JPH09155064A - Device and method for executing video game selection - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a video game selection executing device with which plural executable game programs are held and any arbitrary game program can be selected out of these game programs and executed. SOLUTION: A disk device 10 previously stores plural game programs. Besides, a ROM 3 holds a table making the storage addresses of respective game programs correspondent to numerical values having the prescribed number of digits. Corresponding to the operation of operating button 6 due to a player, a CPU 1 generates a random number having the number of digits as mentioned above and reads the storage address of game program corresponding to this random number out of the table in the ROM 3. With the read storage address as a read address, the CPU 1 reads the correspondent game program out of the disk device 10 and loads it onto a main memory 2. The CPU 1 executes the loaded game program and displays an image provided by execution on a CRT 4.

Description

Detailed Description of the Invention

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a video game selection and execution device for selecting and executing one of a plurality of executable video games.

[0002]

2. Description of the Related Art Conventionally, a video game device (arcade game device) installed in a game center or the like is limited to only one type of video game that can be executed. Therefore, a player who visits the game center selects a video game device that executes a video game that he or she wants to play from among a plurality of types of video game devices, and executes the video game. Therefore, since the player can know in advance the content of the video game to be played, the player tends to get used to the video game and get tired of it.

On the other hand, a video game device is configured to hold an executable video game as a program, execute the program by a computer, and display the program on a display. Therefore, a video game of completely different content can be executed only by exchanging the program executed by the computer.

[0004]

SUMMARY OF THE INVENTION The present invention has been made in view of the above points in the related art, and has a plurality of executable game programs and can select and execute these game programs at random. It is an object to provide a video game selection execution device and a video game selection execution method.

[0005]

According to a first aspect of the present invention, there is provided a video game selecting and executing apparatus for executing a video game of a predetermined content by executing a game program to solve the above-mentioned problems. In the apparatus, a holding device that holds a plurality of types of the game programs, a selection unit that randomly selects one of the plurality of types of game programs, and the holding unit that stores the game program selected by the selection unit , Reading means for executing the game program read by the reading means, and a display device for displaying the contents of the video game executed by the executing means.

According to the video game selection execution device according to the first aspect, the selection means randomly selects one of a plurality of types of game programs stored in the storage device. Then, the reading means reads the game program selected by the selecting means from the holding means. Then, the executing means executes the game program read by the reading means. The display device displays the execution content of the video game executed by the execution means. As a result, irrespective of the player's intention, any one of the plurality of types of video games previously held in the holding device is executed by the video game selection execution device. Therefore, the player cannot predict what kind of video game will be executed next, so that the player can always play the game in a fresh mood and is prevented from getting tired of the game contents.

According to a second aspect of the present invention, a unique numerical value is assigned in advance to each game program stored in the holding device according to the first aspect of the present invention. A random number including a program-specific numerical value is generated, and the reading unit specifies the random number generated by the selecting unit by reading from the holding device a game program that uses the random number as the unique numerical value. As described above, since the game program is selected based on the random number, the type of the selected video game is not biased.

In the video game selection execution device according to claim 3, the holding device according to claim 2 defines a plurality of background data for displaying the background of the video game and a character appearing in the video game. Of the plurality of character data, the selection means generates a random number including a combination of the numerical value peculiar to each game program, the numerical value peculiar to each background data, and the numerical value peculiar to each character data, and the read Means reads the game program, the background data, and the character data corresponding to the random numbers generated by the selecting means from the holding device, and the executing means backgrounds corresponding to the background data read by the reading means. Is displayed on the display device and the character data read by the reading means is displayed. The running incorporated in the game program read by the reading means, by displaying the execution contents of the video game character corresponding to the character data appearing on the background,
It has been specified. As described above, the program and data for executing the video game are stored separately in the game program, the background data, and the character data. Moreover, those combinations are randomly selected. As a result, even if the game content is the same, depending on the selected combination, the characters appearing or the picture of the background may be completely different. Therefore, the player can enjoy playing the game in a fresh mood with a different background or character, even if the game has been played before.

