JPH10305170A - Recording medium for game and game device using it - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a recording medium such as CD-ROM or the like in which a game played by displaying a game image on a monitor is recorded, and a game device using the recording medium, in which especially plural players can participate while competing with each other. SOLUTION: This game device comprises a game machine main body 100, a controller 200 and a monitor 400. A recording medium 300 for a game can be read by a computer, and recorded is a program for functioning a snowboard select means 101, a snowboard storage means 102, a character select means 103, a character storage means 104, a first game control means 107, a second game control means 108, a first game scoring means 109, and the game machine main body 100 as a time difference computing means 110.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a recording medium, such as a CD-ROM, for recording a game to be played by displaying a game image on a monitor, and a game apparatus using the recording medium. This allows players to participate while competing.

[0002]

2. Description of the Related Art For example, in a conventional snowboard game, one player manipulates a character to slide on a sliding course and competes for a sliding time, a trick score in a jump, and the like.

[0003]

However, the conventional game described above has a problem that a plurality of players cannot participate in the game while competing. Therefore, the present invention has been proposed in view of the above-mentioned problems of the conventional technology, and has the following objects. (Claim 1) That is, the invention according to claim 1 relates to a recording medium for a game, wherein a plurality of players can participate in the game while competing.

In particular, by making the first game and the second game different competitions, it is possible to diversify the games. Also, by reflecting the result of the first game on the second game, two or more different games can be enjoyed in combination. (Claim 2) The invention according to claim 2 is the above-described claim 1.
A recording medium for a game as well as the invention described above has the following object in addition to the object of the invention described in claim 1.

That is, the invention according to claim 2 enables the game to be further diversified and combined by sequentially stacking the stages. (Claim 3) The invention according to claim 3 relates to a game device, wherein a plurality of players can participate in a game while competing.

In particular, by making the first game and the second game different competitions, it is possible to diversify the games. Also, by reflecting the result of the first game on the second game, two or more different games can be enjoyed in combination. (Claim 4) The invention according to claim 4 is the above-described claim 3.
Similar to the above-described invention, the game device has the following object in addition to the object of the invention described in claim 3.

That is, according to the second aspect of the present invention,
By sequentially stacking the stages, the game can be further diversified and combined.

[0008]

The inventions described in the respective claims are made to achieve the above-mentioned objects, and the features of the inventions are shown in the drawings. This will be described below using embodiments. In addition, the code | symbol in a parenthesis shows the code | symbol used in embodiment of this invention, and does not limit the technical scope of this invention.

Also, the figure numbers indicate the figure numbers used in the embodiments of the present invention, and do not limit the technical scope of the present invention. (Claim 1) The invention according to claim 1 relates to a recording medium (300) and is characterized by the following two points. First, for example, FIG.
As shown in the figure, the game machine body (100) and the controller (20
0) and a monitor (400).

In the embodiment of the present invention, the recording medium (300) is exemplified by a CD-ROM. However, the recording medium is not limited to the CD-ROM.
Magnetic recording media such as D and hard disk, ROM
Or other electrical and physical recording media. The controller (200) allows a player to control the game machine main body (100).

The monitor (400) is capable of displaying a game image output from the game machine main body (100). Second
For example, as shown in FIG. 1, a computer-readable recording medium for a game in which a program for causing the game machine body (100) to function as the following eight types of means is recorded.
(300). 1) Snowboard selection means (101) 2) Snowboard storage means (102) 3) Character selection means (103) 4) Character storage means (104) 5) First game control means (107) 6) Second game control Means (108) 7) First game scoring means (109) 8) Time difference calculating means (110) The number of means is not limited to eight, and the number of means may be increased. 1) Snowboard Selection Means (101) The snowboard selection means (101) includes a snowboard storage table (301) in which the respective sliding characteristic parameters of a plurality of type-specific snowboards having different sliding characteristics are stored.
Therefore, the player can select at least one play snowboard by the controller (200). 2) Snowboard storage means (102) The snowboard storage means (102) can read and store the sliding characteristic parameter corresponding to the play snowboard selected by the snowboard selection means (101) from the snowboard storage table (301). Things. 3) Character selection means (103) The character selection means (103) is provided from a character storage table (302) in which respective movement characteristic parameters of a plurality of types of characters having different movement characteristics on a snowboard for play are stored. The player plays the controller (20
0) allows at least one play character to be selected. 4) Character storage means (104) The character storage means (104) is a character selection means
Movement characteristic parameters corresponding to the play character selected by (103) are stored in the character storage table (302).
And can be read from and stored. 5) First game control means (107) The first game control means (107) owns an entry snowboard including a play snowboard stored in the snowboard storage means (102), and stores the character storage means ( This is for causing a jump competition to be performed with the participation of a plurality of entry characters including the play character stored in 104). 6) Second game control means (108) The second game control means (108) is based on trick points of a jump game by the first game control means (107), and is used between a plurality of entry characters. This is for playing a gliding game that starts with a time difference. 7) First game scoring means (109) The first game scoring means (109) jumps each entry character after the end of the first game (S1) by the first game control means (107). It is for calculating the trick points of the competition. 8) Time difference calculation means (110) The time difference calculation means (110) is a first game scoring means.
The trick points of each entry character scored in (109) are compared to calculate the time difference between the entry characters. (Claim 2) The invention of claim 2 relates to a recording medium (300) and has the following features in addition to the features of the invention of claim 1 described above.

That is, as shown in FIG. 1, for example, a computer-readable game recording medium (300) in which a program for causing the game machine body (100) to function as the following three types of means is recorded. 1) Second game scoring means (111) 2) Stage shift means (112) 3) Point calculation means (113) The number of the means is not limited to three, and the number of means may be increased. 1) Second game scoring means (111) The second game scoring means (111) is for calculating ranking points based on the ranking of the sliding game by the second game control means (108). . 2) Stage transition means (112) The stage transition means (112) is a second game scoring means.
The game is terminated on condition that the ranking point of the play character calculated by (111) is less than a predetermined passing point (for example, ranking point => 1 point).

