JPS58203790A - Electronic machinery with game function - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electronic device with a game function, and more particularly to an electronic device with a game function that can selectively visually display figures to play a variable display game.

In the past, with the development of electronic computer technology, various watches, calculators, etc. that could digitally display time information, computer information, etc. using various display devices such as liquid crystal display devices and electrochromic display devices were developed. It's here. In recent years, these devices have not only been used for their functions, but also for their fashion and value, and have been used to enjoy games. I'm starting to be able to do it.

Therefore, the main object of the present invention is to provide a game function and preferably other functions (clock function or j4N41JN function), and to make it possible to compete for game scores using game display graphics. It is a game where you aim the platform at the target and shoot down the target.

To summarize the present invention, the invention is formed by a numerical information display (for example, a target numerical segment) and a game information display containing a corresponding figure used for game display (for example, a segment for displaying a turret). Then, the target was randomly displayed on the digits of the numerical information display body, and the weight of the value of the displayed numerical information (target) was sequentially changed, and the target was shot down by the gun battery. The weight of the score at the time changes to give it a game feel. In addition, when one target is shot down and disappears, it is twisted so that it reappears at another digit position.

Hereinafter, specific embodiments of the present invention will be explained with reference to the drawings. Figures 1 and 2 are external views of the main parts of the display section and key operator section of an electronic Tojo meter with game function u f; be. In FIG. 1, the Asate typeface/ is mainly used to display numerical values t+7 information display body /a (the embodiment includes a decimal point), and the game figure display body /a that appears in the corresponding game mode. It consists of multiple digits such as b. child\
The game graphic table body/b is shaped like a turret.

In addition, GAME is a display symbol segment (/C) indicating that the game is in progress, and GAMEOVER is a display symbol segment (/C) indicating that the game is over (end J'l).
/c, /d), /e represent segments indicating the remaining batteries. In other words, this symbol displays the number of failures. On the other hand, the key arrangement for operating the F display is shown in FIG. ．． When operated in dame mode, 2a moves the displayed battery /b to the left. Seven operations will move the turret seven places to the left. ,2
b performs an operation opposite to that of 2a. , 2c is a firing key, and in the game mode, if the digit of the number changing and the turret are displayed, n-./θ) is added to the score. In computer mode, they function as normal numeric keys and function keys. Also, Kod is the game start key 1 to start the game. ．． As will be described later, 2e is a key for setting the difficulty level of the game, and in the embodiment, patterns can be set from θ to 2, and a pattern corresponding to the number of operations of this rank setting key can be selected. be done.

Next, the outline of the game will be explained with reference to Figures 3 and 7. In Figure 3,! A number appears at a random position on the digit display and increases at a fast speed until θ → ri. To stop this increase, shift key to the position where that number appears (Figure 2, 2a, !b)
It is a game in which the player holds a handheld device and operates the firing key (Fig. 2, 2c) to shoot down numbers and compete to see how many numbers he or she shoots down. Furthermore, a specific example is shown in FIG.

When the game is started using the game start key 2d, the display changes at a certain speed according to a pattern with each difficulty at a random position of two digits. >2 is displayed (Figure 3). Next, while the number changes to θ-)2 and is displayed, move the turret to that number or the displayed digit using the shift key (
, , 2a, , , 2b) and carry them (Fig. 7 (
i), :l), launch key, ? Operate c to erase the numbers. When seven numbers are erased, other random position numbers appear, and two numbers are always displayed (Figure f'M). Furthermore, move the cannon two digits to the right and bring the cannon to the position where the bullet should be fired (No. yl, <It-1). Then, depending on the value of the erased number, the value at the time it was erased is multiplied by 70.
It is added to li'%.

When you erase a predetermined number of numbers in seven turns, the game ends and you move on to the next pattern. The pattern is/~
9.1 up to 2. Y pattern is available. If the number exceeds 2 three times in the same pattern, the game is over, and if the same putter shoots all the predetermined 1- bullets, the game is over.

