composite box and the display data.

[0008] (2) Furthermore, in the mathematical analysis program of the present invention, the year, month, and day is characterized in that the user's date of birth.

[0009] (3) The information processing device of the present invention also includes an input device for receiving date information from a user, a storage device for storing at least a plurality of data tables and matrices, and a device that, by referring to a year data table, obtains a year time position value, a leap year flag, a February time position value, a value indicating the Julian day of January 1st, and a January 1st time position value corresponding to the year, month, and day, identifies the month time position value and day time position value corresponding to the year, month, and day based on the obtained values, generates a processing matrix consisting of 3 rows and 3 columns, arranges natural numbers from 1 to 9 cyclically in accordance with a predetermined input order, centered on the (2,2) component of the processing matrix, refers to a table associated with the processing matrix, and, based on the periodic position information corresponding to the year time position value, month time position value, and day time position value, determines the year time position in the processing matrix. The system includes a processing unit that identifies positions corresponding to the month position value, month time position value, and day time position value, extracts numerical values ​​placed at positions opposite to the identified positions as the number of destructions, generates individual boxes containing the extracted number of destructions, generates a composite box by arranging the individual boxes in a 3x3 grid, and generates display data showing the internal and external warps on the composite box by referring to a warp / arrangement table that associates the direction and position to be displayed for the positions of each individual box in the composite box, the internal warps which are warp displays displayed at predetermined positions within the composite box based on the extracted number of destructions, and the external warps which are warp displays displayed at positions corresponding to the outer periphery of the composite box based on the Chinese zodiac information corresponding to the year, month, and day, and an output device that draws the arrangement data on a display screen based on the composite box and the display data.

[0010] (4) Furthermore, the information processing device of the present invention is characterized in that the date is the user's date of birth. [Effects of the Invention]

[0011] According to the present invention, complex placement processing using multiple data tables and matrix operations can be automatically executed by a computer, making it possible to generate placement information that would be difficult to obtain through manual calculations quickly and reproducibly. Furthermore, since the same results can always be output for the same input conditions, objective and reliable information generation can be achieved, and user comprehension can be improved by generating visual placement data. [Brief explanation of the drawing]

[0012] [Figure 1] This is a block diagram showing an example of the hardware configuration of an information processing device that executes a mathematical analysis program according to this embodiment. [Figure 2] This flowchart shows the processing flow of the mathematical analysis program according to this embodiment. [Figure 3] This is a diagram showing an example of the "Operations" sheet. [Figure 4] This flowchart shows the processing flow of the mathematical analysis program according to this embodiment. [Figure 5] This is a flowchart showing the process for calculating the number of destructions. [Figure 6] This is a flowchart showing the procedure for the internal warp display process. [Figure 7] This is a flowchart showing the procedure for external warp display processing. [Figure 8] This is part of the annual data. [Figure 9] This is a table showing the time position and the natural numbers from 1 to 9 that fit into a 3x3 matrix. [Figure 10] This diagram illustrates the basics of Yin-Yang and the Five Elements. [Figure 11] Figure 10 shows a diagram of "6 Yang and 6 Yin" which subdivides the central Yin and Yang. [Figure 12] This diagram shows the arrangement of more than ten figures. [Figure 13] This is a diagram showing an example of a nine-number diagram. [Figure 14] This diagram shows the "congenital plate." [Figure 15]It is a diagram showing the "Acquired Plate". [Figure 16] The "Primordial Plate" is a diagram showing a configuration in which Qian (Heaven), Dui (Marsh), Li (Fire), Zhen (Thunder), Xun (Wind), Kan (Water), Gen (Mountain), and Kun (Earth) are arranged in an S-shape. [Figure 17] It is a diagram showing a table for converting characters into feature numbers. [Figure 18] It is a diagram showing a table for converting the relationship between natural numbers obtained by replacing year, month and day with 1 to 9, and the sexagenary cycle into numbers. [Figure 19] It is a schematic diagram of a human hand. [Figure 20] It is a diagram of the 28 lunar mansions. [Figure 21] It is a list of the 28 lunar mansions. [Figure 22] It is a diagram showing an internal warp calculation method. [Mode for Carrying Out the Invention]

[0013] Hereinafter, a mathematical analysis program for creating a life plate and an information processing apparatus that executes the mathematical analysis program will be described. FIG. 1 is a block diagram showing an example of the hardware configuration of an information processing apparatus that executes the mathematical analysis program according to the present embodiment.

[0014] The information processing apparatus 10 includes a CPU 1, a ROM (Read Only Memory) 3, and a RAM (Random Access Memory) 5. The information processing apparatus 10 may also include a host bus 7, a bridge 9, an external bus 11, an interface 13, an input device 15, an output device 17, a storage device 19, a drive 21, a connection port 25, and a communication device 29. Furthermore, the information processing apparatus 10 includes an imaging device such as a camera (not shown). The information processing apparatus 10 may have a processing circuit called a DSP (Digital Signal Processor) or an ASIC (Application Specific Integrated Circuit) instead of or in addition to the CPU 1.

[0015] CPU1 functions as an arithmetic processing unit and control unit, controlling the overall or partial operation of the information processing unit 10 according to various programs recorded in ROM3, RAM5, storage device 19, or removable recording medium 23. ROM3 stores programs and arithmetic parameters used by CPU1. RAM5 temporarily stores programs used in the execution of CPU1 and parameters that change as needed during its execution. CPU1, ROM3, and RAM5 are interconnected by a host bus 7, which consists of internal buses such as the CPU bus. Furthermore, the host bus 7 is connected to an external bus 11, such as a PCI (Peripheral Component Interconnect / Interface) bus, via a bridge 9.

[0016] The input device 15 may be a device operated by the user, such as a mouse, keyboard, touch panel, button, switch, and lever. The input device 15 may also be a remote control device using infrared or other radio waves, or an external connection device 27 such as a mobile phone that is compatible with the operation of the information processing device 10. The input device 15 includes an input control circuit that generates an input signal based on information entered by the user or a physical quantity sensed by the user and outputs it to the CPU 1. By operating this input device 15, the user can input various data to the information processing device 10 or instruct it to perform processing operations.

[0017] The output device 17 is comprised of a device capable of notifying the user of acquired information visually or audibly. The output device 17 may be, for example, a display such as an LCD, PDP, or OLED, an audio output device such as a speaker and headphones, or a printer. The output device 17 outputs the results obtained from the processing of the information processing device 10 as text or images, or as sound.

[0018] The storage device 19 is a data storage device configured as an example of the storage unit of the information processing device 10. The storage device 19 is composed of, for example, a magnetic storage device such as an HDD (Hard Disk Drive), a semiconductor storage device, an optical storage device, or a magneto-optical storage device. This storage device 19 stores programs executed by the CPU 1, various data, and various data acquired from external sources.

[0019] Drive 21 is a reader / writer for removable recording media 23 such as magnetic disks, optical disks, magneto-optical disks, or semiconductor memory, and is either built into or external to the information processing device 10. Drive 21 reads information recorded on the installed removable recording media 23 and outputs it to RAM 5. Drive 21 also writes data to the installed removable recording media 23.