[0013] The stage shift means (112) determines whether the ranking point has reached the passing point (for example, ranking point => 1 point).
A first game (S1) by the game control means (107), and a second game (S2) by the second game control means (108) performed based on the result of the first game (S1). As one stage to shift to the next stage. 3) Point calculation means (113) The point calculation means (113) is a stage shift means (112).
Thus, in the next stage, the ranking points calculated by the second game scoring means (111) are added to the ranking points calculated in the previous stages to calculate the total ranking points. (Claim 3) The invention according to claim 3 relates to the game device (10) and has the following two features.

First, as shown in FIG. 1, for example, a game machine (10) includes a game machine main body (100) and a controller (200).
And a monitor (400). In the embodiment of the present invention, the recording medium (300) is exemplified by a CD-ROM. However, the recording medium is not limited to a CD-ROM, but may be another optical recording medium such as a DVD or MO, or an FD or a hard disk. A magnetic recording medium or an electric / physical recording medium such as a ROM may be used.

The controller (200) includes a game machine main body.
(100) can be controlled by the player. The monitor (400) can display a game image output from the game machine main body (100). Second, the game machine main body (100) is provided with the following eight types of means as shown in FIG. 1, for example. 1) Snowboard selection means (101) 2) Snowboard storage means (102) 3) Character selection means (103) 4) Character storage means (104) 5) First game control means (107) 6) Second game control Means (108) 7) First game scoring means (109) 8) Time difference calculating means (110) The number of means is not limited to eight, and the number of means may be increased. 1) Snowboard Selection Means (101) The snowboard selection means (101) includes a snowboard storage table (301) in which the respective sliding characteristic parameters of a plurality of type-specific snowboards having different sliding characteristics are stored.
Therefore, the player can select at least one play snowboard by the controller (200). 2) Snowboard storage means (102) The snowboard storage means (102) can read and store the sliding characteristic parameter corresponding to the play snowboard selected by the snowboard selection means (101) from the snowboard storage table (301). Things. 3) Character selection means (103) The character selection means (103) is provided from a character storage table (302) in which respective movement characteristic parameters of a plurality of types of characters having different movement characteristics on a snowboard for play are stored. The player plays the controller (20
0) allows at least one play character to be selected. 4) Character storage means (104) The character storage means (104) is a character selection means
Movement characteristic parameters corresponding to the play character selected by (103) are stored in the character storage table (302).
And can be read from and stored. 5) First game control means (107) The first game control means (107) owns an entry snowboard including a play snowboard stored in the snowboard storage means (101), and stores the character storage means ( This is for causing a jump competition to be performed with the participation of a plurality of entry characters including the play character stored in 104). 6) Second game control means (108) The second game control means (108) is based on trick points of a jump game by the first game control means (107), and is used between a plurality of entry characters. This is for playing a gliding game that starts with a time difference. 7) First game scoring means (109) The first game scoring means (109) jumps each entry character after the end of the first game (S1) by the first game control means (107). It is for calculating the trick points of the competition. 8) Time difference calculating means (110) The time difference calculating means is a first game scoring means (109)
This is for comparing the trick points of the characters for entry, which are scored according to the above, and calculating the time difference between the characters for entry. (Claim 4) The invention according to claim 4 relates to a game device (10) and has the following features in addition to the features of the invention described in claim 1 described above.

That is, the game machine main body (100) is provided with the following three types of means as shown in FIG. 1, for example. 1) Second game scoring means (111) 2) Stage shift means (112) 3) Point calculation means (113) The number of the means is not limited to three, and the number of means may be increased. 1) Second game scoring means (111) The second game scoring means (111) is for calculating ranking points based on the ranking of the sliding game by the second game control means (108). . 2) Stage transition means (112) The stage transition means (112) is a second game scoring means.
The game is terminated on condition that the ranking point of the play character calculated by (111) is less than a predetermined passing point (for example, ranking point => 1 point).

Further, the stage shift means (112) controls the first game control means (107) on condition that the ranking point has reached a preset passing point (for example, ranking point => 1 point). A first game (S1) and a second game performed by the second game control means (108) based on the result of the first game (S1)
(S2) as one stage to shift to the next stage (S3). 3) Point calculation means (113) The point calculation means (113) is a stage shift means (112).
Thus, in the next stage, the ranking points calculated by the second game scoring means (111) are added to the ranking points calculated in the previous stages to calculate the total ranking points.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION

(Description of the drawings) FIGS. 1 to 10 show an example of an embodiment of the present invention. 1 is a schematic block diagram of a game device, FIG. 2 is a flowchart of a game, FIG. 3 is an explanatory diagram of a sliding characteristic parameter of a snowboard by type, FIG. 4 is an explanatory diagram of a movement characteristic parameter of a character by type, and FIG.
6 shows a snow surface condition parameter of a course layout, FIG. 6 shows types of tricks, and FIGS. (Game Device) In FIG. 1, reference numeral 10 denotes a game device.

As shown in FIG. 1, the game device 10
The game machine main body 100 is mainly configured. Although not shown, the game machine body 100 includes, for example, a CPU, a RAM,
It is composed of a ROM and the like. And the game machine body 10
On the input side of 0, as shown in FIG.
And a CD-ROM (not shown) via a reading device
Are connected to each other.

Although the controller 200 and a reading device (not shown) for the recording medium 300 such as a CD-ROM are connected to the input side of the game machine main body 100, the present invention is not limited to this. good. Also, as the recording medium 300, a CD
-ROM is illustrated, but not limited to CD-ROM, DVD
And other optical recording media such as an optical disc, an MO, a magnetic recording medium such as an FD and a hard disk, and an electrical and physical recording medium such as a ROM.

The controller 200 includes a game machine main body 100.
Can be controlled by the player. As shown in FIG. 1, a monitor 400 such as a CRT of a television, a speaker 500 of a television or the like, and the like are connected to the output side of the game machine main body 100, respectively. In addition, the monitor 400 such as a CRT of a television and the speaker 500 such as a television are connected to the output side of the game machine main body 100. However, the present invention is not limited thereto. Is also good.

