TW200838589A - Game system - Google Patents

Abstract

A game system includes a main controller that operates to: control the main display to display an image for providing the game; store prediction data in accordance with the predictions input through the prediction input unit provided in the player terminals; store a plurality of game conditions that define different conditions for playing the game; select one from among the stored game conditions in accordance with the stored prediction data; provide the game to the players under the selected game condition; and provide an award to a player who wins the game.

Description

200838589 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a play system for providing a game in which a plurality of players participate. [Prior Art] In a game system that provides a plurality of players to participate in a game (such as a horse racing game) by inserting game media such as hard tapes, medals, and tokens, each of the players The player makes predictions about the outcome of the game and inserts the game media to perform a bet. Based on the outcome of the game, the game media is paid to the player of the final game based on the number of predetermined incentive tables and the number of inserted game media. An example of the game system providing a game is described in the document JP-A-2004-041714, in which a predetermined result is achieved when a horse (or a similar movable object) defined by a player is defined (eg When winning a horse race, pay special rewards to the player. However, the game played in the game system for paying the prize is only executed according to a predetermined private style, regardless of the result of the game prediction made by the player and the result of the insertion of the game medium executed by the game player. Players predict game outcomes quite easily. Therefore, a gaming system is desired that provides a game that requires a complex decision in predicting the outcome of the game, thereby allowing the player to enjoy the game more. SUMMARY OF THE INVENTION One of the objects of the present invention is to provide a game system that provides a game that requires complex decisions in predicting the outcome of the game, thereby allowing the player 124515.doc 200838589 to further enjoy the game. According to one of the first evil samples of the present invention, a game system for providing a game in which a plurality of players participate is provided, the game system comprising: a main display; and a plurality of player terminals provided for each of the players, Each of the player terminals has a predictive input list & the predictive entry unit allows individual player inputs - predictions regarding game outcomes; and a primary controller coupled to the primary display and the player terminals . The main controller is operative to: control the main display to display an image for providing the game; store the predicted tribute according to the prediction input via the predictive input unit provided in the player terminal; store the different conditions defined for playing the game a plurality of game conditions; selecting a game condition from the stored game conditions according to the stored forecast data, providing the game to the player under the game condition of the game (4); and providing a reward to the player who wins the game. According to a second aspect of the present invention, there is provided a game system for providing a plurality of players to participate in a game; a public-play result and insertion of a game medium; and: : 豕 predicting a game result _ (four) pay (four) _ ς According to the game input unit, the - allow, == play system includes: a predictive forecast library deposit slip:,: = break into the prediction about the game result; - predict the forecast data from the plurality of games input by the predictive input unit Game conditions; one swim two: 70 # store for the public stored in the predictive storage unit pre-subject selection unit 'which is stored in the storage unit according to the Chuanbei 储存 in the storage unit, j: A game condition is selected in the cloth = condition; and a game is controlled by the game condition selection unit 124 the game condition 124515.doc 200838589 to control the execution of the public game. [Complex Mode] A game system will be described below with reference to the drawings. 1 is a perspective view showing the appearance of a game system 1 according to an embodiment of the present invention. The game system 1 is a so-called large-scale game machine that provides a game in which a plurality of players participate. The game system 1 is provided with a main unit 2A defining a game area having a substantially rectangular shape, and a plurality of player terminals 3〇 disposed in the game area 21.