[0020] The connection port 25 is a port for directly connecting a device to the information processing device 10. The connection port 25 may be, for example, a USB (Universal Serial Bus) port, a SCSI (Small Computer System Interface) port, or an RS-232C port, an optical audio terminal, or an HDMI (High-Definition Multimedia Interface) port. By connecting an external device 27 to the connection port 25, various types of data can be exchanged between the information processing device 10 and the external device 27.

[0021] The communication device 29 is a communication interface composed of, for example, a communication device for connecting to a network NW. The communication device 29 may be, for example, a communication card for wired or wireless LAN (Local Area Network), Bluetooth (registered trademark), or WUSB (Wireless USB). Alternatively, the communication device 29 may be a router for optical communication, a router for ADSL (Asymmetric Digital Subscriber Line), or a modem for various types of communication. The communication device 29 sends and receives signals, for example, to the Internet or other communication devices using a predetermined protocol such as TCP / IP. The communication network NW connected to the communication device 29 is a network connected by wire or wireless, and may be, for example, the Internet, a home LAN, infrared communication, radio wave communication, or satellite communication. The communication device 29 functions as a communication unit.

[0022] Next, a mathematical analysis program executed by the information processing device configured as described above will be explained using a flowchart. The mathematical analysis program according to this embodiment can be composed of, for example, a Microsoft Excel® macro (VBA code), but the present invention is not limited thereto. The macro will be described below.

[0023] The mathematical analysis program according to this embodiment calculates various indicators that constitute the life chart (year TP, month TP, day TP, and the numerical arrangement on the life chart based on them) based on the date of birth entered by the user (including specifying the year before Christ if necessary), and further acquires supplementary indicators such as internal warp, external warp, and destruction number, and displays them on the screen as a life chart. In this specification, TP and time position are synonymous.

[0024] As described above, the mathematical analysis program according to this embodiment is implemented, for example, as a macro (e.g., VBA) in spreadsheet software, and includes at least, (i) Input acceptance processing, (ii) Reference data reference processing, (iii) TP calculation process, (iv) Life chart data generation process, (v) Internal warp / external warp display processing, (vi) Life chart display processing, including

[0025] Furthermore, the mathematical analysis program according to this embodiment refers to at least the following data tables. • Year data table (see Figure 8): A table that associates each year with the year TP, leap year flag, February TP, January 1st Julian day, January 1st TP, etc. • Warp Placement Table (See TCW Table in Figure 9; hereafter, the TCW Table shown in Figure 9 will also be referred to as the "Warp Placement Table"): A table that holds the set of numerical values ​​to be placed in each square of the life board for each TP value, as well as warp information such as internal warp direction and external warp direction (including those corresponding to the upper and lower rows). • If necessary, a table may be used to temporarily store the calculation results and then transfer them to the display sheet. The process will be explained below in order.

[0026] (Input processing: Obtaining date of birth) Figure 2 is a flowchart showing the processing flow of the mathematical analysis program according to this embodiment. The mathematical analysis program according to this embodiment determines whether the user has entered a date of birth and clicked a command button (step S101), and if the user has not clicked a command button, this determination is repeated. On the other hand, if the user clicks a command button, the program is started (step S102) and initialization processing is performed (step S103). Here, the input and output areas are cleared, the display work area is cleared, and various flags / variables are initialized.

[0027] Next, the program retrieves the year, month, and day that make up the date of birth from the input sheet (the "Operation" sheet shown in Figure 3) (step S104). For example, it retrieves the year in the Western calendar (or the year including the BC designation) from the year input field, the month (1 to 12) from the month input field, and the day (1 to 31) from the day input field. The mathematical analysis program according to this embodiment also retrieves a BC flag (e.g., "BC is Y") as needed. If the BC flag is set, it switches the sign or reference method of the year. The format and range of the input values ​​may also be checked. For example, if the month is outside the range of 1 to 12, or the day is outside the range of 1 to 31, or the year is outside the defined range of the year data table, an error message or processing interruption may be displayed.

[0028] (Reference data processing: Reference to the yearly data table) Next, the mathematical analysis program according to this embodiment uses the input year (Gregorian year) as a key to refer to the year data table and obtain the following reference values ​​corresponding to that year (step S105). • Annual TP (TP value corresponding to the year) • Leap year flag (whether the year in question is a leap year or not) • February TP (TP value corresponding to February of the relevant year) • January 1st, Julian Day (the Julian Day corresponding to January 1st of the relevant year) • TP on January 1st (TP value corresponding to January 1st of the relevant year)

[0029] (Annual TP adjustment) Next, the mathematical analysis program according to this embodiment determines whether the input month is January or February (step S106), and if the input month is January or February, it performs a process to adjust the year used for the annual TP (step S107). For example, based on a predetermined switching flag (e.g., January start / February start, etc.), it makes an adjustment to use the previous year's annual TP for January or February. This makes it possible to use an annual TP that matches the year boundary defined in the life chart system (e.g., criteria such as the beginning of spring).

[0030] (TP calculation process: Calculation of monthly TP and daily TP) Next, the mathematical analysis program according to this embodiment calculates the monthly TP corresponding to the input month, using the February TP obtained from the annual data table as a base (step S108). For example, using the February TP as the base value, the monthly TP is calculated according to the correspondence rules between months and TP, such as adding TP as the months progress from March onwards, and calculating backward for January. At this time, since TP is a cyclical value (e.g., 1 to 36), if the addition / subtraction result falls outside the range, a predetermined correction is performed (e.g., adding or subtracting 36 to bring it back within the range). The daily TP is calculated by using the January 1st TP as a base and advancing the TP by the number of days elapsed since the input date. At this time, since TP is a cyclical value, if the calculation result falls outside the predetermined range, it is normalized to within the range by adding or subtracting a predetermined correction value.

[0031] Next, the mathematical analysis program according to this embodiment calculates how many days have passed since January 1st of the year on the input date by determining the "cumulative number of days from the beginning of the year to the beginning of the month" according to the input month (step S109). For example, if the month is March, the number of days up to the end of February is added, and if the month is April, the number of days up to the end of March is added, and so on, in calculating the cumulative number of days.

[0032] Here, it is determined whether the leap year flag is valid and whether the input month is March or later (step S110). If the leap year flag is valid and the input month is March or later, one day equivalent to a leap day (February 29th) is added to the cumulative number of days (step S111). This ensures consistency between calendar days and the number of days elapsed since the beginning of the year.

[0033] Next, the mathematical analysis program according to this embodiment expresses the input date as an offset from January 1st of that year (for example, starting from 0 or 1) based on the number of days elapsed since the beginning of the year and the input date (step S112).

[0034] Next, the daily TP is calculated by using the TP for January 1st obtained from the annual data table as a base and advancing the TP by the offset amount of the input date (step S113). In this case as well, since TP is a cyclic value, a cyclic correction is performed if it falls outside the range (for example, by subtracting 36 to bring it back within the range).