The monitor 400 can display a game image output from the game machine main body 100. Although the monitor 400 is exemplified by a CRT of a television, the invention is not limited to the television, but may be a personal computer, and is not limited to the CRT and may be a liquid crystal.

The speaker 500 is capable of displaying game sound output from the game machine main body 100. In addition,
Although the speaker 500 is exemplified for a television, the speaker 500 is not limited to the television. (Recording Medium) As shown in FIG. 1, for example, the following five types of tables or areas 301 to 305 are recorded on the recording medium 300 when roughly classified. 1) Snowboard storage table 301 2) Character storage table 302 3) Course storage table 303 4) Game program storage area 304 5) Scoring reference storage table 305 The above-described recording medium 300 includes the above-described five types of tables or Not limited to the areas 301 to 305, various data such as other image data and audio data are recorded. (Snowboard Storage Table) The first is a snowboard storage table 301 as shown in FIG.

The snowboard storage tail 301 stores the sliding characteristic parameters of a plurality of types of snowboards having different sliding characteristics. The sliding characteristic parameters can be roughly classified into the following three types as shown in FIG. 3, for example. 1) "Speed" 2) "Easy to turn" 3) "Other characteristics" The sliding characteristic parameters are not limited to the above three types, and other sliding characteristic parameters may be set.

The "speed" and "easiness of bend" are set in 11 levels from "+5" to "0" to "-5" as shown in FIG. For example, in terms of "speed",
“0” is neutral, and the speed increases in the “+” direction and decreases in the “−” direction. "Easy to bend" is "0"
Is neutral, the "+" direction is easy to bend, and the "-" direction is hard to bend.

As the "other characteristics", the responsiveness of the snowboard in accordance with the snow surface condition is set, and as shown in FIG. 3, it is set for ice-burn or powder snow. Examples of the type-specific snowboards are classified into, for example, the following three types by combining the above-mentioned sliding characteristic parameters. 1) "Freestyle" 2) "All-round" 3) "Alpine" The types of snowboards are not limited to the above three types. You may classify by ability.

Next, three types of snowboards by type will be described. 1) "Freestyle" The "freestyle" is easy to bend, has good stability and operability, and is suitable for beginners, but is relatively slow. 2) "Allland" The "allland" has an average bendability and speed and has an average ability, but has no protruding part. 3) "Alpine" The "alpine" is excellent in speed, particularly top speed, but is difficult to bend, and has poor stability and operability.

The above three types of snowboards are each three types,
A total of nine types of snowboards are available. As the game progresses, three types of hidden snowboards having the highest performance are provided to the player as a privilege.
After selecting the snowboard, the player can freely select colors, patterns, and the like. (Character storage table) The second is a character storage table 302 as shown in FIG.

The character storage table 302 stores the respective movement characteristic parameters of a plurality of type-specific characters having different movement characteristics on a snowboard for play. As the motion characteristic parameters, for example, as shown in FIG. 4, the following seven types are set. 1) "TYPE" 2) "JUMP" 3) "TECHNIQUE" 4) "ACCELATE" 5) "BALANCE" 6) "QUICKNESS" 7) "MAXSPEED" Note that the motion characteristic parameters are not limited to the above seven types, and other May be set.

Next, seven types of motion characteristic parameters will be described. 1) "TYPE" The "TYPE" parameter is a parameter based on the difference in the sliding type such as "alpine", "freestyle", and "all round". 2) “JUMP” The “JUMP” parameter is a parameter based on a difference in jumping power. 3) “TECHNIQUE” The “TECHNIQUE” parameter is a parameter based on skill of trick. 4) “ACCELATE” The “ACCELATE” parameter is a parameter based on acceleration. 5) "BALANCE" The "BALANCE" parameter is a parameter based on difficulty in falling. 6) "QUICKNESS" The "QUICKNESS" parameter is a parameter based on right and left exercise performance. 7) “MAXSPEED” The “MAXSPEED” parameter is a parameter based on the maximum speed.

The player can freely select the color, pattern, etc. of the wear of the character by type. It should be noted that the movement characteristic parameter of the character may be advantageously changed as a benefit to the player as the game progresses. At the beginning of the game, the number of characters that can be selected by the player is four at the beginning of the game, and the number of characters that can be finally selected is increased by three to seven.

The type-specific characters that can be selected by the game device 10 are three. As a result, the total number of characters by type is 10 in total. (Course storage table) Third is the course storage table 30
In this course storage table 303, two kinds of course environment parameters of a course layout and a course condition are stored.

The course environment parameters are not limited to the above two types of parameters, but other parameters may be set, or the number of parameters may be increased or conversely decreased. The course layout can be roughly classified into, for example, the following four types. 1) "Beginner" 2) "Intermediate" 3) "Advanced" 4) "Extra" Note that the course layout is not limited to the above four types, and other course layouts may be adopted or the number of course layouts may be increased. Or, conversely, it may be reduced.

The number of courses is three for one-make jump in the first game, and three for the streamer cross in the second game.
And a total of 13 courses are set.
In addition, the following three types of courses are set. 1) "Half Pipe" (HALF PIPE) 2) "One Make Jump" (ONE MAKE JU)
MP) 3) PRACTICE Therefore, a total of 16 courses are set.

In the course, a branch point is prepared so that the player can proceed to an arbitrary course. Further, if a "check point" is set on the course and the "check point" cannot be passed within a predetermined time, the game is over. Next, as the course condition, a snow surface condition parameter is set, and the parameter is roughly classified into the following three types as shown in FIG. 5, for example. 1) "Powder snow" 2) "Normal compact snow" 3) "Ice burn" The snow surface condition parameters are not limited to the above three types, and other parameters may be set.

The grip is increased as the "normal snow compaction" is neutral and goes toward "powder snow".
Conversely, the closer you go to "Iceburn," the smaller the grip. The above three parameters change during the course, for example, suddenly change from "powder snow" to "ice burn" to enable thrilling development.