According to a fourth aspect of the present invention, in the video game selection executing device, the holding device according to the first aspect defines a plurality of background data for displaying the background of the video game and a character appearing in the video game. A plurality of character data for the game program, the selecting means randomly selects a combination of the game program, background data, and character data, and the reading means selects the game program selected by the selecting means. , Background data, and character data are read from the holding device, and the executing means displays a background corresponding to the background data read by the reading means on the display device and is read by the reading means. The character data that has been read into the game program read by the reading means. Crowded by running, in which the execution content of the video game character corresponding to the character data it appears identified by displaying on the background. The operation according to the fourth aspect is almost the same as the operation according to the third aspect.

According to a fifth aspect of the present invention, there is provided a video game selection execution device which presents, on the display device, a description of the content of the video game executed by the game program selected by the selection means of the first aspect before the execution of the video game. This is specified by further providing a presentation means for performing the above. With this configuration, a player who does not have knowledge of the contents of the video game selected at random can be informed to some extent of the game contents.

According to a sixth aspect of the present invention, there is provided a video game selecting and executing apparatus for combining a combination of background data, character data, and a game program corresponding to a random number generated by the selecting means of the third aspect of the present invention before executing the video game by the game program The present invention has been further characterized by further comprising a presentation means for presenting on the display device. The operation according to the sixth aspect is almost the same as the operation according to the fifth aspect.

According to a seventh aspect of the present invention, in the video game selection execution device, the combination of the background data, the character data, and the game program selected by the selection means in the fourth aspect of the present invention is performed before the execution of the video game by the game program. This is specified by further providing the presentation means presented above. The operation according to the seventh aspect is almost the same as the operation according to the fifth aspect.

According to an eighth aspect of the present invention, there is provided a video game selecting and executing method for executing a video game of a predetermined content on a screen by executing a game program. A combination of a background and a character appearing in the video game is selected, character information indicating the content of each selected element is displayed on the screen for a predetermined time and output as an audio signal, and after the predetermined time has elapsed, Displaying the selected background on the screen, and executing the selected game program to cause a video game in which the selected character appears to progress on the background. .

According to a ninth aspect of the present invention, in the video game selecting and executing method according to the eighth aspect, the character information indicating the contents of each of the selected elements is specified by masking a part or all of the character information in accordance with a predetermined condition. It is. In this way, the player must play the game without completely knowing the details of the game to be executed in advance, so that the player can be more nervous.

According to a tenth aspect of the present invention, in the video game selection execution method according to the eighth aspect, the output of the character information indicating the content of each of the selected elements as an audio signal is performed at a constant time interval for each of the elements. By doing so, it is specified. By doing so, the sound is output at a good tempo, and the player's mood is enhanced.

According to an eleventh aspect of the present invention, in the video game selection execution method according to the eighth aspect, when the selected game program generates sound during the progress of the video game, the character signal is used as an audio signal of the character information. This is specified by setting the volume at the time of output to be higher than the volume of audio generated during the progress of the video game. In this way, the game content is guided at a relatively high volume, so that not only the player but also the spectators around can be attracted.

According to a twelfth aspect of the present invention, a plurality of types of game programs are respectively executed by a video game machine to execute a video game, and the plurality of types of game programs are executed by a video game machine. And a transfer program that, when executed by the video game machine, transfers the game program selected by the selection program to the video game machine. is there.

According to a thirteenth aspect of the present invention, a plurality of types of game programs each of which executes a video game, and a plurality of types of background data for displaying a background of the video game, are executed by a video game machine. A plurality of types of character data for displaying characters appearing in the video game; and a selection program which is executed by the video game machine to select a combination of the game program, the background data, and the character data. A character information output program that, when executed by the video game machine, displays character information indicating the content of each element selected by the selection program on the screen for a predetermined time and outputs the character information as an audio signal; After the elapse of, the selected And displays the background, by executing the selected game program, a medium storing a game execution program to advance the video game to appear the selected character on the background.

[0019]

Embodiments of the present invention will be described below with reference to the drawings.

[0020]

Embodiment 1 FIG. 1 is a block diagram showing an internal configuration of a video game device 20 incorporating a video game selection execution device according to a first embodiment of the present invention. As shown in FIG. 1, the video game apparatus 20 includes a CPU (central processing unit) 1, a main memory 2,
ROM (read only memory) 3, audio memory 12,
A text memory 13 and a CR connected to the first to fourth input / output devices 5, 7, 9, 11, and the first input / output device 5
T4, an operation button 6 connected to the second input / output device 7, a speaker 8 connected to the third input / output device 9, and a fourth
It is composed of a disk device 10 connected to an input / output device 11.