Historically specific; explain how this game works.

) Shoot...The gun is fired when the position of the number shown matches the position of the moved turret and the firing key is pressed. The numbers that were up until then are erased, and the value multiplied by 70 is added to the score.

(2) Failure ■ If there is a turret in the same digit as the number that is up, but you lose the timing and fail to erase it and the number exceeds 2.

■ If there is a turret in a different digit from the number that is up, and this number exceeds 2.

■ If you fire a turret at a place where the numbers do not change (
Figure 5).

The above three types are considered failures.

In particular, in Figure 5, the decimal point tt A'' of the corresponding digit is used to indicate that the shot was fired at a place where there is no changing number.
lights up. In the case of ■ and ■ above, -1'' After the game is stopped, the decimal point lights up from right to left for about 7j seconds, and the remaining turret symbols flash (second figure). After the above display, for about 7j seconds, the current difficulty pattern number + 1 J 11 and the current score will be displayed "07790"
0'' score is displayed (Figure Z (...).

The ni 7 diagram shows the number of changing numbers that are always displayed and the range in which the numbers are changing.

In the figure, the f# difficulty level is classified into two levels, particularly the type of speed at which the numbers change, or the j level of A-E. Here, A is the time when /letter changes (e.g., number, 5, 2)
) or about 710 m5ec, B is about 10θm5ec%, C is about 6JOmsec%, D is about ↓ joomsec, and E is about 5θmse+. Also, for example, if you select difficulty level pattern number 3, three numbers will always appear randomly on the display, and the number will be 0.
), and the speed at which the numbers change is approximately z0.
θm5ec(B), and if you fail three times in the same turn, the game ends, and if you shoot down 70 numbers in the same pattern, the game ends r! 1-ru. Also, in pattern 3 mode, the total number of bullets fired from the turret is set to z0.

FIG. 2 further shows a system configuration diagram of a game-equipped train market according to an embodiment of the present invention. In the figure, the inside of Lsi3 includes a ROMJO and an instruction decoder 3/3 as a control section.
, subroutine, stack 3.2, register 33 is set to H when the program is executed, RAMJ is stored as part of the memory, AX register 3.5. Attends AYX register g. AX, AY are data pointers for specifying the file and column of RAM J, 5. An arithmetic logic circuit 37 is provided as an arithmetic unit, and a liquid crystal display interface 3♂ and a key interface 32 are provided as external interfaces, and are connected to a liquid crystal display device and a key operator unit, respectively. Additionally, a Tarok generator tag θ is built in as a power supply clock circuit.

(Details of ROM Section) The ROM section 30 has a built-in program for executing the present invention, and executes various instructions via the instruction decoder 3/. Subroutine stack 32
stores the subroutines necessary when executing the program, and
3 is a kakunta for the program address.

(Details of RAM section) The layout of RAM is shown in Figure 2, and it is used for storing data, for temporary records 1 and 3 during oil body, and for flags. , B, and F as tjf
ing. As for the address of each register, the fM of the file is determined using the AX register 3j, and the digit is specified using the AYX register B. The calculation unit ALU32 performs addition, subtraction, 1st power, division, etc. according to the program in the ROM. The above X register Xo~ is a register that records the number 111''f, and the X register is a register for numerical count/to-asp.
7, and the turret is also X. You can move to the location corresponding to the digits.

The X register stores / in only the digit corresponding to the digit in the X register (j), and stores O in the other digits.

The Z7 star is a register that stores scores, and the X register is a Z
X II transferred to be added to the contents of the register
Store the contents of the S register. H5 is battery position record 1.・
1 register, W register T. -T4 is a register for a timer, FAT is a register for storing a difficulty level pattern number, and PATC is a register for performing a calculation so that a numerical value appears in a random position. Figure 70 shows the relationship between the X register and the Y register. 1st shift is θ~
Until then, the value of Hi in the blur state is stored on the LCD's display. Also, is the X register the value of the X register? i
/ is stored only in the digit corresponding to the digit marked &, and the digit in the opposite direction is 0.