The main unit 20 includes: a main display device 22 disposed along one side of the game area 2丨, four speakers 23 disposed at a corner of the game area 21; and a main control for controlling the main display device 22 and the speaker 23. 80. The main display device 22 displays an image based on the image data output from the host controller 80. The main display device 22 may preferably be a large-sized display device such as a large-sized monitoring device or a large-sized projection display device. Each of the player terminals 30 is placed in the game zone 21 to be oriented toward the main display device 22. The main controller 8 establishes interactive communication with each of the player terminals 30 via a wireless LAN. The controller executes a predetermined game program and establishes interactive communication with the respective player terminal unit 3, thereby providing a plurality of players participating in the game, such as a horse racing game. The game system 1 is configured as an example of a game system that provides a common game for a plurality of players. In the game, the player makes predictions about the game results and inserts game media such as coins, coins, and tokens; In this game, the game media is paid to the player based on the reward determined based on the game result. 2 is a perspective view showing the appearance of each of the player terminals 30. 124515.d〇< 200838589 Each of the playing terminal machines 30 has a seat 3丨 and a terminal display 61. The terminal display 61 is provided with: a first supporting arm 611 supported by one side unit 60; A second support arm 612 attached to the front end of the first support arm 611; and a sub-monitor 613 attached to the front end of the second support arm 612 and displaying an image related to the game thereon. The first support arm 611 can extend in a vertical direction with respect to the side unit 60. The second support arm 612 is extendable and maintainable at any angle relative to the direction of the first support arm 611. The sub-monitor 613 can be held at an arbitrary angle with respect to the axial direction of the second support arm 612. The side unit 60 is equipped with a sub-monitor storage tank 62 extending in the vertical direction. The sub-monitor storage tank 62 retractably stores the first support arm 611, the second support arm 612, and the sub-monitor 613. The terminal controller 150 is installed in the side unit 60. The terminal controller 15A is connected to the main controller 8A via a wireless LAN and a plurality of slots 97 which store circuit boards on which circuits for serving the terminal controllers are provided. The terminal controller 150 controls the terminal display 61 in accordance with an instruction received by the autonomous controller 8A, and transmits a signal input to the main controller 80 via an operation unit 72 (which will be described later). A cover 971 is reclosed to an upper portion of the slot 97. As shown in Fig. 2, the terminal control panel 972 can be inserted into the slot 97 from the upper portion by opening the cover 971. The rear portion of the seat shell 70 extends upwardly and supports a backrest and a head 124515.doc 200838589 pillow. A speaker 75 is provided on the left and right sides of the headrest. The rear side portion of the seat shell 70 also extends upward to prevent other players from viewing a player sitting in the seat body 50. An operation unit 72 having a keyboard, a jog dial, and other input means is provided at a position near one of the side arms of the table 71, at which the player lying in the seat body can easily operate Operating unit ^ 72. The operation unit 72 also has a coin insertion slot 732, a start button, and a card slot that allows the player to insert a credit card or a membership card. In this embodiment, the operating unit 72 is provided on the table 71. However, the position of the operation unit is not limited to the table, but may be provided as a touch panel on the sub-monitor 613. A coin payout opening 731 (a coin storage bin from a coin stack in a side stack 60) and a coin receiving portion for receiving a paid coin are disposed below the table 71 and in front of the side arm At the office. The coin receiving portion is provided with an unillustrated retainer for holding the coin container. Figure 3 is a block diagram showing the circuit configuration of a game system. As shown in Fig. 3, eight player terminals 30a to 30h are connected to a server 2 by a network 300 (e.g., a wireless LAN or the like). The game consoles 3(10) to 3 011 shown in the figure are substantially equal in configuration to the player terminal 30a. Therefore, the details of the player terminals 3〇|3 to 3〇11 are omitted in FIG. The playing machine, the terminal machine 30a includes a terminal controller 150, an operating unit 72 connected to the terminal controller 150, a coin receiving portion, and a coin payout opening 731, and the terminal controller 150 includes a function as a capable Terminal CPU 152 that executes various computer programs 124515.doc 200838589; terminal RAM 154 connected to terminal CPU 152; terminal ROM 156 connected to terminal CPU 152; - connected to terminal CPU a terminal video controller 158 of 152; a terminal audio controller 160 connected to the terminal CPU 152; and a terminal communication interface 162 connected to the terminal CPU 152. The terminal CPU 152 performs various types of processing based on the programs stored in the terminal ROM 156 and the data stored in the terminal RAM 154. Therefore, the terminal CPU 152 functions as various types of components which will be described later. The terminal RAM 154 stores the values of various flags and variables and acts as a temporary storage area for the terminal CPU 152. For example, information about the side unit 60 to be operated by the player, information about the area owned by the player, and the like (terminal game information) are stored in the terminal RAM 154. The terminal ROM 156 stores programs to be used for controlling the terminal 30 by the terminal CPU 152, and various forms are also stored in the terminal ROM 156. The terminal video controller 158 includes a video data processor (hereinafter abbreviated as "VDP"); an image data ROM storing various types of image data; and a digital analogy for converting image data into analog image signals ( a D/A converter; and an initial reset circuit for generating a reset signal upon power supply. The VDP is a circuit including a so-called sub-plane circuit, a screen circuit, and a palette circuit, and is executable for The device that causes the terminal display 61 to display various processing operations of the image. In short, the VDP performs display control of the terminal display 61. The VDP is also equipped with a buffer that serves as an image for display in a display area of the terminal display 61. The storage medium (for example, video RAM) of the device is stored in the storage area of the storage medium 124515.doc -10- 200838589, where the image is displayed in the display area of the terminal display 61 at a predetermined timing. Various image data such as character image data, background image material, and image material are separately stored in the image data R0M+. Of course, the relevant image is displayed. The related image data is also stored in the image data RQM. According to an image display instruction supplied from the CPU 152, VDp reads various types of image data from the image data ROM, for example, for identification purposes. Information image data, background image data and image data are generated; and image data to be displayed on the terminal display 61 is generated. The VDP stores the image data thus generated in a buffer so that the image data is sequentially superimposed on a rear position. The image data is supplied to the D/A converter at a predetermined timing. The D/A converter converts the image data into an image signal, and supplies the image signal to the terminal display 61' The display 6 indicates an image. The terminal audio controller 160 includes a sound source Ic for controlling sound, a sound data R储存M for storing various sound data segments, and an amplifier for amplifying the sound signal (hereinafter abbreviated as "AMP"). The sound source 1C is connected to the terminal CPU 152, the initial reset circuit, the sound data ROM, and the AMP. The sound source 1C controls the sound emitted from the speaker 75. The terminal communication interface 162 is connected to the server 2 via the network 300. The interface transmits signals from the terminal CPU 152 to the server 2, and receives a signal transmitted from the server 2000, and transfers the thus received signal to the terminal CPU 152. The operating unit 72 is provided along the framework of the body of the player terminal. When 124515.doc -11-200838589 is operated by the player, the operation unit 72 supplies the terminal controller 150 with a predetermined detection signal. The coin receiving portion is provided along the frame of the body of the terminal unit 3. The coin receiving portion has a coin detector. The game medium is detected when a game medium such as a coin inserted into the coin receiving portion passes the coin detector. The coin receiving portion transmits a detection signal in response to the detected game medium to the terminal controller 15A. The coin detector can also be any detection device such as an optical sensor and a proximity sensor. The coin payout opening 73 1 is provided along the body of the terminal unit 30. The coin payout opening 73 1 pays for the game medium based on the payout signal transmitted from the terminal controller 150. The server 200 has a main controller 80. The main controller 80 includes a server CPU 252 serving as various execution components; - a server RAM 254 connected to the server CPU 252; - a server ROM 256 connected to the server CPU 252; - is connected to the server CPU 252 The server image output circuit 268; - the server audio output circuit 260 connected to the server CPU 252; and a server communication interface 262 connected to the server CPU 252. The server CPU 252 performs various processing operations in accordance with the game program stored in the server ROM 256. Therefore, the server CPU 252 functions as various members which will be described later. The values of the various flags and variables are stored in the server RAM 254 which serves as a temporary storage area for the server CPU 252. The server ROM 256 stores a game program for controlling the operation of the server 200 by the server CPU 252; for example, for providing a horse racing game 124515.doc -12- 200838589. The server image output is abbreviated as nVDPn); the circuit 268 includes an image data processor (hereinafter, image data for storing various types of image data is used for digital analogy (D/A) conversion for converting image data into image signals. And _name used to generate the initial weight of the reset signal when power is supplied