The disk device 10 as a holding device includes:
A game program executed in the video game device 20 is stored. As shown in FIG. 2, the interior of the disk device 10 stores a first area 10a for storing a preset program, a second area 10b for storing background data for a combination program, and character data for a combination program. It is divided into a third area 10c for storing and a fourth area 10d for storing a game program for a combination program. AA, B attached to each of these areas 10a to 10d
B, CC, and DD indicate storage addresses (unique numerical values) of data or programs stored in each area. The disk device 10 is, specifically, a hard disk device, a CD-ROM, a magneto-optical disk device,
RAM disk, ROM, etc.

The "preset program" refers to a game program executed in the video game apparatus 20, in which the background and characters are fixed and cannot be changed. The “combination program” refers to a game program executed in the video game device 20 that can change the background and appearing characters.

FIG. 17 shows an image example of a video game executed by the preset program. In the video game of FIG. 17, the sports car 40 is
Is the center line), and the other car 42 is a burdock-free game on the story line. In this game, since the contents of the game are very strongly related to the character (sports car 40) and the background (the highway 41), if the character and the background are replaced with another, the story of the game will be reduced rationally. It can no longer be established. Therefore, the preset program is used to make the character and background unchangeable.

FIG. 12 and FIG. 16 show examples of images of a video game executed by the combination program. The video game shown in FIG. 12 is composed of a player character (a character that moves according to a player's operation, a gal 2
0) is a story game in which a big eating competition takes place. The video game shown in FIG. 16 is a darma dropping game in which a character (tsuppari kid 30) is substituted for dalma. In these games, the relationship between the game content and the characters and background is sparse. That is, even if the character and the background are replaced with other ones, it does not affect the establishment of the story of the game.

Therefore, the game programs of these video games are separated from the character data for defining the characters and the background data for displaying the background so that the characters and the background can be arbitrarily selected and rearranged. In this state, the data is stored in the fourth area 10d of the disk device 10. For example, FIG.
Is an image of the gluttony competition game itself, and FIG.
Is an image of the daruma dropping game itself. Also,
The background data is stored in the second area 10b of the disk device 10 as independent image data. For example, FIG. 10 shows background data imagining the United States, and FIG. 14 shows background data imagining China. Similarly, character data is independent image data,
It is stored in the third area 10c of the disk device 10.
For example, FIG. 9 shows character data of a gal, and FIG. 13 shows character data of a kid. Any combination of these game programs, character data, and background data (such a combination is referred to as a “combination program”) is selected and executed at the time of game execution. Therefore, for example, it is also possible to incorporate the kid in FIG. 13 as the player character of the gluttony game in FIG. 11 and execute it in a background image of China in FIG.

Returning to FIG. 1, the CPU 1 is a processing device for controlling the entire video game device 20. For example, CP
U1 generates a random number (mx 3 digits) as a selection means,
Based on this random number, each game program (preset program or
(A combination program) (when the combination program is selected, character data and background data to be combined with the game program are also selected). Then, the CPU 1 loads the selected game program into the main memory 2 as a reading unit. Further, the CPU 1 executes the game program read into the main memory 2 as an execution means, and proceeds with the video game in accordance with the operation of the player.

The main memory 2 is a RAM (random access memory) in which a program to be executed by the CPU 1 is loaded and data such as parameters and flags required for execution are described.

The ROM 3 is a memory holding various data used when the CPU 1 selects a game program. More specifically, the ROM 3 stores the first
It holds a table 3a and a second table 3b shown in FIG. The first table 3a is a list holding random numbers that can be generated by the CPU 1 and having no corresponding game program (represented by “XXXXXXXX”) as prohibited numbers. Second table 3b shown in FIG.
Is a specific address (represented by “YYYYYY”) of a head address (represented by “AA”) of each preset program storage area in the first area 10a of the disk device 10 and a random number generated by the CPU 1 and unique to the game program. (Corresponding to a numerical value).