[0035] (Calculation process for the number of destructions: Determination of opposing position values ​​based on periodic position information) The mathematical analysis program according to this embodiment calculates the number of destructions corresponding to the year, month, and day of birth by using the year TP, month TP, and day TP calculated based on the input date of birth, and extracting the numerical values ​​at the opposite positions on a processing matrix where predetermined numerical values ​​are arranged (step S114). Here, "periodic position information" refers to the position code associated with the year TP, month TP, or day TP defined by the year data table and the TCW table. This position code is identification information that indicates whether it is located in the up, down, left, right, or diagonal direction relative to the central component (2,2) in the processing matrix, and is defined as a direction code such as "U (up)", "D (down)", "L (left)", "R (right)", "LU (upper left)", "RD (lower right)", etc. Furthermore, "opposite position" refers to the component located geometrically opposite to the position indicated by the periodic position information in the processing matrix, with the central component (2,2) in between.

[0036] The destruction count calculation process in step S114 will be explained using the flowchart shown in Figure 5. First, the year data table is referenced for the entered date of birth, and the corresponding year, month, and day TP is obtained (step S201). Here, as mentioned above, the year data table is a database that stores year type information corresponding to the yearly cycle system, and is configured, for example, as a "Year Data" sheet in an Excel file.

[0037] Next, a processing matrix consisting of 3 rows and 3 columns is generated based on the acquired year TP (step S202). This processing matrix is ​​constructed by using the central component (2,2) as the reference position, placing the central numerical value corresponding to the reference position, and then cyclically arranging natural numbers from 1 to 9 according to a predetermined input order. Specifically, an input order is used in which the (2,2) component is the center and natural numbers from 1 to 9 are input cyclically in the following order. (2,2),(3,3),(2,3),(3,1),(1,2),(3,2),(1,3),(2,1),(1,1)

[0038] Next, based on the periodic position information associated with the year TP, the opposing position on the processing matrix is ​​identified, and the numerical value placed at that opposing position is extracted (step S203). Then, the extracted numerical value at the opposing position is determined as the destruction number corresponding to the birth year, and is placed in a predetermined position on the lower left of the "first matrix (single box)" located in the center of the life chart (step S204).

[0039] Next, the mathematical analysis program according to this embodiment calculates the monthly TP corresponding to the birth month and generates the processing matrix based on the monthly TP (step S205). Specifically, it sets a central value based on the monthly TP, places the central value in the central component (2,2) of the processing matrix, and then arranges natural numbers from 1 to 9 cyclically according to a predetermined input order.

[0040] Next, based on the periodic position information associated with the monthly TP, the opposing position on the processing matrix is ​​identified, and the numerical value placed at that opposing position is extracted (step S206). Then, the extracted numerical value at the opposing position is determined as the destruction number corresponding to the birth month, and is placed at a predetermined position in the lower center of the "first matrix (single box)" located in the center of the life chart (step S207).

[0041] Next, the mathematical analysis program according to this embodiment calculates a Day TP corresponding to the birthday and generates the processing matrix based on the Day TP (step S208). Specifically, the central value calculated based on the Day TP is placed in the central component (2,2) of the processing matrix, and natural numbers from 1 to 9 are arranged cyclically according to a predetermined input order.

[0042] Next, based on the periodic position information associated with the day TP, the opposing position on the processing matrix is ​​identified, and the numerical value placed at that opposing position is extracted (step S209). Then, the extracted numerical value at the opposing position is determined as the destruction number corresponding to the birthday, and is placed in a predetermined position on the lower right of the "first matrix (single box)" located in the center of the life chart (step S210).

[0043] In Figure 4, the mathematical analysis program according to this embodiment generates a composite box (second matrix) centered on a first matrix (single box) containing the number of destructions determined in steps S201 to S210 above. Specifically, starting from the six numerical values ​​placed in the central single box, the program forms a composite box consisting of nine single boxes by arranging the numerical values ​​according to the input order described above (step S115).

[0044] (Warp display processing) The mathematical analysis program according to this embodiment performs a process to visually display internal and external warps for a composite box (second matrix) generated based on the TP for the year, month, and day. Here, internal warps refer to internal relationship positions indicated by highlighting predetermined individual boxes within the composite box, and external warps refer to external relationship positions indicated by line segments or symbols along the outer perimeter of the composite box, showing continuity in a predetermined direction. In this embodiment, this warp information is determined based on position codes obtained from the TCW table and reflected in the composite box on the operation screen.

[0045] (Display processing for internal warp) Figure 6 is a flowchart showing the procedure for the internal warp display process. First, the internal warp position code associated with each TP for year, month, and day is obtained (step S301). This internal warp position code is a direction code that indicates the relative position with respect to the center box in a 3x3 group of individual boxes that make up the composite box, and is defined as, for example, "U (up)", "D (down)", "L (left)", "R (right)", "LU (upper left)", "RD (lower right)", etc.

[0046] Next, the mathematical analysis program identifies a single box corresponding to the internal warp location code (step S302). Then, by highlighting the display border of the identified single box in a predetermined display format (e.g., a thin gray border), it is visually indicated that the single box is an internal warp location (step S303). Through this process, the internal warp locations for the upper year, lower year, upper month, lower month, upper day, and lower day are displayed on the composite box.

[0047] (External warp display processing) Figure 7 is a flowchart showing the procedure for external warp display processing. First, external warp position codes associated with each TP for year, month, and day are obtained (step S401). These external warp position codes are direction codes that indicate a continuous relationship in a predetermined direction with respect to the outer perimeter of the composite box, and are defined as composite directions including "R (right direction)", "L (left direction)", "U (up direction)", "D (down direction)", and their diagonal directions.

[0048] Next, the mathematical analysis program identifies the display position on the outer perimeter of the composite box corresponding to the external warp position code (step S402). Then, at the identified position, the program visually indicates the direction of the external warp by displaying a vertical line symbol "┃" for vertical continuity relationships, a horizontal line symbol "━" for horizontal continuity relationships, or by thickening the outer border of the individual box (step S403).

[0049] In this case, if the internal warp position and the external warp position overlap in the same direction, the outer border of the individual box is displayed as a thick line to show the internal and external warps superimposed. Furthermore, if the input date falls on a predetermined section boundary, a composite box based on the alternative year and alternative month may be generated, and the same display processing for internal and external warps may be performed on this as well.

[0050] The composite box formed in this manner is identified as the life plate and stored in the display table as display data (step S117).

[0051] The conceptual framework and mathematical rules described below are used as arrangement rules and numerical transformation rules in the mathematical analysis program according to the present invention. The present invention implements these rules as a mathematical model and embodies them as information processing technology.

[0052] [An Overview of Yin-Yang and the Five Elements] This section explains the "Yin-Yang and Five Elements Theory," which has been used since ancient times to grasp the essence of things. Figure 10 is a diagram showing an overview of Yin-Yang and the Five Elements, and it is believed that "all phenomena" in the world are classified into "wood, fire, earth, metal, and water," and that they influence and circulate with each other. Figure 11 is a diagram of "6 Yang and 6 Yin," which subdivides the central Yin-Yang shown in Figure 10. As shown in Figure 11, there are "one to six" "Yang" and "one to six" "Yin." When Yang becomes strong and reaches its extreme, it becomes Yin, and when Yin becomes strong and reaches its extreme, it becomes Yang. The point at which it turns back to Yang is called "one Yang returning."