As the course condition, in addition to the snow surface condition parameter, the weather is set as a parameter.
Some courses have been set up so that the snow falls and the visibility is too low. The parameters of the course condition are not limited to the snow surface condition and the weather, and other parameters may be set. (Game Program Storage Area) Fourth is a game program storage area 304.

The following game programs are stored in the game program storage area 304. (Game Program Storage Area: Environment Setting) To explain the contents of the game, the player first sets the environment for the snowboard, the character, the course, and the like.

Here, when the player is one player, the player selects one play snowboard from a plurality of type-specific snowboards stored in the snowboard storage table 301 by operating the controller 200. I do. In addition, the player similarly operates the controller 200 to select one play character riding on the selected play snowboard from the play snowboards stored in the character storage table 302.

In the game, since a plurality of players, for example, eight entry characters participate in the game, the remaining seven entry characters and the entry snowboard on which each entry character rides are stored in the snowboard storage table. The game device 10 automatically selects from among the plurality of snowboard characters for play stored in 301 and the character storage table 302.

The play character selected by the player is regarded as one entry character, and a total of eight entry characters selected by the game device 10 for a total of eight entry characters participate in the game. Will be Further, the player selects one course from the course storage table 303 by operating the controller 200. (Game Program Storage Area: First Game: One-Make Jump) Thereafter, as shown in FIG. 2, the process proceeds to the first game S1, and in the first game S1, "one-make jump" is performed.

The "one-make jump" is a competition in which a trick technique is performed by one jump. (Game program storage area: trick) A "trick" is a snowboard action in which a character grasps a snowboard during a jump and turns the body.

The "trick" is roughly classified into, for example, the following five types. 1) “GRAB” 2) “NO GRAB” 3) “SPIN” 4) “INVERTED AIR” 5) “3D” Note that the “trick” is not limited to the above five types, and may be changed or changed. The number of tricks may be increased or reduced.

Next, five types of "tricks" will be described. 1) "GRAB" The "GRAB" means that the character grasps the snowboard with his hand. The name differs depending on where you grab. 2) "NO GRAB" The "NO GRAB" is a non-grab trick for the character to twist the body or extend the legs. 3) "SPIN" The "SPIN" refers to one that rotates horizontally, and is called in 180-degree units. 4) “INVERTED AIR” The “INVERTED AIR” refers to a technique in which the character rotates horizontally without touching the hand. 5) "3D" The "3D" refers to an oblique rotation trick that combines vertical rotation and horizontal rotation, and is highly difficult. (Game data storage table: trick: GRAB) There are, for example, the following twelve types of tricks in the "GRAB". 1) "METHOD" (method) 2) "LEAN AIR" (lean air) 3) "TWEAK" (tweak), 4) "MUTE GRAB" (mute grab) 5) "INDY GRAB" (indi grab) 6) " INDY NOSEBONE ”7)“ TAIL GRAB ”8)“ STALE FISH ”9)“ FRESH FISH ”10)“ MELANCHOLY ”11)“ NOSENOSE ” GRAB "(nose grab) 12)" STIFFIE "(stiffy) The tricks of" GRAB "are not limited to the above 12 types, and the tricks are changed, the number of tricks is increased, or the number of tricks is reduced. You may let it.

Next, 12 kinds of tricks of "GRAB" will be described. 1) "METHOD" The "METHOD" is to grab the heel side edge with the previous hand (on the backside in "halfpipe"). 2) "LEAN AIR" The "LEAN AIR" is to grab the heel edge with the front hand on the front side with the "half pipe". 3) “TWEAK” The “TWEAK” is to twist the body from the posture of “METHOD”. 4) “MUTE GRAB” The “MUTE GRAB” is to grab the toe edge (middle of both feet) with the front hand. 5) "INDY GRAB" The "INDY GRAB" is to grab the toe edge (middle of both feet) with the back hand. 6) "INDY NOSEBONE" The "INDY NOSEBONE" is to grab the toe edge (tuck knee = outside of the knee) with the back hand and to bow (extend) the forefoot. 7) “TAIL GRAB” The “TAIL GRAB” is to grab the tail with a later hand. 8) “STALE FISH” The “STALE FISH” is to grab the heel edge with the rear hand (on the front side in the case of “half pipe”) and perform boning of the rear foot. 9) “FRESH FISH” The “FRESH FISH” is a “half pipe”
Grab the heel side edge with the back hand and backbone with the back hand. 10) "MELANCHOLY" The "MELANCHOLY" is to grab the heel side edge (middle of both feet) with the front hand and to perform the hind leg boning. 11) "NOSE GRAB" The "NOSE GRAB" is to grab the nose with the previous hand. 12) “STIFFIE” The “STIFFIE” is “INDY MUTE”
It is to extend both knees in the state of. (Game data storage table: trick: NO GRA
B) There are, for example, the following three types of tricks in the “NO GRAB”. 1) "OLLIE" (Orie) 2) "SHIFTTY" (Shifty) 3) "SHUFFULE" (Shuffle) The trick of "NO GRAB" is the above 3
Not limited to the type, the trick may be changed, the number of tricks may be increased, or the number may be reduced.

Next, three types of tricks of "NO GRAB" will be described. 1) “OLLIE” The “OLLIE” is a spontaneous jump. 2) "SHIFTTY""SHIFTTY" refers to twisting the body. 3) "SHUFFULE" The "SHUFFULE" is to twist the body and to the opposite side. (Game Data Storage Table: Trick, SPIN) There are, for example, the following eight types of tricks in “SPIN”. 1) “xx to FAKIE” (To Fakey) 2) “FRONTSIDE 180” (One-eighty) 3) “BACKSIDE 180” (One-eighty) 4) “FRONTSIDE 360” (Three Sixty) 5) “AIR TURN” (Air turn) 6) "ALLEY-OOP" (Early Woop) 7) "HALF CAB" (Half Cab) 8) "CAVALLERIAL" (Cavalial) Note that the trick of "SPIN" is not limited to the above eight kinds, and is a trick. May be changed, or the number of tricks may be increased, or may be decreased.

