JPS5924362A - Divination device - Google Patents

Abstract

PURPOSE:To perform automatically the complicated calculations based on divination, by feeding and calculating the elements of divination such as a desired data for divination, the data of birth, the physical condition, the money, the schoolwork, the business work, the affinity, the outing luck, etc. CONSTITUTION:When the data is fed by a key input means 5, the calculation are performed on the basis of a devinating calculation system for estimating the future of the person by the natural phenomena. Thus the intensity of fortune is evaluated in seven steps in terms of the physical condition, the money luck and the schoolwork or the job fortune and the affinity luck respectively. At the same time, the outing luck is evaluated in five steps. Furthermore the fortune is freely divined for a desired date, one week following the desired data and the following and preceding days of the desired data respectively with operations of a weekly divination key 14 and date changing keys 15-16. The result of divination is displayed to a display device 3.

Description

[Detailed Description of the Invention] The present invention relates to a fortune-telling device, and its main purpose is to determine the date of birth of the person whose fortune is to be fortune-told, the date of the day on which the fortune-telling is desired, and the date of birth of the person whose love and compatibility are to be fortune-telled. day, physical condition, money,
- Provide a new fortune-telling device that automatically performs complex calculations based on fortune-telling and displays your fortune by inputting the subject of fortune-telling, such as schoolwork, work, compatibility, and luck when going out. The purpose is to

Hereinafter, the present invention will be explained in detail with reference to the drawings.

FIG. 1 is a perspective view showing the appearance of an embodiment of the present invention.

The main body 2 of this fortune-telling device 10 has a portable size comparable to a small electronic desktop calculator.

On the front side of the main body 2, a display 3 for displaying the fortune-telling results and a key manual means 4 are arranged. The key manual means 4 includes a data manual numeric keypad 5 and a plurality of keys, for example, five keys 6, 7, 8, 9, 10, for specifying the object of fortune telling.
, key 11 that is pressed before entering the date of birth when telling the person's fortune, and key 12 that is pressed before entering the date of birth of the other person when fortune telling. Key 1 pressed before entering the year, month, and day of the day
3, a key 14 to carry out fortune-telling for one week, a key 15 to move the fortune-telling date forward one day and carry out fortune-telling again, and a key 15 to move the fortune-telling date forward one day and read fortune-telling again. and a key 16 for executing. In addition, among the keys 6 to 1O that specify the object of fortune telling, key 6 is a key for fortune telling on physical condition, key 7 is a key for fortune telling on financial fortune, and key 8 is a key for fortune telling on academic or work fortune. Key 9 is a key to predict your compatibility luck, key 1
0 is the key to predict your luck when going out.

The operations and operating procedures of this fortune-telling device 1 are roughly illustrated in FIG. 2. First, in step ≦1, the user presses the key "IT" and then inputs the person's date of birth using the numeric keypad 5. Next, in step S2, after pressing the key 18, the user inputs the year, month, and day of the day on which the fortune-telling is desired using the numeric keypad 5. Further, in step S8, after pressing the key 12, the date of birth of the eight people whose match was predicted is inputted using the ten key 5. When such data is manually input, in step≦4, calculations are performed based on, for example, the Four Pillars of Destiny fortune calculation formula. In this calculation, health luck, financial luck,
Regarding academic or work luck, the fate star and the 12 fortunes calculated from the relationship between the person's date of birth and the day of the fortune-telling of the zodiac are evaluated, and the strength of each fortune is divided into 7 levels and evaluated. be done. Regarding compatibility luck, the strength of fortune is evaluated in seven stages, taking into account the thousand relationships of the person whose love or compatibility is being predicted. Furthermore, regarding going out, the direction of luck (east, west, south, north) and "going out is not good"
It is evaluated in five stages.

After the calculation in step S4 is completed, step S
In step 5, it is determined whether or not the key 14 is pressed, that is, whether or not to execute the kanbun kome. When performing weekly fortune-telling, it is determined in step s6 whether the calculation of the 7-day song has been completed or not, and if it has not been completed, step $
7, the date is counted up by one day. After the weekly fortune-telling is thus executed, the result of the weekly fortune-telling is displayed on the display 2g in step S8.

When it is determined in step S5 that the weekly fortune-telling is not to be performed, the fortune-telling result is displayed in step $9.