ROM

The VDP is a device including circuits such as so-called sub-picture circuits, screen circuits, and palette circuits, and can perform various processing operations for causing the main display device 22 to display images. In short, VDp performs the display of the main display device 22. VDp (4) is provided with a storage medium (e.g., video RAM) serving as a buffer for displaying an image in the display area of the main display device 22. The image data is stored (4) in a predetermined storage area of the storage medium, where the image is displayed in the display area of the main display device 22 at a predetermined timing. Various image poor materials such as character image data, background image data, and image data are stored separately in the image data. Of course, the relevant image data showing the relevant images are also stored in the image data. According to the image display instruction provided by the self-feeding device CPU 252, VDp reads various types of image data from the image data ROM, for example, for presenting the information image, background image data and image data for presentation; Image data to be displayed on the main display device 22. The VDp stores the image data thus generated in a buffer so that the image data is sequentially added to the image data located in a rear position, and the image poor material is supplied to the D/A converter in a predetermined timing. The D/A converter converts the image data into an image signal and supplies the image signal to the main display device 22, thereby causing the main display device 22 to display the image. 124515.doc •13· 200838589 The server audio output circuit 260 includes a sound source 1C for controlling sound, a sound data R储存M for storing various sound data segments, and an amplifier for amplifying the sound signal (hereinafter abbreviated) The sound source 1C is connected to the server CPU 252, the initial reset circuit, the sound data ROM, and the AMP. The sound source IC controls the sound emitted from the speaker a. The server communication interface 262 is via the network 3 And connected to the player terminal 3-0. The interface transmits a signal from the server cpu 252 to the plurality of players

The terminals 30a-3 0h are received and received from the plurality of player terminals 3〇a-3h, and the signal thus received is transferred to the terminal 152. In the game system and the charging unit 1, the terminal device 3 is connected to the servo H2G0 via the network (10). However, the player terminal 3〇a• can now also be displayed via the network 3 (10) without using the server 200 - the health is stored in the health device 2: the second table, and the competition is described in the entry form. The name, gender and country of each of the horses in the race. Six to twenty horses are randomly selected from the entry form, and the horse so selected appears in the game. As shown in Figure 4, for example, the name ""Heart" is a horse from England. In addition, the name "Alycidon" is compiled from the horse of England. The name is ""val de Loir". The number 3 is from France. Name, ^ ^ ^ Name is Vaguely N〇ble" The number 4 is from the Irish horse.. ^ Today ^ from (four) μ A (Wal) number 5 is for each of the various horses :: Description, but indicates that the multiple parameters used for this force are also described in the moxibustion table. Example parameters include pedigree ϋ ± shaped entry, first endurance, speed, tactics (face to face 124515.doc -14- 200838589: Γ: control tactics, or similar tactics), favorite competitions (eg, short ', long distance races, obstacle races, and the like), and other participation in J and 'the parameters are not limited These examples. /6 Showcase - Japan-sponsored competition table 'The description of the competition held in Japan and stored in the server ROM 2S6. The 呤 宣 Μ ^ ^ ^ ^ ^ ^ ^ ^ 储存 储存 储存 储存 储存 储存 储存For example, the name of the competition, the venue of the competition, the prizes for the first to third places to reach the finale, the conditions of the competition, and the number of participants. In addition, regarding the competition held in Sakamoto, the bonus amount is expressed in yen (Yen). As shown in Figure 6, for example, the venue Tenno-Sh〇 (spring) is located at Ky〇t And the distance of the venue is 3200 meters. The first prize is 132 yen; the second prize is 53G0 yen; and the third prize is 3 yen... the entry conditions are older horses' The number of participants is (for example) 17. The venue 讥 slave Sho is located in Kyoto, and the distance of the venue is 2 〇〇〇 meters. The first prize is 8900 yen; the second prize is 36 〇〇 yen; The prize for the third place is 2,200 yen. The entry condition is a three-year-old mare, and the number of participants is (for example) 18. The venue Kikuka-sho is located in Kyoto, and the distance of the venue is 3000 meters. The prize money is 112 yen; the second prize is 4500 yen; and the third prize is 28 yen. One entry is three years old and the number of participants is (for example) 16. The venue Queen The Elizabeth Cup is located in Kyoto with a distance of 2,200 meters. The first prize is 10,000 yen; the second prize is 4 rounds; and the third prize is 2,500 yen. The condition is a three-year-old mare, and the number of participants is (for example) 18. , storing various pieces of information about the competition held in Japan. 124515.doc -15- 200838589 Figure 7 shows a French-sponsored competition table describing the competition held in France and stored in the server ROM 256. The French hosted The competition table stores information related to the competition, such as the name of the competition, the venue of the competition, the prizes of the first to third arrivals, the conditions of the competition, and the number of participants. For the competition held in France, the prize amount is in Euros ( Euro) to express. As shown in Fig. 7, for example, the venue Prix Renaud du Vivier is located in Auteuil, and the distance between the venues is 4100 meters. The first place has a prize of €112,500; the second place has a prize of €55,000; and the third place has a prize of €32,500. The entry condition is a four-year-old thoroughbred horse, and the number of participants is (for example) 10. The venue Criterium de Saint-Cloud is located in Saint Cloud with a distance of 2000 meters. The first place has a prize of 114,280 euros; the second place has a prize of 45,720 euros; and the third place has a prize of 22,860 euros. One entry condition is a two-year-old thoroughbred horse, and the number of participants is (for example) 5. The venue, Prix Cambacere, is located in Auteuil with a 3,600-meter hurdle. The first place has a prize of €112,500; the second place has a prize of €55,000; and the third place has a prize of €32,500. One entry condition is a three-year-old thoroughbred horse, and the number of participants is (for example) 1〇. Venue Prix Maurice Caillault is located in Auteuil with a distance of 4,400 meters. The first place has a prize of 135,000 euros; the second place has a prize of 66,000 euros; and the third place has a prize of 39,000 euros. One entry condition is a four-year-old thoroughbred horse, and the number of participants is (for example) 11. Therefore, various pieces of information about the competitions held in France are stored. Figure 8 shows a Dubai-sponsored competition table depicting a competition held at UAE (Dubai) 124515.doc -16-200838589 and stored in server ROM 256. The competition table hosted by Dubai stores information related to the competition, such as the name of the competition, the venue of the competition, the prizes for the first to third arrivals, the conditions of the competition, and the number of participants. For the competition held in Dubai, the bonus amount is expressed in US dollars. As shown in Figure 8, for example, the Dubai World Cup site is located at Nad A1 Sheba and the venue is 2000 meters away. The first place has a prize of $3,600,000; the second place has a prize of 1,2,000 dollars; and the third place has a prize of $600,000. A purebred horse of four years of age or older (a purebred horse that is three years old or older and raised in the southern hemisphere) and the number of participants is (for example) 12. The venue Dubai Duty Free is located at Nad A1 Sheba and the distance to the venue is 1777 meters. The first place has a prize of US$3,000,000; the second place has a prize of 1, US$, and US$; and the third place has a prize of US$500,000. One is a purebred horse of four or four years old and living in the Northern Hemisphere (a purebred horse that is three years old or older and raised in the Southern Hemisphere) and the number of participants is (for example) 14. The venue Dubai Sheema Classic is located at Nad A1 Sheba and the distance to the venue is 2400 meters. The first place has a prize of $3,000,000; the second place has a prize of $1,000,000; and the third place has a prize of $500,000. One is a purebred horse of four years of age or older and the number of participants is (for example) 11. Venue Dubai Golden Shaheen is located in Nad A1 Sheba and the distance to the venue is 1200 meters. The first place has a prize of $1,200,000; the second place has a prize of $400,000; and the third place has a prize of $200,000. One entry condition is a three-year-old thoroughbred horse, and the number of participants is (for example) 11. Therefore, various news pieces about the competition held in Dubai are stored. 124515.doc -17- 200838589 Figure 9 shows a UK-sponsored competition table showing the competition held in the UK and stored in the server ROM 256. The competition table hosted by the UK stores information related to the competition, such as the name of the competition, the venue of the competition, the prizes for the first to third arrivals, the conditions of the competition, and the number of participants. Off • In a competition held in England, the amount of the prize is expressed in pounds sterling and the distance k is expressed in miles. As shown in Figure 9, for example, the venue Racing Post