Next, the operation of the game-equipped Dento according to one embodiment of the present invention will be explained. Figure 1/Figure 1 and Figure 1 are flowcharts provided in January of the assistant work theory. As mentioned above, the numerical value display layer segment and the display segment corresponding to the turret are formed in correspondence, and in order to shoot down the number one shift that appears, use the shift key to shift the turret left and right, and use the fire key to display the numerical value. shoot down. During the game, the turret lights up seven letter-type numeric segments, which can be achieved in a similar way to the decimal point on a calculator. The cannon can then be moved freely using the shift key. A predetermined number of numerical values appear in any of Xo to 7 of the X register, and the turret is also X. You can move to the location corresponding to the digits. Therefore, as described in 1-1, gun b (I7 setting/obstacle Q) register IT S is sunk, and the gun battery/digit l is +1S. In the flowchart shown in Figure 1, first operate the right shift key (n,) to turn off the currently lit turret (nl), then judge whether the contents of the HS register are HS-0 or not. (n2)
,■■When S-0, that is, when the gun turret is at the most significant digit, the turret is lit again at the most significant digit (n,).

On the other hand, when HS-θ, Hs
-/) Execute Hs (n3) and shift the battery position in the /stone stacking direction. After that, light up the turret at the shifted position (n4). After the turret lights up, the game proceeds to the numerical cuff/door knob routine (Fig. 731■). Also, when the left shift key is operated (n5), the currently lit turret is turned off (n6) in the same way as the right shift key. After that, I.T.S.
・When it is 7 (n7), that is, 1 when the turret is in the most significant digit
Yiai lights up the 11p cannon at the gorge from time to time (n4
). At H5-7 (n7), shift the turret to the left (H
Perform ST/→H8 (n8) and shift the battery position to the left by / digits. After that, light up the turret at the shifted position (n4), and after lighting, press the right shift key and proceed to the numerical cuff/door routine (Fig. 73 -). Figure 7.2 shows an operating routine based on the operation of the fire key, which is used to shoot down numbers. A blank code F is stored for the contents other than the digits where the numerical value appears in the X register, and when the firing key is operated (SO), the digit corresponding to the position of the turret is x, and whether it is 18 or F (blank). Judge (Sl), if it is X118-F, shoot in the air,
If H8≠F, it means that it was shot down. After shooting down, transfer the contents of Xl and 8 to the vl register (S2
). Next, the contents of registers 71 to 5 that store scores and Vl
Add the contents of registers. The score is 70 times the value of the number shot down, and it is added to the total 1 fathom point Zo ~ 5, resulting in a new total score (S3, st
).

If you operate the fire key, xIIs-F, that is, 1. The decimal point of the digit to be counted is lit (S5).

Fig. 73 shows the display's count-up and knob routine.Basically, the timer's count-up is used, and when the set time is reached, the display's count-up is performed.
After performing a binary operation 171 such that X+Y>X and decoding the X register, the display is sequentially changed. In the figure, there is a timer register T in the display routine. ~
4 (see Figure 2) (h,), then use Kakunta PATC to make the numbers appear in random positions.
(k2). Next, after counting up the timer (k3), judge the presence or absence of key power (k4) If there is key power, read the input of the shift key 1 firing key required for the game number, and read the input of the other key power. (7 to ks). If any other key is pressed manually, the routine returns to the same state as if only one key was pressed. If there is no key human power (k4), the time will be judged based on the difficulty level. Step 1□ for k8~ judges the set difficulty level.

In other words, the time interval at which the target (value) changes is determined according to the contents of the PAT register. Steps k1□ to k16 are judged based on the varying speed of each difficulty mode. In other words, after this time has elapsed, the display (
In order to change the target), x + - y →

The first diagram is a flowchart for making numerical values appear on the display according to the difficulty level. In the figure, when you shoot down 7 targets (numbers), first of all, while it is displayed, always! We are counting up progress.