[0053] Next, let's define the "raw numbers" as "1, 2, 3, 4, 5", the "odd numbers (yang numbers)" as "1, 3, 5, 7, 9", the "resulting numbers" as "6, 7, 8, 9, 10", and the even numbers (yin numbers) as "2, 4, 6, 8". As the word "generation" suggests, "raw" is the starting point and "resulting" is the result. By dividing the raw numbers into yang and yin numbers, we can identify the raw numbers that serve as the starting point for the arrangement in the "dozen number diagram" described later. In the raw numbers, the "odd numbers (yang numbers)" are "1, 3, 5", resulting in "one yang, three yang, five yang". The "even numbers (yin numbers)" are "2, 4", resulting in "two yin, four yin". Summarizing these, we get the following table.

[0054] [Table 1]

[0055] In the "Yin-Yang Five Elements Theory," for example, "Dragon: 16" and "Turtle (old character): 16" are the starting points for everything. Also, "Yang: 12," "Yin: 11," "Odd: 8," and "Even: 11" show that Yin and Even are related. It is ringing, and even numbers can be said to be negative numbers.

[0056] Figure 12 shows the arrangement of the dozen or so diagrams. In Figure 12, the number of origin and the number of completion are placed in each direction, representing the Five Elements. The Earth element "5 and 10" is placed in the center because the Dragon of the Five Yang elements is the Earth element. Figure 13 shows an example of a nine-number diagram, and as will be explained later, it is associated with the meanings of natural numbers from 1 to 9. Here, the ten-number diagram is based on the "He Tu" and the nine-number diagram is based on the "Luo Shu," both of which are legendary diagrams from China. The "He Tu" is a diagram that is said to have been written on the back of a dragon-horse that appeared in the Yellow River during the reign of Fuxi, an ancient Chinese emperor. This "dragon-horse" is a mythical creature that is a combination of a dragon and a horse. The "Luo Shu" is a diagram of nine patterns that are said to have been on the back of a divine turtle that appeared from the Luo River when Yu, the founder of the Xia Dynasty in China, quelled a flood. In the eight trigrams used to predict the auspiciousness or inauspiciousness of directions, eight basic images are arranged on the He Tu and Luo Shu. Each of the eight trigrams represents a natural phenomenon.

[0057] The natural phenomena of the universe are classified into eight types called "gua" (hexagrams), and there are eight types: "Qian (Heaven), Dui (Fast / Lake), Li (Fire), Zhen (Thunder), Xun (Wind), Kan (Blown / Water), Gen (Mountain), and Kun (Earth)." These eight types of gua are arranged in the eight directions to create the "Pre-Heaven Plate" and the "Post-Heaven Plate," which are used to determine directions. Figure 14 shows the "Pre-Heaven Plate," and Figure 15 shows the "Post-Heaven Plate." The Pre-Heaven Plate represents nature itself, while the Post-Heaven Plate represents the action and function of things. In "Nine Star Ki Astrology," the Post-Heaven Plate is mainly used to determine directions, but it is considered important to look at both the Pre-Heaven Plate and the Post-Heaven Plate. This "post-heavenly chart" is the same as the nine-number diagram mentioned above, while the "pre-heavenly chart" adopts a configuration in which Qian (heaven), Dui (lake), Li (fire), Zhen (thunder), Xun (wind), Kan (water), Gen (mountain), and Kun (earth) are arranged in an S-shape (Figure 16). In other words, it is understood that the universe (Qian) is born, a lake (Dui) is born, a fire (Li) occurs, thunder (Zhen) strikes, wind (Xun) blows, cold water (Kan) flows, a high mountain (Gen) appears, and a leveled field (Kun) is created.

[0058] [Meaning of the number] In this embodiment, a method is employed to select candidate properties of the object represented by the number of features, using the following numerical meanings, and to verify them on a sequence listing.

[0059] "Meaning of 1: Basically, it symbolizes 'liquid (water)'." River, water, spring, pond, waterfall, lake, well, sea, rain cloud, rain, snow, frost, rainy season, sewage, ditch, canal, rice paddy, flood, water-related disaster, submersion, inundation, water purification ritual, waterfall purification ritual, cold water, bathhouse, sea bathing, oil, petroleum (raw material), alcohol, milk, drinking water, water volume • Spirit world, potential, latent phenomena, aborted fetus (psychology / behavior) To think, to consider, to worry, sadness, secret plan, outwardly gentle, inwardly strong, heartbreak, forgetfulness, to dream, anti-emotion, rebelliousness, to doubt, to fear, suspicion, carelessness, ulterior motives, malice, reasoning, speculation, cold, hardship, difficulty, cunning, to hide, anxiety, to wash face, to do laundry, to bathe, to take a bath, to steal, to shoplift, to pickpocket, to drop, to peek, to sneak in, to turn off lights, to sleep, to get wet, to slip away, to deceive, to make a hole, to go undercover, to receive a bleeding order, to hide, to keep secret, to become pregnant, to be incomplete, to fall, to collapse, to run away in the middle of the night, to be a fake, to tiptoe, to tail, to be calm (thing / person) • Depression, swamp, back gate, back door, basement, den, cave, dark place, under the floor, root, cold place, bathroom, bedroom, empty room, bottom, base Fish shop, laundry, bar, fire station, waterworks, aquarium, obstetrics and gynecology clinic, venereal disease clinic, night work, night school, night shift Genitals, anus, uterus, kidneys, urethra, nostrils, bladder, hemorrhoids, depression, cold sensitivity, sick people Middle-aged man, thief, bad person, wise man, dead person, drowned person, missing person (In a positive sense) Independent, progressive, activist, well-founded, calm judgment, quiet demeanor, gentle personality, sociable, reasoning, affectionate, meticulous, innovative, good at utilizing potential, dominant, intelligent, original, compassionate, easily moved to tears (In a negative sense) Stubborn personality, ambitious, cunning, selfish, drunkard, easily tempted, sexually promiscuous, gloomy expression, forgetful, troubled, overly dependent, sexual offender, robbery, sniffing paint thinner, prostitution, insufficient sleep, drowsy driving, drunk driving, blind love, concealment, resentment, treason, betrayal, suspicious