Trophy is located in Doncaster and is 1 mile away. The first place has a prize of £120,000; the second place has a prize of £46,000; and the third place has a prize of £23,000. One entry condition is a two-year-old purebred mare, and the number of participants is (for example) 8. The venue Champion stakes is located in Newmarket and the distance to the venue is 10 waves. The first place has a prize of £215,064; the second place has a prize of £81,576; and the third place has a prize of £40,788. One is a purebred horse of three years old or older and the number of participants is (for example) 11. The venue Dewhurst Stakes is located at Newmarket and the distance to the venue is seven waves. The first place has a prize of £152,772; the second place has a prize of £57,948; and the third place has a prize of £28,974. One entry condition is a two-year-old thoroughbred horse, and the number of participants' quotations is (for example) 9. Venue Sun Chariot Stakes is located in Newmarket, and the venue is 1 mile away. The first place has a prize of £116,000; the second place has a prize of £44,000; and the third place has a prize of £22,000. A purebred mare with a qualification of three years old or older and the number of participants is (for example) 5. Therefore, store a variety of poor news segments about the competition held in England. 124515.doc -18 - 200838589 In this article, a competition table related to a brother-in-law held in Japan, France, Dubai and the United Kingdom is described. However, the gaming system can be configured to store competitions related to competitions held in other countries, such as Hong Kong, Italy, and the like. Figure 1 shows an example of a non-exchange rate table. As shown in Figure i, the day circle can be converted to (for example) $0.00848, 〇·〇〇 668 euros and 〇〇〇453 pounds. One dollar can be converted into 117.88 yen, 〇7877 euros and 〇5335 pounds. One euro can be converted into 149.6889 yen, 126952 dollars and pounds. One pound can be converted into 220.9146 yen, $1,87,441 and 648 euros. For example, when a Japanese player participates in the holding of a muscle game in Dubai, the player receives a dollar bonus and thus receives the bonus according to the exchange rate table. When the player bets on any of the competitions held in Dubai, the reward is determined in US dollars. The actual rewards are changed based on this exchange rate. Figure 11 shows a stipulation table stored in the server ROM 256. As shown in Fig. 11, when all the predicted suffrage percentages based on each of the players participating in the game are divided into 〇% to Within the scope of the game conditions A (for example, the track that makes the horse difficult). When P & B is within the range of 21% to 50%, the game conditions are selected such as to make the weather difficult for the horse. When the percentage of universal suffrage falls within the range of 51% to 74%, the game condition C is selected (for example, the horse adds weight). When the percentage of universal suffrage falls within the range of 75% to 100%, the game conditions (e.g., the increase in the number of horse jockeys) are selected. Figure 12 is a perspective view showing 124153.doc -19-200838589 of a payout ratio table stored in the server ROM 256. The ratio of the amount to be paid varies depending on the outcome of the game. When the result of the game is to reach a game with ten lengths of bare play, the payout ratio is up to " when the result of the game is reached with five lengths of bare game =, 'the payout ratio (four) 5G%. When the result of the game is to achieve a game with three lengths to win the game, the teacher ratio reaches Cong. #游戏结果 When the game is won by two ^ lengths, the payout ratio reaches 1G%. As described above, the feeder ROM 256 is an example of a game condition storage unit that stores game conditions including bonus information and game outcomes that affect the game conditions of the game. While this example has described example game results and example reward ratios, the invention is not limited to such examples. Other game outcomes and reward ratios can also be adopted. Figure 13 is a flow chart showing one main process of the game provided by the game system 1. When the main process is started, a player seating process is performed in step 81. In step 81, the feeder CPU 252 performs player seating processing to initialize various variables and flags in response to the seating of the player in the terminal 30. When the processing in step si is completed, the processing proceeds to step S2. In step S2, the server CPU 252 performs an insertion process in response to the player inserting the coin into the coin insertion slot 732. This insertion processing will be described later. When the processing in step S2 is completed, the processing proceeds to step S3. As described above, the coin insertion slot 732 is an example of a game media input unit, each of which inserts a game medium via the game media input unit by making a prediction. In step S3, the server CPU 252 performs a process of unlocking the monitor and the seat. When the process in step S3 is completed, the process proceeds to step 124515.doc -20-200838589 S4. In step S4, the server cpu 252 performs adjustment of the monitor and seat processing. When the processing in step S4 is completed, the processing proceeds to step S5. In step S5, the servo-cpu 252 performs a game execution process. The game execution processing will be described later. When the processing in step S5 is completed, the processing proceeds to step S6. As described above, the CPU 252 acts as a game execution controller for controlling the execution of the public game. In step S6, the server CPu 252 executes a payout process for paying a game medium (such as a coin) from the coin payout opening 73 1 . This payout processing will be described later. When the processing in step S6 is completed, the processing proceeds to step S7. As described above, the coin payout opening 73 serves as a payout unit for paying for the game media based on the reward for the game result. In step S7, the server CPU 252 performs a process of retracting the monitor and initializing the seat. When the processing in step S7 is completed, the main game processing is terminated. The subroutine executed in step S3 shown in Fig. 13 will be described with reference to Fig. 14 . In step S210, the game media total number determining process is executed. During this processing, the server CPU 252 receives the transmission from the terminal device 30 in response to the detection of the game medium (such as a coin) inserted in the coin insertion opening 732 of each of the game player terminals 3A. Signal. The server Cpu 252 performs a process of determining which of the player terminals 30 has received the inserted game media and determining the amount (number) of the inserted game media based on the received signal; that is, the total number of game media Determine the processing. When the processing is completed 124515.doc • 21 - 200838589, the processing proceeds to step S212. The coin insertion slot 732 serves as a game media input unit that allows play to enter the game media. In step S212, the server CPU 252 executes the mortgage game media total storage processing. In this process, the server CPU 252 stores the number of game media inserted into each of the player terminal machines 30 determined in step S21A in the server RAM 254. The server CPU 252 also stores a predetermined ratio (e.g., 1 〇% 4 4 ) of the total number of game media inserted in all of the player terminals 30 as the total number of mortgage game media in the server ram 254. When the processing is completed, the processing proceeds to step S214. Server RAM 254 is an example of a total number of mortgage game media storage units that store the total number of mortgage game media, and the total number of mortgage game media describes a predetermined percentage of the total number of game media inserted into the game media input unit (all player terminals 30). In this embodiment, 10% is described as an example of a predetermined ratio. However, the predetermined ratio is not limited to this value. Other ratios can also be adopted, for example, 5%, 15%, 20%, 25°/. , and 30%. In step S214, the server CPu 252 performs a process of determining whether the total number of mortgage game media is equal to or greater than a predetermined number (predetermined total number). After the processing, when it is determined that the total number of mortgage game media stored in step S212 is equal to or greater than the predetermined number, the server CPU 252 advances the processing to S218. When it is determined that the game medium is less than the predetermined number, the server CPU 252 advances the processing to step S216. As described herein, the server CPU 252 acts as an example of a mortgage game media total determining unit that determines whether the total number of mortgage game media stored in the mortgage game media total storage unit is equal to or greater than a predetermined number. . 124515.doc -22- 200838589 In step S2 116, execution is performed on a predetermined condition flag. During this process, the server CPU 252 performs a process of setting 0 on a predetermined condition flag stored in the server RAM 254. This subroutine terminates when processing is complete. In step S21, a setting of 1 on a predetermined condition flag is performed. During this process, the server CPU 252 performs a process of setting 1 on a predetermined condition flag stored in the servo RAM 254. This subroutine terminates when this processing is completed. ® The subroutine executed in step S5 shown in Fig. 13 is described with reference to Fig. 15. In step S510, the server CPU 252 performs a process of preselecting a game condition for the current game from a plurality of game conditions stored in the server ROM 256 based on the result of the previous game stored in the server RAM 254. . More specifically, when an Arabian horse (such as Godolphin Arabian) has won a previous competition in one of the horse racing games, the following is done: Select the competition table hosted by Dubai (see Figure 8) as the game condition; the competition hosted by Dubai A competition for the current game is selected in the table; and the selected contest is stored in the server RAM 254. In addition, the server CPU 252 • selects the horse to be used in the current game from the horse's entry form (see Figures 4 and 5). For example, when the Dubai World Cup has been selected, choose 12 horses. Further, when a foreign competition table has been selected [for example, a competition table sponsored by Dubai (see FIG. 8), etc.], the server CPU 252 sets 1 on an exchange flag, and stores the flag in the server RAM. 254. When the processing is completed, the processing proceeds to step S52. As described above, the server 252 124515.doc -23- 200838589 is a game condition for selecting a game condition of the poetry-common game from among a plurality of game conditions according to the knot I of the game executed by the game execution (four). Select one of the instances of the unit. In this embodiment, the competition place and the horse are described as an example of the game condition to be selected. However, other types of game conditions can be adopted in the game system. In step S512, the game condition presentation image display processing is executed. During this process, the server CPU 252 selects data for use in presenting the image when displaying a game condition from the server ROM 256 according to the game condition selected in step 8514; storing the thus selected data in the server RAM In 254, the selected data is transmitted to the server image output circuit 268. The VDP in the server image output circuit 268 reads various image data segments from the image resource *R0M based on the data sent from the server CPU 252 for displaying the image in the display of the game condition, such as the back image. Data and presentation image data; the image data segments thus read are superimposed on each other; and the resulting image is displayed in one of the display areas 22A of the main display device 22. More specific, Lu Zhi, shows the image of the competition venue and the image of the horse participating in the competition. When the processing is completed, the processing proceeds to step S514. The feeder image output circuit 268 as described above functions as a display controller that controls the display of the rendered image in accordance with the game conditions selected by the game condition selection unit. In step S514, the server CPU 252 performs a predictive input process for receiving a predicted input 124515.doc by means of a predicted data signal transmitted from the terminal 30 based on the prediction entered by the player via the operating unit 72. -24- 200838589 In. When the processing is completed, the processing proceeds to step S516. The operating unit 72 acts as a predictive input unit through which each of the players inputs a prediction regarding the outcome of the game. In the game system 1 according to this embodiment, when the player inputs a prediction, at least a part of the game medium (money, token, or credit card) input to the game player terminal 30 in which the player is seated is consumed.