The voice memory 12 stores each digit of the m.times.3 digits random number generated by the CPU 1 (m upper digits, middle m digits).
(M, the lower m digits). That is, data for outputting a phrase (hereinafter, referred to as a “first phrase”) having the subject of a character appearing in the game as a subject in correspondence with the upper m digits (m ₁ ) of the random number (for example, FIG. 12) In the case of a game, a phrase indicating the background of the game (hereinafter referred to as a “second phrase”) is stored in accordance with the middle digit (m ₂ ) of the random number.
(See FIG. 12)
In the case of the game, the phrase “in the United States”) is held, and the phrase indicating the action performed in the game (hereinafter, referred to as “third phrase”) is associated with the lower m digits (m ₃ ) of the random number. (For example, in the case of the game shown in FIG. 12, “Eat a lot”) is held.

The text memory 12 stores the m generated by the CPU 1 just like the voice memory 12.
× each digit of the random number of 3 digits (upper m digits, middle m digits, lower m
), And text data indicating the content of the game is stored.

CRT 4 as display device and presentation means
Displays the process of selecting a game program in the CPU 1, displays the contents of a video game (text data read from the text memory 12) executed by the selected game program, Is a display device for displaying the progress of the process.

The operation buttons 6 are provided for each of the three players.
This is a prepared push button switch. The three buttons for each player are colored red, yellow, and blue, respectively. That is, the video game executed by the CPU 1 and displayed on the CRT 4 is advanced by pressing any one of the operation buttons 6 depending on its color or its arrangement position. For example, in the darma dropping game shown in FIG. 16, each of the pieces 31 on which the character as the darma (the kid 30) is colored red, yellow, or blue, and has the same color as the lowermost piece 31. When the operation button 6 is pressed, the lowermost piece 31 is erased and the character 30 descends on the screen. In the game shown in FIG. 17, the three operation buttons 6 correspond to the lanes on the expressway on the screen, and by pressing each operation button 6, the route of the sports car 40 is changed. Car 42 is avoided. However,
In the game shown in FIG. 12, any one of the operation buttons 6 is repeatedly hit, regardless of the color and the position of the operation button 6, and the bowl 2 on the screen is displayed.
It is to accumulate 1 quickly. The operation button 6 is also used to generate a timing signal for specifying a random number when a game is selected by the CPU 1.

The speaker 8 outputs audio data (audio data read from the audio memory 12) for introducing the content of the video game selected by the CPU 1. Further, the speaker 8 generates a sound effect while the video game is in progress.

Next, the contents of the control program for executing the game program selection game executed by the CPU 1 will be described with reference to the flowchart of FIG. FIG.
The flowchart starts when a coin insertion from a coin insertion slot (not shown) of the video game device 20 is detected. Then, in the first S01, the CRT
On the screen of No. 4, the rotation of the slot shown in FIG. 6 is started. That is, three display areas shown in FIG. 6 are displayed on the screen of the CRT 4. Of these, the left area 4a indicates the "character name" appearing in the game, the middle area 4b indicates the "place", and the right area 4c indicates the "game content". In each of the areas 4a to 4c, specific setting contents such as "tapping", "China", and "find mistakes" are continuously moved at high speed from top to bottom. It produces the visual effect of rotating. This is the rotation of the slot.

In the next S02, input of each operation button 6 is waited. That is, three areas 4a on the screen of the CRT 4
It waits for the input of three operation buttons 6 corresponding to .about.4c, respectively.

In the next step S03, a random number of (m × 3) digits is generated in accordance with the timing after step S02 (corresponding to a selecting means). Here, it is assumed that the random number is a hexadecimal number and m = 2. Then, as shown in FIG.
The upper two digits (m ₁ ) of this random number correspond to the character name,
The next two digits (m ₂ ) correspond to the location (background), and the lower two digits (m ₃ ) correspond to the game content. The entire random number can correspond to any preset program storage address (“AA”) in the second table 3b shown in FIG. Otherwise, the upper two digits (m ₁ ) of the random number are the address (“C” of the third area 10c of the disk device 10).
C "), and the middle two digits (m ₂ ) are the disk drive 1
0 corresponding to the address (“BB”) of the second area 10b,
The lower two digits (m ₃ ) correspond to the third area 10 of the disk device 10.
Corresponds to address c ("CC").