Next, eight kinds of tricks of "SPIN" will be described. 1) “xx to FAKIE” The “xx to FAKIE” is a “half pipe”, which means entering in a standard and descending with a fake key without a turn. 2) “FRONTSIDE 180” The “FRONTSIDE 180” is a “straight” turn that turns 180 degrees toward the abdomen. The term "half pipe" is synonymous with "AIR TURN" in which the body faces outside the pipe. 3) BACKSIDE 180 The “BACKSIDE 180” is a “straight” turn that turns 180 degrees toward the abdomen. The term "half pipe" is synonymous with "AIR TURN" in which the body faces the inside of the pipe. 4) “FRONTSIDE 360” The “FRONTSIDE 360” is a turn that is “straight” and turns 360 degrees toward the abdomen. In addition, in the "half pipe", the body turns further 180 degrees to the "AIR TURN" in which the body faces the outside of the pipe. 5) “AIR TURN” The “AIR TURN” is a “half pipe”
To jump out and land normally. Also, if you are a "Fakey", you will get off with a "Fakey". In addition, normally, landing means turning 180 degrees in the traveling direction. 6) “ALLEY-OOP” The “ALLEY-OOP” is to rotate to the opposite side in the traveling direction by the above “air turn”. In addition,
It does not matter how many rotations. 7) “HALF CAB” The “HALF CAB” is to determine “FRONTSIDE 180” from “Fakey” in “Straight”. In "half pipe", "Fake key" to "FRONTSIDE AIR TUR"
N ". 8) “CALLELLIAL” The above “CALLELLIAL” is “straight”
Then from "Fake key" to "FRONTSIDE 36"
"0". In "half pipe", "FRONTSIDE 360" is determined from "fakey". (Game program storage area: trick: INVER
TED AIR) There are, for example, the following five types of tricks in the “INVERTED AIR”. 1) "FLIP (flip)" 2) "BACKFLIP" (back flip) 3) "CLIPLER" (clipler) 4) "Mc TWIST" (mac twist) 5) "ALLY-OOP Mc TWIST" (early mac) The tricks of "INVERTED AIR" are not limited to the above five types, and can be changed,
Alternatively, the number of tricks may be increased or reduced.

Next, five kinds of tricks of "INVERTED AIR" will be described. 1) "FLIP" The "FLIP" is a forward flip. 2) “BACKFLIP” The “BACKFLIP” refers to a backflip. 3) “CLIPLER” The “CLIPLER” is to perform “BACKFLIP” + “180 turns” on the front side with “half pipe”. 4) “Mc TWIST” The “Mc TWIST” is “FILP” + “ALLEY-OOP” on the back side with “half pipe”
(180 turns). 5) “ALLEY-OOP Mc TWIST” The “ALLEY-OOP Mc TWIST” is defined as:
"FILP" +
"ALLY-OOP" (180 turns). (Game Data Storage Table: Trick, 3D) There are, for example, the following three types of “3D” tricks. 1) “MISTY” (misty) 2) “CORKSCREW” (corkscrew) 3) “RODEO FLIP” (rod-off lip) The “3D” trick is not limited to the above three types, and the type of trick is changed. Or the number of tricks may be increased or reduced.

Next, three types of "3D" tricks will be described. 1) “MISTY” The above “MISTY” refers to oblique rotation including vertical rotation and horizontal rotation. 2) “CORKSCREW” The “CORKSCREW” is a “half pipe”
At the front side, "MISTY" (FRONTSI
DE MISTY). 3) “RODEO FLIP” The “RODEO FLIP” is referred to as “BACK
It's a trick like "FLIP".

On the other hand, "one make jump" is performed twice. After the first "One Make Jump",
Based on the beauty and difficulty of the trick, the trick points of each entry character are scored using the scoring reference storage tables 305 shown in FIGS. After that, in the first “one-make jump”, the characters for the entry with the highest trick points are displayed in order.
The second “One Make Jump” starts.

After the completion of the second "one-make jump", scoring is performed in the same manner as in the first time, and a second trick point is calculated. Thereafter, the first trick point and the second trick point are summed, and the total trick points are compared.
Determine the ranking from the lowest to the lowest. (Game program storage area: time difference) Here, the above-mentioned two total trick points are used to determine the next game, as shown in FIG. 2, that is, the “time difference” at the start of the Extreme Macros as the second game S2. Is determined.

The "time difference" is calculated from the following equation. (Equation) “Time difference” = “basic time” + “adjustment time” The “basic time” is a time difference determined for each rank of the first game S1. The "basic time" may vary depending on the distance and difficulty of the course, but is usually about 1.5 to 2 seconds.

The “adjustment time” is set to 2 in the first game S1.
The point difference of the total trick points of the times is reflected in the time. It is calculated from the difference between the play character and the trick point with the entry character one rank higher than the play character. Usually, the point difference between the two total trick points is one point, and it takes about 0.01 second. is there.

If a large point difference between entry characters opens, an upper limit is set for the time difference.
The difference of more than the upper limit time difference is not made.
The upper limit time difference varies, but is usually set to about 4 seconds. (Game program storage area: Second game: Extreme Macross) The second game S2 starts with the "time difference" described above, and each entry character starts with a delay of the "time difference". I do.

The second game S2 is a gliding game, and the one who passed the goal in first place is the winner of the Extreme Macross as the second game S2. After that, the following ranking points are given according to the ranking. 1) 1st place: 10 points 2) 2nd place: 6 points 3) 3rd place: 4 points 4) 4th place: 3 points 5) 5th place: 2 points 6) 6th place: 1 point 7) 7th place and below: 0 points (Game Program Storage Area: Stage) If the ranking points of the second game S1 are passing points, that is, one or more points, the first and second rankings performed first
With the games S1 and S2 as one stage, as shown in FIG. 2, the process proceeds to the first game S1 of the next stage. And
After the end of the first and second games S1 and S2 of the next stage,
If the ranking point of the second game S2 is a passing point, that is, one or more points, the process proceeds to the next third stage.