In step S516, the server CPU 252 executes prediction data storage processing for storing the prediction data determined from the prediction material signal received in step S516 in the server RAM 254. When the processing is completed, the processing proceeds to step S518. The server ram 254 acts as a predictive storage unit that stores prediction data that conforms to a prediction input by the prediction input unit. In step S518, the server CPU 252 performs a prediction data percentage determination process that determines the percentage of the prediction data stored in the server RAM 254. More specifically, the server CPU 252 performs a process of determining whether the specific horse's universality has exceeded a predetermined percentage based on the predicted data by referring to the general selection table stored in the server ROM 256 (see Fig. U). When the processing is completed, the processing proceeds to step S52. The server CPu 252 acts as a determination order A for determining whether a particular predicted item of the plurality of pieces of prediction data stored in the prediction storage unit is stored at a predetermined percentage or a percentage of a predetermined percentage or more. The health controller CPU 252 acts as a determining unit that determines the prediction data stored in the predictive storage unit. In step S520, game condition selection processing is executed. During processing, the server CPU 252 performs a process of selecting a game condition based on the determination presented in step S518. More specifically, the server CPU 252 refers to the general selection table stored in the server ROM 256 of the store 124515.doc -25-200838589 (see figure. When the percentage of general election falls within the range of 75% to 1%, cpu Selecting a game condition is called, for example, an increase in the number of jockey riders). When the processing is completed, the processing proceeds to step S52. As described above, the server selects a game bar from a plurality of game conditions stored in the game condition storage unit based on the prediction data stored in the prediction storage unit.