In the next step S04, the first table 3a in the ROM 3 is referenced to check whether the random number generated in step S03 is prohibited in advance. That is, among all the random numbers that can be generated, any one of the digits m _{1 to} m ₂ is the same as that of the disk device except for the number corresponding to the storage address (“AA”) of the preset program in the second table 3 b. Ten second to fourth regions 10b to 10d
The numbers that do not correspond to the address of the game and the numbers that correspond to the combination that the game story cannot be reasonably established (for example, the combination of “sports car dropped in China”) are all 1 table 3a
It is described in. If a numerical value is described in the first table 3a, it is determined that the numerical value is a prohibited number, and
The process returns to S03 to generate a new random number. On the other hand, if the numerical value is not described in the first table 3a, it is determined that the number is not prohibited, and the random number is determined (corresponding to the selecting means), and the process proceeds to S05.

In S05, in accordance with the determined random number, the specific content corresponding to each digit m _{1 to} m ₃ of this random number is CR
The slot is stopped so as to stop at the center of each of the display areas 4a to 4c on T4. The processes of S01 to S05 correspond to a selection program.

In the next S06, the contents of the screen on the CRT 4 are displayed.
Each digit m of the random number that has been switched and confirmed ₁~ M_ThreeCorresponding to the numerical value of
Display the game content according to the specific content
Means). At the same time, this game content is
A voice is output from the speaker 8. That is, the process of S06
Corresponds to a character information output program. FIG. 18 and FIG.
Reference numeral 19 denotes an announcement subroutine executed in S06.
9 is a flowchart showing the contents of a routine.

In the first step S20 after entering this subroutine, the voice data corresponding to each digit m _{1 to} m ₃ of the random number determined in S04 is read from the voice memory 12 respectively. In the next S21, the text data respectively corresponding to the random number each digit m ₁ ~m ₃ of which are determined by S04, reads each from the text memory 13.

In the next step S22, random numbers (0 to 7) used only in this subroutine are generated. If the random numbers are 1, 3, 5, and 7 (S23), the first phrase of the voice data read in S20 and the text data read in S21 is masked (data is NULL).
(S24), and if it is 2, 3, 6, or 7 (S25), the second phrase of the voice data read in S20 and the text data read in S21 is masked ( S26), when 4, 5, 6, 7 (S
27), the audio data read in S20 and S2
The third phrase of the text data read out in step 1 is masked (S28).

In the next step S29, the third input / output device 9 is caused to increase the volume of the speaker 8. In the next S30, the text data is displayed on the CRT 4. FIG.
6 shows text data (“Gal eats a lot in the United States!” (Corresponding to the combination program in FIG. 12)) displayed on the CRT 4 when the slot stops in the state as shown in FIG. S24, S26, S28
For the phrase masked by, "XXXX is",
“In XXXX” or “Perform XXXX” is displayed.

In the next step S31, one voice data is taken out from the first phrase side in order, and the voice data is output from the speaker 8. Note that the phrase masked in S24, S26, and S28 is output as "ga", "in", or "do".

In the next step S32, it is checked whether or not voice output for all syllables constituting the voice data has been completed. If the sound output for all the sounds has not been completed yet, it is checked in S33 whether one second has elapsed since the start of the sound output in S31. If one second has elapsed, the process proceeds to S3
Return to 1 and perform audio output for the next phrase.

As a result of repeating the above processing, when it is determined in S32 that the voice output for all the phrases has been completed, in S34, the third input / output device 9
The volume of the speaker 8 is lowered. Then, the announcement subroutine ends, and the process returns to the main routine of FIG.

In S07 executed next in the main routine after the processing is returned, the random number confirmed in S04 is
In the second table 3b in the ROM 3, it is checked whether or not any preset program storage address (represented by "AA") is registered. If it is registered, in S15, the preset program storage address (represented by "AA") corresponding to the random number is read from the second table 3b, and the preset program storage address is set as the read address, and the disk device 10 The corresponding preset program is read from the first area 10a of the
(Corresponding to reading means). After that, the process proceeds to S1.
Proceed to 3.

On the other hand, if it is determined in S07 that the random number has not been registered, then in S08, the middle two digits (m ₂ ) of the random number determined in S04 are read and the read address (“BB” is used). As a representative, corresponding background data is read from the second area 10b of the disk device 10 (corresponding to a reading unit).