At this time, the ranking points of the first stage and the second stage are summed up to calculate a total ranking point. In this way, if the ranking points of each stage are equal to or greater than the passing points, proceed to the next stage, and after the end of the final and ninth stages, compare the total ranking points and determine the entry character that has obtained the highest score. Become a winner. (Game program storage area: retirement)
If the character is less than the passing point after the end of the eighth to eighth stages, the character for entry is retired and does not proceed to the next stage.

Also, depending on the course of the Extreme Macros as the second game S2, there are some cliffs, but when the entry character falls off the cliffs, similarly, it retires and the next stage I can not proceed. (Game scoring reference storage table) Fifth, a scoring reference storage table 305 is shown.

As shown in FIGS. 7 and 8, the scoring reference storage table 305 stores the beauty of the trick of the entry character in “one make jump” of the first game.
Trick points are set based on the difficulty level. FIG. 7 shows a “straight jump” (STR
AIGHT JUMP), and FIG. 8 shows the case of “half pipe” (HALPIPE).

The "straight jump" is a game in which a plurality of jumping platforms are set one after another on a course, and a trick is performed when a player jumps over each jumping platform. The "half pipe" is a game in which a player slides on a mortar-shaped course and a player performs a trick by using an edge portion thereof. The score items are classified into the following 11 types as shown in FIGS.

1) Speed of entry during jump 2) Direction of turn (self-jump) 3) Stance (position during jump) 4) Number of spin rotation 5) Inverted (vertical rotation) 6) Type of grab 7) 1 Air 2 grab (1 AIR 2 GRAB) 8) Grab duration 9) Flying distance (straight jump only) 10) Height (half pipe only) 11) Landing posture Note that the score items are not limited to the above 11 types,
The score items may be changed, or the number of score items may be increased, or conversely, may be decreased.

Next, the above-mentioned 11 types of score items will be described. 1) Approach speed during jump This technology evaluates the technology to match jump lines at high speed. He has the nuances of restraint on play that deliberately saves time at low speed. The score weight is set low. 2) Direction of turn (spontaneous jump) There is no difference in operation, but in actual snowboarding, there is a difference in difficulty, and it was adopted because it is clearly specified as a trick name. 3) Stance (position when jumping) It is your own stance at the start or the opposite. The opposite (called "Fakey") has the higher score. 4) Number of spin rotations The higher the number of spins, the higher the score. Score in 180 degree units. 5) Inverted (vertical rotation) This is vertical rotation. The higher the number of turns, the higher the score, but at most two times is the limit. It is to evaluate the exact decision itself. 6) Types of grabs The more complex grabs, the higher the score. 7) One air 2 grab (1 AIR 2 GRAB) One air 2 grab is to perform a grab twice with one jump. By performing the second grab, the controller
This is a difficult part of the 200 operation, and it is a familiar part of the trick skill. The two combinations of grabs increase the variations of techniques of the same difficulty level as tricks, and do not end up using only the same technique.

Specifically, as shown in the tables of FIGS. 9 and 10, when the first (1st) and the second (2nd) grabs are the same, no trick point is given. In addition,
FIG. 9 shows a “straight jump” (STRAIGHT).
JUMP), and FIG. 10 shows “half pipe”
(HALPIPE).

Basically, it can be issued by continuously inputting two grab commands. However, if it takes time to input two commands, the result is that no command is output. Since the time during the jump is limited, there are times when you can not afford to grab twice from the beginning, so it is necessary to determine. 8) Types of grabs Grabbing for as long as possible in the air will give you a higher score. 9) Flying distance (straight jump only) The higher the distance, the higher the score. It is an element that changes the score in an analog manner. 10) Height (half pipe only) The higher the score, the higher the score in cm. In a "half pipe" this technique depends on the angle and speed of the approach, so a technique of sliding in the pipe is required. 11) Landing posture The higher the score of the snowboard, the higher the score. In other words, as the angle between the traveling direction and the direction the snowboard is heading approaches 0 degrees, (1
The closer to 80 degrees, the higher the score). (Game Machine Body) The game machine body 100 functions as the following thirteen types of means 101 to 113, for example, as shown in FIG.

That is, although not shown, the game machine main body 100 is mainly composed of a CPU, for example, and reads programs and various data recorded in a ROM (not shown) or a recording medium 300 to obtain the following 13 types. Function as means 101 to 113. 1) Snowboard selection means 101 2) Snowboard storage means 102 3) Character selection means 103 4) Character storage means 104 5) Course selection means 105 6) Course storage means 106 7) First game control means 107 8) Second The game control means 108 9) The first game scoring means 109 10) The time difference calculating means 110 11) The second game scoring means 111 12) The stage shifting means 112 13) The point calculating means 113 The invention is not limited to this, and various control / storage means such as images and sounds may be provided.

Next, the thirteen types of means 101 to 113 will be described below. 1) Snowboard Selection Means 101 The snowboard selection means 101 includes a plurality of types of snowboards having different sliding characteristics, for example, nine types of snowboarding characteristics parameters of each type, for example, (1) speed as shown in FIG. 2) The player can use the controller 200 to select at least one play snowboard from the snowboard storage table 301 in which three types of parameters, 2) ease of music and (3) other characteristics, are stored. . 2) Snowboard storage means 102 The snowboard storage means 102 has a sliding characteristic parameter corresponding to the play snowboard selected by the snowboard selection means 101, for example, (1) speed and (2) music as shown in FIG. (3) The three parameters of other characteristics are stored in the snowboard storage table 30.
It can be read from 1 and stored. 3) Character selection means 103 The character selection means 103 is composed of a plurality of persons, each having different exercise characteristics on a snowboard for play, for example, a total of 10 persons.
For example, as shown in FIG. 7, each of the motion characteristic parameters of the type-specific character of the person (up to 7 players, 3 machines) as shown in FIG. 7, for example, (1) “TYPE”, (2) “ JUMP ", (3)" TECHNIQUE ", (4)" ACCELATE ", (5)" BALANCE ", (6)" QUICKNESS ", (7) Character storage table 302 storing seven types of parameters" MAXSPEED " From, the player by the controller 200,
This is for selecting at least one play character. 4) Character storage means 104 The character storage means 104 is a character selection means 103
For example, the motion characteristic parameters corresponding to the play character selected by (1), for example, each motion characteristic parameter as shown in FIG. 7, for example, as shown in FIG. 7 (1) “TYPE”, (2) “JUMP”, (3) The character storage table 302 stores seven kinds of parameters of “TECHNIQUE”, (4) “ACCELATE”, (5) “BALANCE”, (6) “QUICKNESS”, and (7) “MAXSPEED”.
And can be read from and stored. 5) Course Selection Means 105 The course selection means 105 includes two or more, for example, a total of 16 course environment parameters, for example, a course layout and two or more course conditions including a snow surface condition parameter as shown in FIG. The controller 200 allows the player to select at least one play course from the course storage table 303 in which the type parameters are stored. 6) Course storage means 106 The course storage means 106 stores a course condition parameter including a course environment parameter corresponding to the play course selected by the course selection means 105, for example, a course layout or a snow surface condition parameter as shown in FIG. Can be read from the course storage table 303 and stored. 7) First game control means 107 The first game control means 107 owns each entry snowboard including the play snowboard stored in the snowboard storage means 102 and has the play snowboard stored in the character storage means 104. This is for making a jump competition with participation of a plurality of entry characters including the character, for example, eight entry characters.