=. As described above, the server CPU 252 is an example of a game condition selection unit that selects a game condition from among a plurality of game conditions stored in the game condition = soap. As described above, the (four) device cpu is an example of selection of a game condition for selecting a predetermined game condition from a plurality of game conditions based on the determination result presented by the credit game media total number determining unit. =

The server s; 252 is an example of a game condition selection unit that selects a pre-game condition from the plurality of game conditions based on the determination result of the early game presentation by the mortgage game medium 2. As described above, the processor CPU 252 is configured to select a game result influence data according to the determination result of the determination unit (the game result affects the data so that the game result achieved from the specific preview is achieved compared to the other predicted data. Game:: More disadvantageous) One of the game condition selection units of the special game state. As described above, the servo dragon (10) 256 is an example of a game condition storage unit that stores the game conditions for the common game. Biton In this embodiment, the game conditions are selected such that a particular horse becomes. However, the 'tour (m) m state is advantageous for selecting the game conditions to make the horse. In this situation, the trend of getting together is becoming more clear: 124515.doc -26 - 200838589 and the inferior horse bet odds are added, which makes it possible to enhance the player's desire to earn a jackpot. In step S522, game condition setting processing is executed. During the processing, the server CPU 252 executes the process of setting the game condition selected in step S520 and storing the thus set game condition in the server RAM 254. When the processing is completed, the processing proceeds to step S524. Therefore, the server CPU 252 is an example of a game execution controller that executes a game that conforms to predetermined game conditions selected by the game condition selection unit. The server CPU 252 is an example of a game execution controller that controls execution of a common game in accordance with game conditions selected by the game condition selection unit. Further, the 'server ROM 256' is an example of a game condition storage unit that stores game conditions including bonus information and game result influence data affecting the game result. In step S524, a determination is made as to whether or not the input of the predicted data is completed. During processing, when the server CPU 252 has determined to complete a predetermined input period (e.g., 60 seconds) and input of prediction data, the process proceeds to step S526. When it is determined that the input of the prediction data is not completed, the processing proceeds to step S514. In step S526, the server CPU 252 performs processing for generating a random number for use in a game (e.g., a number from 65535). When step S526 is completed, the CPU 252 advances the processing to step S528. In step S528, the game result table reference processing is executed. During the processing, the server CPU 252 performs the process of referring to the game result table stored in the server ROM 256 using the random number generated in step S526. More specifically, the server CPU 252 refers to the game result table by using the game condition set in step S510 or S520 and selected in 124515.doc -27-200838589 and set in step S522 as a variable, thereby determining the game result. (for example, the level of horses, the development of competitions, etc.). When the processing is completed, the processing proceeds to step S530. Therefore, the server CPU 252 is an example of a game execution controller that executes a common game that conforms to the game condition selected by the game condition selection unit. In step S530, a presentation image display process is performed. During this process, the server CPU 252 selects data for use in displaying a presentation image from the server rqm 256; stores the thus selected data in the RAM 254; and transmits the data to the server image Output circuit 2^8. The vDp in the server image output circuit 268 reads various image data segments, such as background image data and presentation, from the image data output ROM 268, which is sent by the self-feeding device CPU 252. Image data; the image data segments thus read are superimposed on each other; and the resulting image is displayed in the display area 22A of the main display device 22. When the processing is completed, as described in the subroutine m, the main display device 22 = 'presents the image to display one of the display units of a common game. Thus, the server image output circuit 268 is controlled by the display unit. The presentation of ~ shows an instance of the display controller. FIG. 16 is a detailed description of the steps performed in the step shown in FIG. 13 in which the sub-process in step S610, whether the exchange rate flag is taken as a value of 1 during this process, when When the sheet metal μ ^ exchange rate flag takes the value of ^: the sequence stored in the servo 11 RAM 254 is as follows 2. When it is not determined that the server CPU 252 advances the processing until the value of the step rate flag is taken as 丨, the server cpu 124515.doc -28-200838589 252 advances the processing to step S614. Therefore, the server CPU 252 is an example of the payout control, and the payout controller controls the exchange rate of a game medium that conforms to the game condition selected by the game condition selection unit and the reward corresponding to the game result. In step S612, exchange rate reference processing is performed. During processing, the servo CPU 252 stores the exchange rate (for example, in the case of the Dubai World Cup, the exchange rate of the US dollar to the round) by referring to the exchange rate table stored in the server ROM 256 (see S 10). Server RAM 254. When the processing day is completed, the process proceeds to step S614. As described above, the servo-r〇m 256 is an example of a game condition storage unit that stores game conditions having exchange rates for respective game conditions. The server CPU 252 is a billing example of the payout controller, and the payout controller performs a control operation of paying the game medium for the exchange rate corresponding to the game condition selected by the game condition selection unit and the bonus corresponding to the game result. Although this embodiment has described that the exchange rate is stored in R〇M, the present invention is not limited to this embodiment. The exchange rate can also be stored in RAM and the exchange rate can also be updated. For example, a game that is close to the actual environment can be provided based on the exchange rate of day-to-day changes. In step S614, if it is determined whether a special game status flag is determined by the processing farmer CPU 252 to determine that the special game status flag stored in the server ram 254 is "丨,", the process proceeds to step S61 6 When the CPU 252 determines that the special game status flag is not "丨,", the processing proceeds to step S618. In step S616, special game result determination processing is executed. During this processing, the servo benefit, CPU 252 performs a process of determining the result of the special game based on the random number of 124515.doc -29-200838589 generated in step S526. More specifically, the server CPU 252 determines the result of the special game based on the random number generated in step S526'. by determining the payout ratio from the result of the special game by referring to the payout ratio table (see FIG. 12); The claim ratio thus determined is stored in the Servo IsRAM 2W. When the processing is completed, the processing proceeds to step S6i8. As described above, the server CPU 252 is an example of a compensation controller, and when the game execution controller has executed a game that meets a predetermined game condition and when a special game result is obtained in the game, the compensation controller performs the storage according to the The total number of mortgage game media in the mortgage game media total storage unit and the control operation of the predetermined number of game media. Therefore, the server 252 is one of the examples of the payment controller, and when the game execution controller provides a game that meets the predetermined game condition, the compensation controller performs the correspondence according to the total number of mortgage game media stored in the total number of mortgage game media storage units. Control the operation of a certain number of game media for the game results. Although the embodiment of the random number generated in step S526 is described, the game system 1 can be configured to generate other random numbers as well. In step S618, reward data reference processing is performed. During this processing, the server CPU 252 performs a process of storing-reward based on the random number reference bonus table generated in step S526. When the processing is completed, the processing proceeds to step S620. The server cpu 252 is one of the payout controllers 2, and the payout controller performs a control operation corresponding to the game result payment game medium by referring to the bonus information conforming to the game condition selected by the game condition selection unit. Further, the server ROM 256 is an example of a game condition storage unit that stores a plurality of game conditions having bonus information corresponding to the game result of the parent of 124515.doc 200838589 in the game condition. 〇Μ 〇Μ 256 256 is an example of a game condition storage unit that stores game conditions including reward information and game outcomes that affect game outcomes. In step S620, the feeder cpu performs the total number of claims to be processed. 0 The server CPU 252 is arbitrarily operated by T 田田 • 丄 W. The following processing is performed by means of a special game.