In the next S09, the upper two digits (m ₁ ) of the random number determined in S04 are read out from the address (“C
C "), the third area 10 of the disk drive 10
The corresponding character data is read from c (corresponding to a reading means).

In the next step S10, the lower two digits (m ₃ ) of the random number confirmed in step S04 are read out ("D
As a representative), the fourth area 10 of the disk device 10
The corresponding game program is read from d, and the main memory 2
(Corresponding to reading means). S07 to S1 above
The processing of 0 and S15 corresponds to the transfer program.

In the next S11, the character data read in S09 is incorporated into the game program read in S10 (corresponding to the execution means). That is, in the game program, since a logical address for referring to the character data is specified in advance, the character data is written at the position of the logical address in the main memory 2.

In the next S12, a background is displayed on the CRT 4 based on the background data read in S08 (corresponding to execution means). Thereafter, the process proceeds to S13. S1
3, the game program loaded on the main memory 2 (the preset program loaded in S15, S1
1 executes a combination program incorporating character data (corresponding to execution means). That is, while changing the image data obtained by executing this game program according to the flow of the program, the CRT 4
Upper display (when the background is displayed in S12, the image data is displayed with the background as the background). When the operation button 6 is pressed by the player, the flow of the progress of the game is changed accordingly, and the image data is changed according to the flow of the progress. The processes in S11 to S13 correspond to a game execution program.

When the execution of the program in S13 ends and one video game ends, it is checked in S14 whether or not all processing ends. That is, this video game device is set so that the video game can be played several times when a coin is inserted into a coin slot (not shown). Further, when the performance of each video game exceeds a certain standard, the number of times that the user can play is set as a bonus. S14
Is to check whether the set number of plays has been completed. If all the plays have not been completed yet, the process proceeds to S
01, and a new video game is selected and executed. On the other hand, when the play of all the times is completed, all the processes are ended.

As described above, according to the video game device incorporating the video game selection execution device according to the present embodiment, the video game is randomly selected and executed regardless of the intention of the player. Therefore, for the player,
This has the effect of expecting what video game will be played next. Also, no matter what video game is selected, the player must instantly respond to the rules of the game, so that the player does not get tired of the game. Moreover, when a video game is executed by a combination program, the background and characters are different even if the game rules are the same because the game program itself is the same.
The player can enjoy the game in a fresh mood.

The disk device 1 according to the present embodiment
0, ROM 3, voice memory 12, and text memory 1
3 with one removable medium (for example, CD-RO
(M, etc.).

[0055]

According to the video game selection execution device and the video game selection execution method of the present invention configured as described above, a plurality of executable game programs are held and these game programs are arbitrarily selected and executed. can do. Therefore, the player is not bored.

[Brief description of the drawings]

FIG. 1 is a block diagram showing an internal circuit of a video game device incorporating a video game selection executing device according to an embodiment of the present invention.

FIG. 2 is a configuration diagram of a storage area in the disk device of FIG. 1;

FIG. 3 is a configuration diagram of a first table stored in a ROM of FIG. 1;

FIG. 4 is a configuration diagram of a second table stored in a ROM of FIG. 1;

FIG. 5 is a flowchart showing a control program executed by the CPU of FIG. 1;

FIG. 6 is an explanatory diagram of a slot screen displayed on the CRT in FIG. 1;

FIG. 7 is a configuration diagram of random numbers generated in S03 of FIG. 5;

FIG. 8 is an explanatory diagram of a game content announcement screen displayed on the CRT of FIG. 1;

FIG. 9 shows an example of character data.

FIG. 10 shows an example of background data.

FIG. 11 is an explanatory diagram of an image of a game program itself.

FIG. 12 is an explanatory diagram of an image by a combination program.

FIG. 13 shows an example of character data.

FIG. 14 shows an example of background data.

FIG. 15 is an explanatory diagram of an image of the game program itself.

FIG. 16 is an explanatory diagram of an image by a combination program.

FIG. 17 is an explanatory diagram of an image according to a preset program.