Specifically, the first game control means 107
Reads the game program recorded in the game program recording area 304, and causes the player to perform a jump competition as the first game S1. 8) Second game control means 108 The second game control means 108 determines the time difference between a plurality of, for example, eight entry characters based on the trick points of the jump game by the first game control means 107. This is for performing a gliding game that starts with a mark.

Specifically, the second game control means 108
Reads the game program recorded in the game program recording area 304, and causes the player to play the sliding game as the second game S2. 9) First game scoring means 109 The first game scoring means 109 causes each entry character to calculate a trick point of a jumping competition after the first game S1 is completed by the first game control means 107. It is for.

Specifically, the first game scoring means 109
Reads the scoring reference record table 305 shown in FIGS. 7 to 10 and scores, for example, eight entry characters. Two jump games are performed as the first game S1, and the first trick point and the second trick point are scored for, for example, eight entry characters. Thereafter, the first and second total trick points are calculated for each of the eight entry characters, for example. 10) Time difference calculation means 110 The time difference calculation means compares the total trick point of each entry character scored by the first game scoring means 109 to calculate the time difference between the entry characters. Things.

Specifically, the game program recording area
Calculate using the equation recorded in 304, "Time difference" = "Basic time" + "Adjustment time". For example, the following is obtained. (Example 1) For example, "basic time" is 2 seconds, "adjustment time" is trick point, and 1 point (pts) is set to 0.
Set to 01 seconds.

Then, the first and second trick points are set as follows. 1) 1st time (1st): 1527 points (pts) 2) 2nd time (2nd): 1364 points (pts) "Time difference" is obtained by the following equation. (Expression) “Time difference” = 2 seconds + (1527-1364) × 0.01 seconds = 2 seconds + 1.63 seconds = 3.63 seconds difference (Example 2) For example, “Basic time” is 2 seconds, and “adjustment” "Time" is set to 0. 0 per trick point and 1 point (pts).
01 seconds, and the upper limit of “time difference” is set to 4 seconds as “upper limit time”.

Then, the first and second trick points are set as follows. 1) 1st time (1st): 1364 points (pts) 2) 2nd time (2nd): 1027 points (pts) "Time difference" is obtained by the following equation. (Expression) “Time difference” = 2 seconds + (1364-1027) × 0.01 seconds = 2 seconds + 3.37 seconds = 5.37 seconds difference In the above equation, “Time difference” is “5.37 seconds difference”. ”, But because the“ upper limit time difference ”is“ 5 seconds ”, the“ time difference ”
Is “4 seconds difference” of “upper limit time difference”. 11) Second game scoring means 111 The second game scoring means 111 is for calculating ranking points based on the ranking of the sliding game by the second game control means 108.

More specifically, the ranking points are recorded in the game program recording area 304, and the following ranking points are given according to the ranking. 1) 1st place: 10 points 2) 2nd place: 6 points 3) 3rd place: 4 points 4) 4th place: 3 points 5) 5th place: 2 points 6) 6th place: 1 point 7) 7th place and below: 0 points 12) Stage shifting means 112 The stage shifting means 112 is a second game scoring means 111
The game is terminated and retired on condition that the ranking point of the play character calculated by (1) is less than a preset passing point, for example, ranking point => 1 point.

The stage shifting means 112 sets the first game S1 by the first game control means 107 on condition that the ranking point has reached a preset passing point, for example, ranking point => 1 point.
And a second game performed based on the result of the first game.
The second game S2 by the game control means 108 is set as one stage to shift to the next stage S3.

Then, after the end of the second game S2 of each stage, the game proceeds to the next stage on condition that a preset passing point, for example, a ranking point => 1 point has been reached. Proceed until Note that, depending on the course of the Extreme Macross as the second game S2, there may be a “cliff” or the like, and if the play character falls off the “cliff”, it will also be retired, and the next stage I can not proceed. 13) Point Calculation Means 113 The point calculation means 113 controls the second game scoring means 11 in the next stage by the stage shift means 112.
The ranking point calculated by 1 is added to the ranking point calculated in the previous stage to calculate the total ranking point.

That is, after the end of the second game S2 of the stage, the added total ranking points are compared to determine the intermediate ranking. Thereafter, after the end of the second game S2 of the ninth stage, the overall ranking is determined by comparing the total ranking points of all nine stages, and the character with the highest ranking point wins the overall victory.

[0076]

Since the present invention is configured as described above, it has the following effects. (Claim 1) That is, the invention according to claim 1 relates to a recording medium for a game, and allows a plurality of players to participate in the game while competing.

In particular, by making the first game and the second game different games, it is possible to diversify the games. Also, by reflecting the result of the first game on the second game, two or more different games can be combined and enjoyed. (Claim 2) The invention according to claim 2 is the above-described claim 1.
Similar to the invention described above, the present invention relates to a recording medium for a game, and has the following effects in addition to the effects of the invention described in claim 1.