[0060] "The symbolism of number 2: It basically symbolizes 'earth'." Earth, land, ground, plains, fields, farmland, reclaimed land, hometown, countryside, farming village, storehouse, earthen floor, old house, workplace, factory, outskirts of town, sumo ring, year, coal, cement, soil, roof tiles, bricks, clay pipes, ceramics, pottery (psychology / behavior) Faith, gentle, polite, obedient, mild, loyal, frugal, obedient, cautious, diligent, patient, attentive, inferiority complex, laziness, indecisiveness, worry, stinginess, greed, stubbornness, idleness, passive, procrastination, worrying unnecessarily, old-fashioned sensibilities, hesitation, labor, manufacturing, making, production, chastity, nourishing, raising, land reclamation, basic skills, laxity, insufficient foundation (thing / person) • Labor unions, agricultural unions, industrial unions, museums, slums, secondhand goods, materials, (raw materials) • Square objects, ore, old-fashioned Mother, wife, old woman, housewife, deputy mayor, hard worker, servant, general laborer, worker, craftsman, craftsman, farmer, commoner, empress, princess, lady-in-waiting, vice president, vice chairman, deputy official, undersecretary, deputy director, factory manager, lazy person, ignorant person, inferior person, vulgar person, poor person, woodworking, civil engineer, sand and gravel industry, cement company, flour milling industry, plasterer, antique dealer, sculptor, midwife, gastroenterology hospital, stomach, fire extinguisher, gastroenterology, stomach cancer, stomach ulcer, diarrhea, constipation, loss of appetite, indigestion, jaundice, gastroptosis, gastric dilation, skin disease, hives, freckles, sweat, brown rice, white rice, wheat, beans, buckwheat flour, cheap sweets, sugar, sweets, rice crackers, rice (In a positive sense) • Obedient, service-oriented, dedicated, creative, devout, gentle, kind, honest and patient, ambitious, enthusiastic about education, keen eye for detail, cherishes mother, harmonious, profitable with land, frugal, spiritually strong (In a negative sense) Lack of motivation, carelessness, laziness, ambiguous behavior, poverty, persecution, unkindness, stubbornness, land disputes, aversion to cleaning, laziness, perverse personality, obsession with things, obsessive thoughts, no connection to one's hometown, obsession with a heretical religion and neglect of family.

[0061] "Meaning of 3: Basically, it symbolizes 'spring'." Germination, young leaves, youthful, appear, emergence, departure, advance, development, new, rotation, discovery • Nerves, sensations, emotions, language, motivation, drive, language, explanation, discourse Lightning, earthquake, explosion, vibration, electricity, electronics, ions, plasma, telephone, telegram, radio, sound, music, musical instrument, cry, liveliness, applause (psychology / behavior) Short temper, expressing emotions, scolding, anger, tantrums, indignation, impatience, getting angry, being surprised, talking, making excuses, being overbearing, acting rashly, sneezing, hiccuping, muttering, being talkative, lying, noisy, getting enraged, loud, seeking novelty, hearing loss, arguing, hysteria (thing / person) Electronics, gunpowder, power supply, dynamite, stereo, new product, new theory, new idea, young people, youth, eldest son Musician, electrician, fruit vendor, telephone company employee, broadcasting station employee, announcer, electrical engineer • Convulsions, beriberi, foot problems, neuralgia, cough, stuttering Vinegar, pickled dishes, citrus fruits, pickled plums, vegetables (In a positive sense) • Clear speech, eloquent, responsive, pleasant voice, active behavior, energetic, youthful, agile, spirited, cheerful, good reputation, fresh senses, keen senses (In a negative sense) • Always boasting, being too pushy, acting rashly, nagging, being neurotic, lying, deceiving, all talk and no action, quick to fight, foul-mouthed, tattling, not listening to others, noisy, complaining constantly, acting impulsively, boasting, suddenly losing their voice, poor communicator, taciturn and easily misunderstood, insufficient explanation

[0062] "The symbolism of number 4: It basically symbolizes 'wind'." Wind, communication, correspondence, postal service, information, news, tabloid news, public (interaction), transaction, credit, negotiation, mediation, connection, marriage proposal, marriage, social interaction, reputation, investigation, report ·Travel, far away, foreign country, trade, distribution, passage, road, transportation • Long objects, fibers, threads, electric wires • Organization, cleanliness, meticulousness, care (psychology / behavior) To organize, helpful, well-regarded, gentle personality, trust (or not trust), chance encounter, likes to travel, insufficient research, research ability, to spread information, to organize, sociable, to mediate, to contact, to go abroad, to go far away, to visit, to miss each other, to go out (thing / person) • Electric fan, folding fan, hand fan, string, rope, obi, hand towel, mail, track • Friend, neighbor, street vendor, guide, delivery person, eldest daughter, daughter, shipping company, post office, cable, direct mail, company newsletter, air hole Chest, lungs, respiratory system, trachea, esophagus, small intestine, left hand, muscles, hair, body odor, thighs Pickles, udon noodles (In a positive sense) • Service-oriented, adaptable, obedient, meticulous, gentle, fond of cleanliness, neat and tidy, caring, strives for harmony, likeable, trustworthy, flexible, good relationships, harmonious, intimate (In a negative sense) Sloppy, unclean, lacking harmony, untrustworthy, lacking truthfulness, selfish, meddlesome, being talked about behind your back after helping someone, being egged on by bad friends, being betrayed by friends, having a bad reputation, being inflexible, misfortunes while traveling, slander, troubles with the opposite sex, insufficient research

[0063] "The symbolism of 5: Basically, it symbolizes 'leadership'." Willpower, dominance, sovereignty, control, strength, ability, pressure, high pressure, centrality, authority, integrity, liberalism, self-defense, fulfillment, solidity, perfect fortune, speculation, adventure Ego, karma, destiny, fate, telekinesis, corruption, violence, villain Gangsters, verbal abuse, assault, threats, robbery, brutality, terror, rebellion, turbulent times Catastrophe, annihilation, ruin, damage, bankruptcy, embezzlement, chaos, labyrinth, natural disaster (psychology / behavior) Strong-willed person, resilient spirit, unwavering mind, fulfilled heart, resolute character, skillful nature, compatible marriage, listless heart, malice, arrogance, stubbornness, speculation, love of adventure, selfish, multi-talented, proactive, energetic, sluggish behavior, expressionless person, autocratic, forceful behavior, barbaric behavior, rude behavior, forgery, gambling, financial disruption, double suicide, falling into ruin, bribery, addiction, orgy, criminal behavior, oppress, exert pressure (thing / person) Scrapyard, rubbish disposal site, battlefield, burnt-out ruins, crematorium, cemetery, execution ground, prison, murder site, gloomy place, wasteland, wilderness, abandoned building • Fixer, beggar, lethargic person, disabled person, despairer, in office, fatalist, cause unknown, shelved item, living in dire straits, delinquent • Internal organ function (five zang and six fu organs), high-calorie foods, spoiled food (In a positive sense) Liberal, progressive, fulfilling, strong-willed, leadership-oriented, managerial, has good intuition, harmonious personality, perfect balance, versatile, skillful. (In a negative sense) Aggressive behavior, arrogance, lust, self-indulgent behavior, violence, theft, persistent personality, apathy, addiction, pollution, bad karma, bad habits, bad behaviors

[0064] "The symbolism of 6: Basically, it symbolizes 'heaven'." • Power, rotation, dynamism • Perfection, authority, supreme, fortitude, nobility, elegance, harmony, maturity, ideal, creativity Leader, superior, great, prestige, power, grandfather, father (psychology / behavior) To be stable, fulfilled, busy, harmonious, romantic, energetic, powerful, dignified, noble person, quick-witted, active, athletic, leadership, maturity, grandiose (exaggeration) (respect), going around in circles, delusion, idealism, political (thing / person) • Luxury goods, government buildings, schools, stadiums, skyscrapers, shrines, hilltops War, transportation, machinery, car, sphere, circle, circle formation, disc, chairman, president, authority figure, powerful person, politician, manager, executive, soldier, official, big shot, person of honor, ideal person, leader, commander, husband Head, eyes (In a positive sense) • Active, dignified, stable, powerful, spirited, fond of learning, good (or bad) at mechanics, great leap forward, favored by superiors, rise in status, realization of ideals, brave, aura of a big shot, valuable presence, big deal (In a negative sense) Despite being busy, they don't see the bigger picture; their thoughts go in circles; they only move forward without knowing how to engage; they expand too much and fail; they become detached from reality; there is darkness among the executives; they are highly competitive; they are speed demons; they are gambling addicts; they clash with others; they are envious.