Count up the contents of Kakunta PATC (1o)
. Next, it is judged whether or not the digit X of the X register for the contents (θ to 7) of the kakunta PATC is F (blank ATC code) (11).

In the case of XI, ATokiF, there is a numerical value in that digit, so the PAT C is kakuto ATC up until X = F. When it is XI'ATC-F, it indicates that there is no numerical value in that digit, and in this case, in order to make a numerical value appear according to the difficulty level, fte the next judge. A check is made to see if the contents of the register PAT, which stores the difficulty level, is smaller than Z (1□). When it is smaller than 2, that is, when the difficulty level is from / to z (D it O-
> X (, A-1, t: wo do (is), then /
) After performing Y (14), X0~7t',
sTe is used for display (this is decoded by i5) and displayed on the LCD. If the contents of the FAT register are greater than or equal to 7, it is then determined whether the FAT is FAT-7 (16). When FAT=7, that is, difficulty level is 2, perform 3-)Xl'A'rc).

Also, when FAT=7, next is FAT-♂, that is, difficult%
Judge whether tJ[or male (18), F
A T-When Da)X (i9), FAT1
' A T C −°When to perform j” XP A T C (i+o
) o Judge the difficulty level or 7 to 2, and each 1
After transferring the numerical value according to the degree of decomposition to XI'ATC, it is FAT,
As in the case of /~z, '-''I' After performing ATG and decoding, (is) t, display is performed at cD. Hereinafter, -L
In 1, Dento with a game is implemented, and it can be similarly implemented in each electronic device with a heel game.

As explained above, according to Unexploded E'B, in electronic devices with a game, the targets are changed sequentially and the points obtained when the targets are hit are changed by changing the weight, which makes the game even more suitable. Become something. Also, if you shoot one target and make it disappear, it is possible to automatically make a target appear in another digit position.

[Brief explanation of the drawing]

1 and 2 are external views of the main parts of the display and input section of an electronic desk calculator with a game function that adopts the present invention, and FIGS. 3 and 3 are diagrams for explaining the outline of the game.
Figure 7 is a diagram showing the operating parameters necessary to run the game, Figure 2 is a system configuration diagram, Figure 2 is a RAM layout diagram, Figure 70 is a data storage state diagram of the X and Y registers, 1
/ Figures 1 through 1 are flowcharts for explaining the operation.
Game figure display body, -? : Ghee Hitoribu, Ja,! b: Futto key 1.2c: Launch key 1.2d: Game start key 1.2e: Difficulty rank designation key, 32LSi, 30
: ROM, 3'l : RAM, 37 : A
L.U. Agent Patent Attorney Aihiko Bian (other name) 2・-Figure-d
1 Cabinet] [MI El [+field 3″′
[2] Go-Shikokudan l mouth country country ear r Rorofu I] [Ko 4 (Ko 2nd section 4th pole 5rt' + qth) Figure 10, ■ Figure 1I

Claims (1)

[Scope of Claims] 1. A numeric information display body for at least a numeric value Hte for displaying numbers, and a game graphic display that displays graphics for a game provided corresponding to the numeric information display body for each digit. display means including a display device; display drive means for generating the numerical information randomly at any digit on the numerical information display body in a manner in which the weight of the value of the displayed numerical information changes sequentially; the game graphic; A shift L stage including a shift key for shifting the display in units of predetermined digits, the digit C device of the changing numerical information and the one digit position of the game graphic display to be shifted and displayed match. In response to this, matching information is generated, and based on the matching information, the numerical information of the matched digit is deleted, and in relation to the deleted numerical information! A score calculation stage for calculating the player's score; a score display stage for displaying the consecutive scores;
Game function specifications f-machine'a characterized by 1Wetg
.