Next, in step slo, it is determined whether the key 15 is pressed, that is, whether the date is counted up by one day. When counting up, K counts up the date by one day in step 812, returns to step s4, and performs the calculation again. Also step ゛i
If it is determined in step 10 that the date is not to be counted up, it is determined in step 911 whether the key 16 is pressed, that is, whether the date is to be counted down by one day. Step ° when counting down
In s1B, the date is counted down by one day, and the process returns to step S4.

In this way, the day you want to tell your fortune, one week from the day you want to tell your fortune,
On the day following the desired day, the fortune of the previous day is freely read and displayed on the display 3.

FIG. 8 is a diagram showing a simplified configuration of the microcomputer built into the main body 2 of the fortune-telling device @l. The storage means 17 is a read-only memory (ROM), and calculation procedures and programs to be described later are written in advance. Therefore, this microcomputer operates according to the procedure written in the storage means 17. The display storage means 18 is a random access memory (RAM), and information from the display storage means 18 is given to the display 8 via a drive circuit 19. Note that the display device 3 is composed of liquid crystal, and the bits of the display storage means 18 correspond one-to-one to each segment of the liquid crystal. The storage means 20 is a random access memory (RAM), and input information, calculation results, dates, times, etc. are stored in this storage means 20. The calculation circuit 21 performs calculations according to the procedure stored in the storage means 17. Note that reference numeral 22 indicates a key strobe output circuit, and reference numeral 23 indicates a flip-flop for manual key operation.

The calculation procedure will be explained with reference to FIG. Here, each flag used in the calculation procedure in Fig. 4 means the item shown in Table 1, and the flags not shown in Table 1 are variables used in the calculation process in the subroutine described later. It is used as.

(Hereinafter referred to as "Kohaku") 1. In Table 4, first, in step nl, enter the person's date of birth, the month and day of the day you wish to have your fortune told, and the date of birth of the person, for example your lover, whose compatibility or love you wish to know. . In step 12, in order to calculate the person's star, the flag AY indicating the year, the month flag AM, and the day flag AD in the person's date of birth are converted into flags x, y, and z, respectively. Next, in step 18, the person's star is calculated by the subroutine shown in FIG. The upper column V of the day column, which is 8 as a result of the calculation, is set as a flag AB in step 14.

Next, in step 15, in calculating the star on the day of fortune-telling, the flag BY indicating the year, the flag BM indicating the month, and the flag BD indicating the day on the day of fortune-telling are x, y, respectively.
, z. Furthermore, in Sten-y” n 6, the fifth
The subroutine shown in the figure calculates the star of the day to be predicted. In step 17, the calculation result is quickly updated.
It is converted into B and BC.

In step I18, for example, before calculating the star of the lover, a flag CY1 indicating the year of the lover's date of birth is used.
The flag CM indicating the month and the flag CD indicating the day are x, y, and z, respectively. Next, in step 19, the lover's star is calculated by the subroutine shown in FIG.
It is converted to B.

When fortune-telling about physical luck, financial luck, academic or work luck, in step 111, the upper part of the day column BB on the day of fortune-telling and the upper part AB of the person's day column are converted into flags X and Y, respectively, and in step 12, the numbers shown in FIG. The fatal group is calculated by the subroutine. The flag S1 indicating the fate group scattered in this calculation result is evaluated in step 11B using TABLEI shown in FIG. Then step 11
4, the evaluation value Tl of step 11B, T2°T8
, respectively with flag A1. B1. Convert to CI.

In step 115, the upper row BA of the year pillar on the day of fortune-telling and the upper row AB of the year pillar of the person are respectively set as X and Y, and step '/
At step 16, a fatal group is extracted using the subroutine shown in FIG. 7, the fatal group 61 is evaluated using TABLE 1 shown in FIG. 8, and the evaluation value TI is obtained.

'I'2. T8 is set to flag A2.T8 in step 418. Convert to B2°C respectively.

In step 119, the middle part BC of the fortune-telling day and the upper part AB of the date are converted into flags X and Y, respectively, and in step 120, the 12 fortunes are calculated according to the subroutine shown in FIG. The luck flag Jl resulting from this calculation result is set to TABL shown in FIG. 10 in step g21.
Evaluate by E4. Next, in step /22, the evaluation value T4 of Twelve Luck is changed to the evaluation value A8 of health luck, financial luck, academic luck, or work luck. B8. Convert each to C8.

Furthermore, in step 12B, the following first to third equations are calculated.