[0065] "The symbolism of 7: Basically, it symbolizes 'abundance'." Autumn, harvest, joy, happiness, wisdom, intuition ·Mysticism, faith, religion, philosophy, theoretical thinking, analysis, calculation • Money, financial luck, wealth, economy Luxury, cuisine, food and drink, banquets, entertainment, meals, celebrations • Mouth, hardening, metallic taste (psychology / behavior) • Attracted to peace, joy, harmony, happiness, and mystical things; charming, laughs often, intuitive, pious, deeply religious, resourceful, argumentative, stubborn, miscalculations, misunderstandings, enjoys extravagance, sees their efforts bear fruit, is financially greedy, acts selfishly, experiences setbacks, lacks financial sense, extravagant and lacking in spirituality, careless with money, easily tempted, gets injured, struggles with finances, has a harsh tongue. (thing / person) • Geisha, entertainer, wise person, girl, delinquent girl, lame person, blind person • Bank employees, bank salespeople, financial institutions, dentists • Restaurants, eateries, pawn shops, hardware stores, poultry farms Hardware, bladed tools, chipped swords, broken items, damaged items, incomplete items, repaired items, defective goods (In a positive sense) • Meticulous calculation, economic sense, profit, financial soundness, making money, original thinking, philosophy, theory, analysis, solidity, prosperity, victory, gourmet, sharp tools, artistic talent (In a negative sense) Stubborn, selfish, wasteful, lacking in financial sense, careless, demanding bribes, poor interpretation, biased thinking, lacking harmony, damage, deficiency, debt, deficit, miscalculation, carelessness, breakage, surgery

[0066] "The symbolism of 8: Basically, it symbolizes 'structure'." Reform, revolution, organization, accumulation, inheritance, tradition, ancestors, household finances, kinship, family Houses, buildings, renovations, alterations, relocations, mountains, gates, structures • Giving up, reviving, starting over, redoing, switching, changing, alteration, cargo (psychology / behavior) • Diligence, strong attachment, ideas, wealth accumulation, recovery, improvement, integrity, bloodless revolution, interruption, abandonment, getting stuck, discontinuing, reversal, suffering from being caught in a dilemma, disaster, level crossing accident, greedy person, abandoning the old ways, changing one's mindset, leaving home (thing / person) • Heir, obese, tall Warehouse, storage shed, inn, hotel, train station, parking lot, hill, embankment, levee, artificial hill, wall, stone wall, fence, folding screen, chair, container, tiered food box, closing down Houses at the end of the street, houses at dead ends, boundary lines, corners, intersections, railroad crossings, stone steps • Appendicitis, spinal cord, joints, neck, tumors, fractures, lower back pain (In a positive sense) • Good ideas, respecting ancestors, profiting from real estate, succeeding in a career change, selling products by changing them, healthy inventory cycle, a homey atmosphere, completion, increasing wealth (In a negative sense) Inheritance disputes, family discord, difficulties with the house, house collapse, real estate troubles, poor relationship with adopted children, failure in organizational restructuring, failure in product change, failure in capital investment, no heirs.

[0067] "The symbolism of the number 9: It basically symbolizes 'light and heat'." Sun, summer, clear weather, daytime, scorching heat, hot, light, spirit, rays, radiance, lamplight, sunshine, heat haze, shining • Precious, noble, art, document, scholarship, intellect, inner vision, foresight, discovery, invention, test, research, duty, right, law, trial, paperwork, seal, proof, prediction, forecast, notice, proposal, solution, clarification, diagnosis, examination, forensic, honor, promotion, search, investigation, festival, photograph, precious metal, fire, bereavement, separation, divorce, infidelity, flower (psychology / behavior) To discover, invent, predict, foresee, notice, pay attention, come up with an idea, paint a beautiful picture, write, fulfill an obligation, appreciate, watch a movie, sightsee, dress up, be unfaithful, get divorced, protest, dispute, conflict, assert rights, act like a scholar, commit arson, not understand (thing / person) • Wise men, scholars, painters, writers, renowned figures, designers, photographers, judges, police officers, beauticians Beautiful women, middle-aged women, people prone to infidelity, flashy people, people who easily become obsessed with things Barber shops, ophthalmologists, bookstores, courthouses, police stations, police boxes, inspection stations, signal stations, lookout posts, lighthouses, art museums, libraries, movie theaters, shopping districts • Ornaments, promissory notes, certificates, calligraphy, writing, stock certificates, symbols, signals, candles, lamps, mirrors, lighting fixtures, heating appliances, fire alarms, shrines Head, heart, circulatory system, blood, eyes, mental disorders, heart disease, cancer, dryness, burns, fever, sunstroke (In a positive sense) Fame, nobility, brilliance, splendor, promotion, prosperity, intelligence, wisdom, passing an exam, intellectual group, knowledge, learning, fame, celebration, colorful, beautiful things, invention, discovery, handsome man, beautiful woman (In a negative sense) Fickleness, vanity, infidelity, discovery, exposure, separation, divorce, mental illness, criminal case, legal violation, misidentification, stupidity, dishonored check, fire, legal dispute, expulsion, trouble over sunlight rights, running a red light, paperwork errors, copyright infringement

[0068] [Conversion to the number of characters / sounds] Figure 17 shows a table for converting characters into feature numbers. Figure 18 shows a table for converting the Chinese zodiac signs into numbers. Characters are converted into numbers based on their stroke count. For kanji, the stroke count of the old kanji is used as the basis (it is also possible to apply this to the stroke count of the new kanji). As shown in Figure 18, the relationship between the Chinese zodiac signs and numbers is converted into a relationship between numbers. This type of conversion is referred to as "feature conversion" in this specification.

[0069] [The universe in the palm of your hand] Figure 19 is a schematic diagram of a human hand. Here, as shown in Figure 100, the fingers are numbered sequentially starting from the thumb. Specifically, the thumb of the right hand is numbered 1, the index finger 2, and so on, the thumb of the left hand 1, the index finger 2, and so on, with the little finger of the left hand being numbered 10. When both hands are combined, they correspond to the Five Elements as shown in the table below.

[0070] [Table 2]

[0071] That is, the paired Five Elements are present in both hands, in other words, the Yin-Yang and Five Elements reside in the palm. The Yin-Yang and Five Elements refer to the "Ten Celestial Stems". The Ten Celestial Stems associate the Five Elements of Wood, Fire, Earth, Metal, and Water, further assigning an elder (Yang) and a younger (Yin) to each, which are called Jia (Wood Yang), Yi (Wood Yin), Bing (Fire Yang), Ding (Fire Yin), Wu (Earth Yang), Ji (Earth Yin), Geng (Metal Yang), Xin (Metal Yin), Ren (Water Yang), and Gui (Water Yin). They are usually used in combination with the Twelve Earthly Branches to represent years, days, and the like. Furthermore, the gaps between the fingers of one hand are "6", and there are "12" gaps in both hands. This can be said to correspond to the "Twelve Earthly Branches and Twelve Palaces". In other words, five fingers exist because there are six gaps (non-existence). In addition, the joints of the fingers on one hand are 14 in number, and when both hands are combined, there are 28 joints in total. This corresponds to the "Twenty-Eight Lunar Mansions".