Z 252 acts as an example of a compensation controller, when the game execution controller executes a game that meets predetermined game conditions and # gets in the game - special game result 'this payout control execution root (four) deposit pure game media total storage unit The total number of mortgage game media in the middle of the game and pays the predetermined number of games to determine the payout ratio or the variable in step S6 j 8: and determine the compensation corresponding to each of the player terminals = pay poor, and will be The determined payment (four) is expected to be in the (four) device pair 254. When the processing is completed, the processing proceeds to step (10). The word processor CPU 252 functions as a payout controller, which performs a control operation for paying the game medium in accordance with the exchange rate of the game condition selected by the game condition selection unit and the bonus corresponding to the game result. Feeder media control operation of the media. The server CPU 252 serves as an example of a compensation controller that performs a game corresponding to the total number of mortgage games stored in the total number of mortgage game media storage units when the game execution controller provides a game that meets predetermined game conditions. As a result, a certain number of control operations of the game media are paid. In the step S622, the payout device drive processing is executed. During processing, the server CPU 252 transmits a payout signal from the payout data stored in each of the player terminals 30 in step S62 to the player terminal 124515.doc-31-200838589 30 Each. The terminal CPU 152 of each of the player terminals 30 receives the game medium (e.g., coins) from the coin payout opening 731 based on the received payout signal 'each of the player terminals 30'. When the processing is completed, the subroutine terminates. Second, the feeder CPU 252 is an example of a compensation controller that controls the payment of the game media that matches the reward corresponding to the game outcome. μ Figure 1 shows an example of a help screen displayed on the terminal display 61. As shown, WIN is used to bet on the first place in the competition: the ticket of the horse. SHOW is used to bet on the ticket that will be the first to the third horse in the competition. BRACKET, Cong LLA is a ticket for betting on the combination of (4) the number of brackets of the first and second horses in the competition. QUINELLA is a ticket for betting on the first and second or second and first combination 4XACTA for betting on the number assigned to the horse that will be the exact number of times. Quinell uses = for the combination of the first and second (or second and _) horses to be the combination of the first and third (or the first __ 笛一乐一和弟) horses And assign the second and second (or third and second) horses to the number of horses that will be placed on the _, and the whistle is used to bet on the - Do not specify its completion loan = tour: show that this help η enables to provide - the game system 'Π:::: system' even if a beginner player can enjoy the game music ~ end machine display 61 for displaying an auxiliary display unit _ instance. Play 豕 Auxiliary Screen Figure 18 shows an example of a display screen that is being executed. Race 5 is displayed in the display area 22A. The meta-images 9A to 90D (such as the private eight-digit horse racing) are displayed in the display area 22A. (1) For example, the knife is assigned 124515.doc -32- 200838589. Fig. 19 is an example of a display screen showing an area near the end point. The horse racing is performed in the display area 22A. The display area 22A displays a character image 90A (for example, One is designated as the No. 8 race.) The character image 90A has reached the end point and won the prize. In addition, the display of the character image 90B (for example, a character image of a horse race) is after the character image 90A in the display area 22A. In the display area 22A, a character image 90C (for example, a character image assigned to the second horse) is displayed after the character image 90A in the display area 22A. A character image 90D is displayed (for example, A character image assigned as the number 5 race horse is after the character image 90A in the display area 22A. In this case, the character image 90A has won the prize. For example, the character image 90A has been bet. The player can obtain a predetermined payout. Figure 20 is a display screen showing the execution of a competition while selecting a game state based on the previous game result. For example, a display screen is provided when the Arabian horse wins a prize in a previous game. The scene image 90F (for example, the image of the desert character) shows that the competition is held in the game state Dubai according to the result of the previous game. In addition, the character images 90A to 90D (for example, the assigned numbered horses) are displayed on the display area 22A. Figure 21 is a display screen showing the area around the end point when the game is executed under a predetermined game condition and when a specified game result is achieved in the game. The horse is executed in the display area 22A. The character image 90A ( For example, a race horse assigned as No. 8 is displayed in the display area 22A. The character image 90A has earned a bonus by three characters longer than the character image 90B running after the character image 90A. The meta-image 90B (for example, a character image assigned to the seventh horse race) is displayed after 124515.doc -33-200838589 of the character image 90A in the display area 22A. A character image 90C is displayed (for example, an assignment) The character image of the second horse race is after the character image 90A in the display area 22A. In addition, a character image 90D (for example, a character image assigned to the fifth horse race) is displayed in the display area. Word in 22A After the image 90A, in the display area 22A, a character image 90E (for example, a character image of the end point) is displayed. As described above, when a horse wins a prize with three lengths in a special game, a predetermined reward is paid. (See Fig. 12.) Fig. 22 is a display screen showing execution of a competition in which the state of the game has been changed according to the prediction. The horse racing is performed in the display area 22A. The character images 90A to 90D (for example, horses assigned numbers respectively) are displayed. In the display area 22A, the display area 22A displays a character image 90G (for example, a rain character image). The appearance of the character image 90G shows deterioration of game conditions for a horse who is not physically fit in the rain. Fig. 23 is a diagram showing an example of a display screen for executing a competition in which the state of the game has been changed according to the prediction. The horse racing is performed in the display area 22A. The character image 90A (for example, a horse racing three horse racing jockeys and assigned