FIG. 18 is a flowchart showing the contents of an announcement subroutine executed in S06 of FIG. 5;

FIG. 19 is a flowchart showing the contents of an announcement subroutine executed in S06 of FIG. 5;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 CPU 2 Main memory 3 ROM 4 CRT 10 Disk device

Claims (13)

[Claims] 1. A video game selection and execution device for executing a video game of a predetermined content by executing a game program, comprising: a holding device for holding a plurality of types of the game programs; Selecting means for selecting one at random; reading means for reading the game program selected by the selecting means from the holding device; executing means for executing the game program read by the reading means; and executing means And a display device for displaying the content of the video game executed by the video game selection execution device. 2. A unique numerical value is assigned to each game program stored in the holding device in advance, and the selection means generates a random number including the numerical value unique to each game program, 2. The video game selection executing device according to claim 1, wherein the reading means reads from the holding device a game program in which the random number generated by the selecting means is used as its unique numerical value. 3. The holding device also holds a plurality of background data for displaying a background of the video game and a plurality of character data for determining a character appearing in the video game. Means are numerical values specific to each of the game programs,
A random number including a combination of a numerical value unique to each of the background data and a numerical value unique to each of the character data is generated. The reading means includes a game program, background data, and a character respectively corresponding to the random number generated by the selecting means. Reading data from the holding device, the execution means displays a background corresponding to the background data read by the reading means on the display device, and reads the character data read by the reading means. 3. The video game according to claim 2, wherein the video game is executed by being incorporated into the game program read by a means, and the execution content of the video game in which a character corresponding to the character data appears is displayed on the background. Selection execution device. 4. The holding device also holds a plurality of background data for displaying a background of the video game and a plurality of character data for defining a character appearing in the video game. The means includes the game program, background data,
And randomly selecting a combination of character data, the reading means reads the game program, background data, and character data selected by the selecting means from the holding device, and the executing means uses the reading means. A background corresponding to the read background data is displayed on the display device, and the character data read by the reading means is incorporated into the game program read by the reading means and executed to execute the character. 2. The video game selection execution device according to claim 1, wherein the execution contents of the video game in which the character corresponding to the data appears is displayed on the background. 5. A system according to claim 1, further comprising a presentation unit for presenting a description of a video game executed by the game program selected by said selection unit on said display device before executing said video game. The video game selection execution device according to claim 1. 6. A presentation means for presenting a combination of background data, character data, and a game program corresponding to random numbers generated by said selection means on said display device before execution of a video game by said game program. The video game selection execution device according to claim 3, further comprising: 7. A presentation means for presenting a combination of background data, character data, and a game program selected by said selection means on said display device before execution of a video game by said game program. 5. The video game selection execution device according to claim 4, wherein: 8. A video game selection executing method for executing a video game of a predetermined content on a screen by executing a game program, comprising: the game program, the background of the video game, and a character appearing in the video game. A combination is selected, character information indicating the contents of each selected element is displayed on the screen for a predetermined time and is output as an audio signal, and after the predetermined time has elapsed, the selected background is displayed on the screen. In addition, by executing the selected game program, a video game in which the selected character appears is progressed on the background. 9. The video game selection execution method according to claim 8, wherein a part or all of the character information indicating the contents of each of the selected elements is masked according to a predetermined condition. 10. The video according to claim 8, wherein the output of the character information indicating the content of each of the selected elements as an audio signal is performed at a fixed time interval for each of the elements. Game selection execution method. 11. When the selected game program produces a sound while a video game is in progress, a volume at which the character information is output as an audio signal is produced while the video game is in progress. 9. The video game selection executing method according to claim 8, wherein the volume is higher than the sound volume. 12. A plurality of types of game programs, each of which executes a video game by being executed by a video game machine, and one of the plurality of types of game programs, which is executed by a video game machine. A medium that stores a selection program that is randomly selected and a transfer program that is executed by a video game machine to transfer the game program selected by the selection program to the video game machine. 13. A plurality of types of game programs, each of which executes a video game by being executed by a video game machine, a plurality of types of background data for displaying a background of the video game, and a game program which appears in the video game. A plurality of types of character data for displaying the character to be displayed, a selection program for selecting a combination of the game program, the background data, and the character data by being executed by the video game machine, and executed by the video game machine. By doing so, a character information output program that displays character information indicating the content of each element selected by the selection program on the screen for a predetermined time and outputs as a voice signal, and the screen after the predetermined time elapses. When you display the selected background above Moni, by executing the selected game program, medium storing a game execution program to advance the video game to appear the selected character on the background.