Al+A2+8xA8=RI Q)2x
B1+B2+H8=R2(2) 8XC1+C2+CB=R8(3) Based on this calculation result, flag R1 is set in step 124.
is set as X, and in step 125, ranking is performed according to the subroutine shown in FIG. Step flag Y to judge the result of the ranking/! 26 performs flag UIK conversion.

Here, the values and fortunes of flag Ul and flags U2 to U5, which will be described later, are as shown in Table 2.

In step 427 of Table 2, flag R2 is set to X, and step n
At step 28, the ranking is determined according to the subroutine shown in FIG.

In step e80, flag R8 is set to X, and step e80 is set to X.
31, perform the ranking in Figure 11.

Stella 7' flag Y based on the ranking result
/Convert to flag U8 with 82.

In step 433, the variable P is set to 0, L is set to AB, and M
is set as CB, and in step 184, the fortune of the phase (chumon 1 thread) is calculated according to the subroutine shown in Fig. 12 (1) to Fig. 12 (4). In step 185, the flag 1, and in step e36, the evaluation of the 12 fortunes is set to 1 [T 4 is the name of the fortune-teller who summoned the fortune, the corrected version of the 1st]) is set to 2, and in step /87, the fortune-telling of 1-1 Usuki Junior High 1u is set.
rC and Lover Usuki) IRCB #1 respectively. ．． X,
Y is selected, and further, in step 438, the ``C'' luck is produced according to the routine accepted in FIG. The result of this calculation is evaluated in step n89 using TABI14 in FIG. 1O. Next, in step 140, the evaluation of Twelve Luck is 1 shift T4.
The evaluation of the old compatibility is 1 shift 1] 3.

In step 441, the fourth equation is calculated.

2XD+D2+DB=R4 (4) After setting this R4 as flag X, in step n42, the first
The rankings are performed according to the subroutine shown in FIG. 1, and the flag Y set as a result of the ranking is converted into the flag U4 in step 14B.

In step 444, P is set to 1, L is set to BB, and M is set to A.
B, and in step 7-45,
The fortune of compatibility is determined according to the subroutine shown in Figure (4). The flag X based on this calculation result is set at step 146.
The flag is set as U5. In this way, the flags U1 to U5 for each object of fortune-telling are displayed on the display 8 in step 147.
will be displayed.

Here, the subroutine for star calculation shown in FIG. 5 will be explained. In step m1, variables U, V, and W are set to 0, and X1=X+5. In step m2, Y)2
It is determined whether Y>2, the process proceeds to step m5, and if Y≦2, the process proceeds to step m8. In step m8, it is determined whether Y=2, and if Y=2, proceed to step rn4K,
Y(2, proceed to step m6. Step m
At 4, it is determined whether 2-4, and if Z≧4, the process proceeds to step m5, and if z<4, the process proceeds to step m6. In step m5, X1=X+5, and in step m6, the calculation of equation 5 is performed.

U=X1-10+INT(Xi/10)' (
5) Next, at step +n7, the number of days is calculated according to the routine for calculating the number of days shown in FIG. 6, and based on the calculation result, at step m8, 11=I+8.

It is assumed that I2=I+5. Further, in step m9, the sixth and seventh equations are calculated.

V=11-10XINT(II/10) C6)
W=12-12XINT(I2/12) (7)
In the subroutine of FIG. 6, i, -tn, step n1
Then, the variables x, y, and z are set to XN, YN, and ZN, respectively, and in step n2, YN=YN~3.

Next, in step n3, f4 determines whether YN<0.
If YN≧O, the process proceeds to step n5, and if YN<0, the process proceeds to step n4. In step n4, YN=YN+12, XN=XN-1,
In step n5, the calculation of equation 8 is performed.

I=INT(865,25XXN) +INT(80,6XYN+0゜5)+ZN (s
) In the subroutine for calculating the fate star in Figure 7,
In step pl, cs=x-y, and step p2
Then it is determined whether Y is an even number. If Y is an even number, the process proceeds to step p5, and if it is not an even number, the process proceeds to step p3. In this step p3, it is determined whether C8 is an even number, and if C8 is an even number, the process proceeds to step p5, and if it is not an even number, step p4
Proceed to. In step p4, C3=C8+2, and in step p5, it is determined whether CS<0. If C8≧0, proceed to step p7;
If C8<0, then in step p6 C3=C
It is assumed to be 8+10. Furthermore, in step p7, the variable C8 is set as the fate star flag Sl.