[0072] The "Twenty-Eight Lunar Mansions" refer to 28 constellations along the celestial equator where the moon rests each day, as shown in Figure 20 and Figure 21. Derived from the moon's orbital period of "27.32 days", the constellations of the Twenty-Eight Lunar Mansions are grouped into sets of seven mansions for each of the four cardinal directions, and their connected forms are likened to the figures of four sacred beasts. The "Twenty-Eight Lunar Mansions" were used in Chinese astronomy and astrology, and are said to have originated 3000 years ago. They are depicted in the murals of the Takamatsuzuka Tomb and the Kitora Tomb constructed around the 7th to 8th centuries.

[0073] [Regarding Warp (Number of Destructions)] In this specification, "destruction number" refers to a numerical value placed on the processing matrix at a position identified based on periodic position information corresponding to the year time position value, month time position value, and day time position value, and at a position opposite to that position. In this specification, "internal warp" refers to a warp display shown at a predetermined individual box position within the composite box, based on the destruction number. In this specification, "external warp" refers to a warp display shown at a position corresponding to the outer perimeter of the composite box, based on the Chinese zodiac information corresponding to the year, month, and day. In this specification, "warp placement table" refers to a correspondence table that stores the positions of each individual box within the composite box and the positions or directions in which the internal and external warps should be displayed. Furthermore, "warp" means a distortion of spacetime (a distortion of space, or travel across spacetime in science fiction), and represents a vector that pulls in that direction. It is also called the "destruction number." "Destruction" is "eight openings, creation," and although it may seem negative, it is also the key to a breakthrough. Internal warp is considered internal because it is the number opposite to the number 5 in the "Qi" category in the table below. Originally, the balance was maintained by the central number "5" fitting into the numbers 1-9, but when it fits into a different position, the center of gravity shifts, and the number opposite to 5 becomes the warp (destruction number).

[0074] [Table 3]

[0075] When starting with 9, there is an internal warp in the location named "nine" in the container. This is because, as shown in the following table, the balance is disrupted when the number originally there is moved to the center. The internal warp can be found similarly when starting with other numbers. Figure 22 shows how to calculate the internal warp. Here, we show the warp and its calculation when any number from 1 to 9 is placed in the center of a 3x3 grid. The calculation can be performed by making the balance of "5" negative.

[0076] [Table 4]

[0077] External warp is considered external because, as shown in the following table, it is the area where sunlight shines from the direction of the Chinese zodiac outside the vessel, creating a shadow at the opposite end.

[0078] [Table 5]

[0079] [Life board] The inventors have discovered a life chart, which is an evolution of the acquired chart. The life chart is a matrix containing multiple natural numbers that cyclically use any natural number from 1 to 9. It consists of a "first matrix (single box)" which stores six numerical values ​​in a first matrix consisting of 2 rows and 3 columns, and a composite box consisting of nine boxes in which these "first matrices (single boxes)" are arranged as a second matrix consisting of 3 rows and 3 columns. As described later, the matrix shown in Table 19 is the life chart. Let the date of birth be, for example, "April 19, 1980 (Year of the Monkey, Month of the Dragon, Day of the Dog)." To find the six numbers in the single box (first matrix) at the center of the "composite box (second matrix)" in the table below, add the year of birth to the left of the upper row. However, the year refers to the period from the beginning of the solar term in February of that year (Risshun) to just before the beginning of the solar term in February of the following year.

[0080] [Table 6]

[0081] Here, only natural numbers from 1 to 9 are used as input into each box. Furthermore, the numbers entered into the 3x3 matrix are determined to increase by one in the following order: (2,2), (3,3), (2,3), (3,1), (1,2), (3,2), (1,3), (2,1), and (1,1) of the matrix. Here, since natural numbers from 1 to 9 are used cyclically, ...after 8, 9 comes 1, 2... Furthermore, around the 3x3 matrix, the Rat is located below the (3,2) component, the Ox is located below the (3,1) component, the Tiger is located to the left of the (3,1) component, the Rabbit is located at the (2,1) component, the Dragon is located to the left of the (1,1) component, and the zodiac sign is located above the (1,1) component. For each of the three zodiac signs, the Horse is assigned to the upper part of component (1,2), the Sheep to the upper part of component (1,3), the Monkey to the right of component (1,3), the Rooster to the right of component (3,2), the Dog to the right of component (3,3), and the Pig to the lower part of component (3,3). The above "input order" and "zodiac assignment" are applied to the second matrix and the processing matrix.

[0082] For example, since April is after the start of the February lunar month, "1980" is represented as "9".

[0083] [Table 7]

[0084] Next, the center of the top row is calculated by adding the birth month, as shown in the table below.

[0085] [Table 8]

[0086] In other words, for April 1980, the number obtained by adding the birth year is 9, and according to the table below, February corresponds to 9, so if we count April as 9, 1, 2, it becomes 2.

[0087] [Table 9]

[0088] Next, the upper right column is calculated from the birth date. Figure 8 shows part of the year data determined based on the principles of Yin-Yang and the Five Elements. According to Figure 8, the time position (TP) for January 1, 1980 is 31. Considering that it was a leap year, the number of days elapsed from January 1 to April 19, 1980 is "30 + 29 + 31 + 19 = 109". Dividing this by the repeating number 36 gives a remainder of 1. Adding this remainder of 1 to the time position of January 1, which is 31, the time position for April 19, 1980 is 32.

[0089] Figure 9 is a table showing the time position and the natural numbers from 1 to 9 that go into a 3x3 matrix. When the time position is 32, the number that goes into the (2,2) component of the 3x3 matrix is ​​5, so enter this into the upper right (1,3) component of the box as shown in Table 10.

[0090] [Table 10]

[0091] The lower left column is determined from the destruction numbers of the birth year, starting with those opposite the Chinese zodiac sign. In Table 11, "3" is entered. This means that, as shown in Table 12, which serves as the processing matrix, 3, which is opposite the Year of the Monkey, is entered as the destruction number on the board centered on "9," the birth year.

[0092] [Table 11]

[0093] [Table 12]

[0094] Next, the center of the lower row is determined from the destruction numbers of the birth month that are opposite the zodiac sign. Here, as shown in Table 13, which serves as the processing matrix, the number 3, which is opposite the month of the Dragon, is entered as the destruction number on a board centered on the birth month, "2".

[0095] [Table 13]

[0096] The lower right section is determined by finding the destruction number that is opposite to the zodiac sign. That is, if 5 is entered in the (2,2) component of the 3x3 matrix, according to the input order, the natural numbers from 1 to 9 will be entered as a processing matrix as shown in Table 14. Since the zodiac sign of the day is "Dog", 4, which is opposite to 5, will be entered in box (2,3). This is shown in Table 15. This can also be confirmed by Figure 9. That is, in Figure 9, when the time position is 32, it can be confirmed that the number that goes into the (1,1) component of the 3x3 matrix is ​​4.