That is, according to the second aspect of the present invention, the game is further diversified and combined by sequentially stacking the stages. (Claim 3) The invention according to claim 3 relates to a game device, wherein a plurality of players can participate in a game while competing.

In particular, by making the first game and the second game different competitions, it is possible to diversify the games. Also, by reflecting the result of the first game on the second game, two or more different games can be enjoyed in combination. (Claim 4) The invention according to claim 4 is the above-described claim 3.
Similarly to the above-described invention, the game device has the following effects in addition to the effects of the invention of the third aspect.

That is, according to the second aspect of the present invention,
By sequentially stacking the stages, the game can be further diversified and combined.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram of a game device.

FIG. 2 is a flowchart of a game.

FIG. 3 is an explanatory diagram of a sliding characteristic parameter of a snowboard by type.

FIG. 4 is an explanatory diagram of movement characteristic parameters of a character by type.

FIG. 5 is an explanatory diagram of a snow surface condition parameter of a course layout.

FIG. 6 is an explanatory diagram of types of tricks.

FIG. 7 is an explanatory diagram of a grading standard storage table, which shows grading standards for trick points in a straight jump.

FIG. 8 is an explanatory diagram of a scoring criterion storage table, showing scoring criteria for trick points in a half pipe.

FIG. 9 is an explanatory diagram of a trick point for one air and two grabs in FIG. 7;

FIG. 10 is an explanatory diagram of trick points for one air and two grabs in FIG. 8;

[Explanation of symbols]

10 Game device 100 Game machine main body 101 Snowboard selection means 102 Snowboard storage means 103 Character selection means 104 Character storage means 105 Course selection means 106 Course storage means 107 First game control means 108 Second game control means 109 First game Scoring means 110 Time difference calculating means 111 Second game scoring means 112 Stage shifting means 113 Point calculating means 200 Controller 300 Recording medium 301 Snowboard storage table 302 Character storage table 303 Course storage table 304 Game program storage area 305 Scoring reference storage table 400 Monitor 500 speaker

Claims (4)

[Claims] 1. A game machine main body, a controller capable of controlling a player of the game machine main body, and a monitor capable of displaying a game image output from the game machine main body, wherein a plurality of units having different sliding characteristics are provided. From the snowboard storage table in which the respective sliding characteristic parameters of each type of snowboard are stored, the controller selects, by the controller, at least one playboard snowboard selecting means, and the snowboard selecting means. The sliding characteristic parameter corresponding to the play snowboard,
A snowboard storage means that can be read and stored from the snowboard storage table; and a character storage table in which respective movement characteristic parameters of a plurality of types of characters having different movement characteristics for riding on the play snowboard are stored. The controller can read out and store, from the character storage table, a character selecting means for selecting at least one play character, and a motion characteristic parameter corresponding to the play character selected by the character selecting means. A character storage unit, and a plurality of entry snowboards including a play snowboard stored in the snowboard storage unit, each of which has a play character stored in the character storage unit. First game control means for causing a jump competition to be performed with the participation of entry characters, and a plurality of entry characters between each entry character based on trick points of the jump competition by the first game control means. Second game control means for causing a sliding game to be started with a time difference between the first game control means and the first game control means, after the end of the first game, The first to calculate each trick point
Comparing the trick point of each entry character scored by the first game scoring means, and calculating the time difference between the entry characters by the game scoring means. A computer-readable recording medium for a game in which a program for causing the main body to function is recorded. 2. A second game scoring means for calculating a ranking point based on the ranking of the gliding game by the second game control means, and the play character calculated by the second game scoring means. The game is terminated on condition that the ranking point is less than a preset passing point, and the first game control means is provided on condition that the ranking point has reached the passing point. A stage shift for shifting the first game and the second game performed by the second game control means based on the result of the first game as the next stage to the next stage Means, at the next stage, by the second game scoring means, by the stage shifting means. The calculated ranking point is added to the ranking point calculated in the previous stage in the previous stage, and a program for causing the game machine main body to function as point calculating means for calculating a total ranking point is recorded. The computer-readable recording medium for a game according to claim 1. 3. A game machine comprising: a game machine main body; a controller capable of controlling the game machine main body by a player; and a monitor capable of displaying a game image output from the game machine main body. From the snowboard storage table in which the respective sliding characteristic parameters of a plurality of type-specific snowboards having different sliding characteristics are stored, the snowboard selection for the player to select at least one play snowboard by the controller using the controller. Means, the sliding characteristics parameter corresponding to the play snowboard selected by the snowboard selecting means,
A snowboard storage means that can be read and stored from the snowboard storage table; and a character storage table in which respective movement characteristic parameters of a plurality of types of characters having different movement characteristics for riding on the play snowboard are stored. The controller can read and store, from the character storage table, a character selection unit for selecting at least one play character, and a motion characteristic parameter corresponding to the play character selected by the character selection unit. A character storage unit, and a plurality of entry snowboards including a play snowboard stored in the snowboard storage unit, each of which has a play character stored in the character storage unit. First game control means for causing a jump competition to be performed with the participation of entry characters, and a plurality of entry characters between each entry character based on trick points of the jump competition by the first game control means. Second game control means for causing a sliding game to be started with a time difference between the first game control means and the first game control means, after the end of the first game, The first to calculate each trick point
Game scoring means, and time difference calculating means for comparing the trick points of each entry character scored by the first game scoring means and calculating the time difference between the entry characters. A game device comprising: 4. The game machine main body includes: a second game scoring unit for calculating the ranking points based on a ranking of the sliding game by the second game control unit; and the second game scoring. Terminating the game on condition that the ranking point of the play character calculated by the means is less than a preset passing point, on condition that the ranking point has reached the passing point, The first game by the first game control means and the second game by the second game control means performed based on the result of the first game as one stage, and the next game Stage shifting means for shifting to a stage, by the stage shifting means, in the next stage, Point calculation means for adding the ranking points calculated by the second game scoring means to the ranking points calculated in the previous stage, and calculating a total ranking point. The game device according to claim 3, wherein