In the subroutine for double calculation in FIG. 9, CJ=X+Y is set in step ql, and it is determined whether Y is () or 6 in step q2. When Y=0 and b is Y=6, CJ=CJ in step q8
After being set to -11, the process proceeds to step q13. b where Y is 0
If is not 6, step (13 and Y is 1 or 7
However, it is up to you to decide. Y=1 or Y=7
, then in step q9 CJ = 7- CJ
After that, step qlBK advances and Y is 1h
is 7, then Y is 2 or 8 in step q4.
So, Kato/Ha is judged in one box. Y=2 or Y=
8, in step qlO, CJ=CJ-16
After that, the process advances to step qlB. 'If Y is not 2 or 8, it is determined in step q5 whether Y is 3 or 9.

If Y=8 and b is Y=9, step qll
After CJ=-CJ, the process advances to step 913 and Y
If Y is not 3 or 9, it is determined in step q6 whether Y=4 or not.

If Y=4, CJ=CJ− in step q12.
After being set to 6, the process proceeds to step q13, and in the case of YN4, CJ is set to 2-CJ in step q7, and then the process proceeds to step 913.

In step qlB, it is determined whether CJ<0. CJ (if 0, C3=
After being set to C8+10, the process returns to step q13. Still C
If J≧0, J1=CJ is set in step q15.

FIGS. 12(1) to 12(4) are subroutines for predicting phase relationship. In step r1 of the subroutine in FIG. 12(1), XI=1,
In step r2, (compatibility 1) is calculated according to the subroutine shown in FIG. In Ste Tsubur r3 XX=M
I-LI, and in step r4 it is determined whether LI is an even number.

If LI is an even number, it is determined in step r5 whether XX=a. If LI is not even, step r
6, it is determined whether xx=i. XX=
8 or XX=1, proceed to step r26 in FIG. 12(3), and if XX is not 8 or XX is not 1, step r5. Step r7 from r6
Then, in step r7, it is determined whether pp=o. If PP=0, the first
After the computation of (compatibility 2) is performed according to the subroutine shown in FIG. 3, the process returns to step r3. If PP is not yet 0, the compatability 11 is calculated in step r9, and then XX=M I - L I is determined in step r10.

In step rll, it is determined 141 whether XX=2, and if XX=2, the process advances to step rat in FIG. 12(3). If XX=2, step r1
2, it is determined whether pp=o. If pp=o, the process goes to step 7'r14 in FIG.
After the operation of E2) is performed, return to step r l (l).

In step r14 of FIG. 12(2), XI=3
In the next step r15, (compatibility l) is performed. Furthermore, in step r16, XX=MI-LI
In step r17, it is determined whether XX=4. When XX=4, Fig. 12 (4)
The process advances to step r48, and if XX=4, it is determined in step ris whether it is ppmo. ppm
If it is o, the process returns to step r16 after performing the calculation of (compatibility 2) in step r19, and if it is not ppmo, the process proceeds to step r20. In step r20, the calculation (compatibility 1) is performed, and further in step r21, XX=MI-
It is considered LI. In the next step r22, it is determined whether MI is an even number, and if it is an even number, the process proceeds to step r24, and if it is not even, XX=5 in step r2B.
It is determined whether If XX=5, the first
The process proceeds to step r8B in FIG. 2 (3), and if XX=5, the process proceeds to step r24. In step r-24 ppm
It is determined whether or not o, and in the case of ppmo, the calculation of (compatibility 2) is performed in step r26, and then the process returns to step r21. On the other hand, for those who are not ppmo in step r24, it is determined in step r25 whether L=M. If J, = M, the process proceeds to step r45 in FIG. 12(4), and if L=M not, the process proceeds to step r29 in FIG. 12(3).

In FIG. 12(3), it is determined in step r26 whether P=0 or not, and if P=0, X=4 is set in step r27. If it is still P-0, the process advances to step r28. Step r again? (Even 1 is P
It is determined whether P=O or not. If P=0, X=2 is set in step r82, and if P=0, the process proceeds to step r28. Furthermore, in step r33, P=
o, and if it is P-0, X=8 is set in step r84, and if it is not P-0, d°
Proceed to Subj R28.