[0097] [Table 14] [Table 15]

[0098] Next, once the single box (first matrix) at the center of the composite box (second matrix) is created, arrange the six central numbers in the order of yin and yang orbs, as shown below.

[0099] [Table 16]

[0100] Next, mark the number opposite to 5, as shown in the table below (internal warp).

[0101]

Table 17

[0102] Next, as shown in the following table, marks are added to the numbers at the opposite positions of the sexagenary cycle for year, month and day (external warp).

[0103]

Table 18

[0104] Finally, a composite box (second matrix) as shown below is completed, which is referred to as a life board. In the following table, the numbers enclosed in squares are internal warps, and the numbers marked with vertical side lines are external warps.

[0105]

Table 19

[0106] Here, four types of sexagenary cycle are associated with one natural number, and the total number of combinations of numbers and sexagenary cycle is 9×4=36, as shown in Figure 11. The inventor, Isao Yokoyama, has used this life board for many years and provided "consulting" services for corporate and individual decision-making consultations for over half a century.

[0107] An analysis example using the above-described life board will be described. Since Ieyasu Tokugawa was "born on January 31, 1543", he can be represented as follows. Here, instead of the new Chinese character "徳 (14 strokes)", the old Chinese character "徳 (15 strokes)" is used.

[0108]

Table 20

[0109]

Table 21

[0110] Virtue (6) and Home (1) form the 16 Water Element, and the third position also contains (1) and (6). Here, the third position symbolizes spring and is the starting point of action. The 16 Water Element makes the warp of 1 auspicious, indicating (1) cautious, (6) quick, and (9) intelligent action.

[0111] [Table 22]

[0112] Tokugawa (written with 9 in old kanji) and Ieyasu (3) have a total stroke count of 39, so (3) and (39) overlap. And they overlap with the number six.

[0113] [Table 23]

[0114] The overlapping names in the third and sixth fields form the Rabbit, Sheep, and Pig Wood element. Energy flows into the second field, making the warps of 9 and 8 auspicious. With the second field as the foundation, the 9 supreme and 8 organs will build the shogunate.

[0115] [Table 24] [Explanation of Symbols]

[0116] As described above, this embodiment makes it possible to automatically generate placement information. 1 CPU 3 ROM 5 RAM 7 Host bus 9 Bridge 10 Information Processing Devices 11 External bus 13 Interfaces 15 Input device 17 Output device 19 Storage devices 21 Drives 23 Removable recording media 25 connection ports 27 External connected devices 29 Communication equipment NW (Network Communication Network)

Claims

1. A mathematical analysis program that generates and displays placement data using multiple data tables and matrices based on date information entered by the user, A procedure for obtaining the year time position value, leap year flag, February time position value, a value indicating the Julian day of January 1st, and the January 1st time position value corresponding to the year, month, and day, by referring to the year data table. A procedure for identifying the month time position value and day time position value corresponding to the year, month, and day based on the acquired values, The monthly time position value is calculated by adding or subtracting the February time position value according to the input month, and correcting the value to bring it within the predetermined cycle range if it falls outside the predetermined cycle range. The daily time position value is calculated by adding to the January 1st time position value according to the number of days elapsed since January 1st of that year, month, and day, and correcting the value to bring it within the predetermined cycle range if it falls outside the predetermined cycle range. A procedure for generating a processing matrix consisting of 3 rows and 3 columns, and arranging natural numbers from 1 to 9 cyclically around the (2,2) component of the processing matrix according to a predetermined input order, A procedure for referring to a table associated with the processing matrix and identifying the positions in the processing matrix corresponding to the year time position value, month time position value, and day time position value based on periodic position information corresponding to the year time position value, month time position value, and day time position value, and extracting numerical values ​​as the number of destructions that are geometrically opposite the identified position and the central component (2,2) of the processing matrix, The procedure involves generating a central single box containing the extracted number of destructions, and then generating a composite box consisting of nine single boxes by cyclically arranging natural numbers from 1 to 9 according to a predetermined input order, starting from the six numerical values ​​placed in the central single box. The procedure involves referencing a warp and placement table that associates the direction and position to be displayed for internal warps, which are warp displays displayed at predetermined positions within the composite box based on the position of each individual box within the composite box, the extracted number of destructions, and external warps, which are warp displays displayed at positions corresponding to the outer perimeter of the composite box based on zodiac information corresponding to the year, month, and day, wherein the warp and placement table includes information that identifies the display position within or around the composite box based on the direction code associated with the time position value, and generating display data that shows internal and external warps on the composite box. A mathematical analysis program that causes a computer to perform a procedure for drawing arrangement data on a display screen based on the composite box and the display data.

2. The mathematical analysis program according to claim 1, characterized in that the aforementioned date is the user's date of birth.

3. An input device that accepts date information from the user, A storage device that stores at least multiple data tables and matrices, Referencing the year data table, obtain the year time position value, leap year flag, February time position value, value indicating the Julian day for January 1st, and the January 1st time position value corresponding to the aforementioned year, month, and day. Based on the acquired values, the monthly time position value and daily time position value corresponding to the year, month, and day are identified. The aforementioned monthly time position value is calculated by adding or subtracting the aforementioned February time position value according to the input month, and if the value falls outside the predetermined cycle range, it is corrected to fall within the cycle range; the aforementioned daily time position value is calculated by adding the aforementioned January 1st time position value according to the number of days elapsed since January 1st of that year, month, and day, and if the value falls outside the predetermined cycle range, it is corrected to fall within the cycle range; A processing matrix consisting of 3 rows and 3 columns is generated, and natural numbers from 1 to 9 are arranged cyclically around the (2,2) component of the processing matrix according to a predetermined input order. Referencing a table associated with the processing matrix, and based on the periodic position information corresponding to the yearly time position value, monthly time position value, and dayly time position value, the positions corresponding to the yearly time position value, monthly time position value, and dayly time position value in the processing matrix are identified, and the numerical values ​​placed at positions geometrically opposite to the identified positions, with the central component (2,2) of the processing matrix in between, are extracted as the number of destructions. A central single box containing the extracted number of destructions is generated, and a composite box consisting of nine single boxes is generated by cyclically arranging natural numbers from 1 to 9 according to a predetermined input order, starting from the six numerical values ​​placed in the central single box. A processing unit that generates display data showing internal and external warps on the composite box, by referring to a warp and placement table that associates the position of each individual box within the composite box, internal warps which are warp displays displayed at predetermined positions within the composite box based on the extracted number of destructions, and external warps which are warp displays displayed at positions corresponding to the outer perimeter of the composite box based on zodiac information corresponding to the year, month, and day, the warp and placement table includes information that identifies the display position within or on the outer perimeter of the composite box based on the direction code associated with the time position value, An output device that draws arrangement data on a display screen based on the composite box and the display data, An information processing device equipped with the following features.

4. The information processing device according to claim 3, characterized in that the aforementioned date is the user's date of birth.

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