In step r28, it is ppmo, but 141 is disconnected, and in the case of ppmo, the process proceeds to step r85, and the PP
If not =O, the process advances to step r40. Further, in step r29, it is determined whether P=0 or not. If P=0, X=1 is set in step r80, and if p=o, the process proceeds to step r40.

In step r85, it is determined whether L≦1, and if L≦1, then in step r86, L=L+10.
If L>1, the process advances to step r87. In step r87, it is determined whether L is an even number. If it is even, X=L-1 is set in step r38, and if it is not even, X is set to L-8 in step r89. In step r40, it is determined whether L≦8, and L≦
In the case of 8, L=L+10 is set in step r41, and then X=L-4 is set in step r42. Further, in step r40, if L>8, the process proceeds to step r42.

In FIG. 12 (4), step r 4 B te ii
, P = O is determined. If P = 0, X = 0 is set in step r44, and if P = 0, the process proceeds to step r4'l. It is also determined in step r45 whether P=0 or not. If P=0, X=2 is set in step r46, and if P=0, the process proceeds to step r50. In step r47, it is determined whether ppm t. Ru. ]) If P = 1, then step r49 sets X = M + 2, and then the process goes to step r5B, and if PP = 1, then step r4
After performing X=M+l: 8 at step 8, the process proceeds to step r5B. Also, in step 950, it is determined whether L is an even number.
, 11, and when L is an even number, the process proceeds to step r51 where X=]+8, and then the process proceeds to step r58; when it is not an even number, the process proceeds to step r52, where X=L+1, and then the process proceeds to step r53. When it is determined in step r5B that X≧10, x=x−i in step r54.

It is said that

In FIG. 13 showing the sub-M-chin of (phase l'l;1) and (phase 2), in step t1, i, J: P
P = 0, LI = L, MI = M, and step t2
Then, ppm i%MI=L%LI=M is set and the process proceeds to step 7't8. In this step 78, M≦X
It is determined whether or not I, and if MI≦XI, MI=MI+10 is set in step t4.

FIG. 14 is a diagram showing the display 8. The display 8 is composed of, for example, a liquid crystal, and when the date of fortune-telling is April 1, 1982, the display is shown as shown in FIG. 15. Further, the display of the result of predicting compatibility is as shown in FIG. 16, for example.

Here, examples of display of fortune telling results for each object of fortune telling are as shown in FIGS. 17 to 21. In other words, the results of health fortune-telling are displayed in seven stages as shown in Figure 17, the results of money fortune-telling are displayed as shown in Figure 18, and the results of school contract or work fortune-telling are displayed as shown in Figure 19. will be displayed. The results of the compatibility fortune-telling are still displayed as shown in Figure 20.
In the figure, the shaded areas blink. Furthermore, the results of the fortune telling are displayed as shown in FIG. 21.

As described above, according to the present invention, it is convenient because the fortune can be automatically predicted based on the information obtained by key personnel.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing the appearance of an embodiment of the present invention, Fig. 2 is a flowchart roughly explaining the operation and operating procedure, and Fig. 8 is a microcomputer built in the main body 2 of the fortune-telling device l. (7) Figure 4 is a simplified flowchart for explaining the procedure for determining m.
Figure 5, Figure 6, Figure 7, Figure 8, Figure 914<1, 1st
θ diagram, FIG. 11, FIG. 12 (1), FIG. 12 (2), FIG. 12 (3), FIG. 12 (4), and FIGS. 1-3 are flowcharts showing subroutines, t 4 + Kawa is a diagram showing the display unit 3, Figure 15 is a diagram showing the display state when the fortune-telling day is divinely treasured, Figure 16 is a diagram showing the state in which the fortune-telling result is displayed, Figures 17, 18, FIG. 19, FIG. 20, and FIG. 21 are diagrams showing the state of display of fortune for each object to be fortune-telling at each stage. 1...Divination device, 3...Display device, 4...Key manual means, 17...Storage means, 21...Arithmetic circuit agent Patent attorney Kei Nishi Part 5 Figure 6 Figure 10 Figure 11 Figure 17 $$$ $ $ $ $ $ ○ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ Figure 21

Claims (1)

[Scope of Claims] Means for storing a fortune-telling procedure set in advance to tell one's fortune; Key human power means for inputting information to tell one's fortune; Arithmetic means for performing an operation according to the fortune-telling procedure; and a means for storing the operation result. A fortune-telling device characterized by comprising a display that displays.