as the eighth horse) is displayed in the display area 22A. Carrying a number of race horse jockeys The horse shows the deterioration of the game conditions for the character image 90A. The display character image 90B (e.g., a character image assigned to the seventh horse race) is displayed after the character image 90A in the display area 22A. The display character image 90C (e.g., a character image assigned to the second horse race) is displayed after the character image 9 in the display area 22A. The display character image 90D (e.g., a character image assigned to the fifth race) is displayed after the character image 90A in the display area 22A. As described above with reference to the game system ί according to the embodiment, as shown in FIG. 11 124515.doc -34-200838589, the selection is based on a plurality of game conditions corresponding to the (four) pre-(four) materials input by the respective players - Lay, and perform a common game based on the selected game conditions. As described above, the game conditions for the game for paying the bonus and playing are changed according to the data predicted by the player. For example, in the σ-horse racing system, when the player makes a prediction and bets on the outcome of the game, the number of horse jockeys riding on a dominant horse increases, and the weight of the horse is heavier. The horse racing game is executed in such an unfavorable state. Therefore, it is used to change the axis of the shaft. The objective is that the axis is changed by the prediction made by the player, so the player makes the prediction more complicated, which in turn makes the player further enjoy the game. Therefore, it is possible to provide a game system which allows the player to further enjoy the game by making the prediction of the player complicated. According to the game system 1, when a certain piece of prediction data is stored in a plurality of pieces of prediction data in a predetermined ratio, a game having influence data of the game result is selected (the game result affects the data to obtain the game obtained from the specific prediction material) The result is a special game state that is less favorable than the game results obtained from other predictive data segments. Unbalance occurs when: In the prediction made by the player, in addition to the reward, choose _ a special game shape that is unfavorable to the outcome of the game. For example, in a horse racing game system, when there is an advantage in predicting the information related to the prediction of the game by the special horse (such as 'Haru-urara, Oguricap, Hiseiko, etc.), a change is made to reach a pair. The game results are unfavorable for special game states; for example, changing various factors, such as horse parameters (eg, an increase in the weight of the horse), the status of each character (horse) participating in the race, and other factors. Therefore, the state of the game 124515.doc -35- 200838589 changes state according to the prediction, which makes the player's predictions complicated and allows the player to enjoy the game to a greater extent. Therefore, a game system can be provided which allows the player to further enjoy the game by making the player's prediction complicated. As described above, according to the game system, the state of the game is changed according to the prediction, which complicates the prediction of the play and allows the player to enjoy the game to a greater extent. Therefore, a game system can be provided which allows the player to further enjoy the game by making the prediction of the player complicated. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the appearance of a game system according to an embodiment of the present invention; FIG. 2 is a perspective view showing the appearance of a player terminal of the embodiment; Figure 4 is a block diagram for describing a table of the embodiment; Figure 5 is a descriptive view for describing a table of the embodiment; 6 is a descriptive view for describing a table of the embodiment; FIG. 7 is a descriptive view for describing a table of the embodiment; FIG. 8 is a descriptive view for describing a table of the embodiment; Figure 9 is a descriptive view for describing a table of the embodiment; - Figure 10 is a descriptive view for describing a table of the embodiment; Figure 11 is a description for describing a table of the embodiment Figure 12 is a flowchart for describing a table of the embodiment; Figure 13 is a flow chart for describing the control operation of the embodiment; Figure 14 is a flow chart for describing the control operation of the embodiment Figure; 124515.doc -36- 200838589 Figure 15 is a flow chart for describing the control operation of the embodiment; Figure 16 is a flow chart for describing the control operation of the embodiment; Figure 17 is a description for describing the display screen of the player terminal of the embodiment; Figure 18 is a descriptive view of a main display device for describing the embodiment; Figure 19 is a descriptive view for describing the main display device of the embodiment; Figure 20 is a diagram for describing the main embodiment of the embodiment 21 is a descriptive view of a main display device for describing the embodiment; FIG. 22 is a descriptive view for describing the main display device of the embodiment; and FIG. 23 is for describing A descriptive view of the primary display device of this embodiment. [Main component symbol description] 1 Game system 20 Main unit 21 Game area 22 Main display device 22A Display area 23 Speaker 30 Player terminal 30a-30h Player terminal 31 Seat 50 Seat body 60 Side unit 61 Terminal display 124515.doc -37- 200838589

62 Sub-monitor storage slot 70 Seat housing 71 Table 72 Operating unit 75 Speaker 80 Main controller 90A Character image 90B Character image 90C Character image 90D Character image 90E Character image 90F Background image 90G Character image 97 Slot 150 Terminal Controller 152 Terminal CPU 154 Terminal RAM 156 Terminal ROM 158 Terminal Video Controller 160 Terminal Audio Controller 162 Terminal Communication Interface 200 Server 252 Server CPU 254 Server RAM 124515.doc • 38 - 200838589 256 Servo ROM 260 Servo audio output circuit 262 Server communication interface 268 Server image output circuit 300 Network 611 First support arm 612 Second support arm 613 Sub-monitor 731 Coin payout opening 732 Coin insertion slot 971 Cover Cover 972 terminal control panel 124515.doc -39-

Claims (1)

200838589 X. Patent Application Range·· 1 · A game system that provides a game in which a plurality of players participate in a game. The game system includes: a main display; providing a plurality of players for each of the players a terminal, each of the player terminals having a predictive input unit, the predictive input unit allowing the respective players to input a prediction of a result of the game; and the master system is 'its Connecting to the primary display and the player terminals and operating to: control the primary display to display an image for providing the game; according to the input via the predictive wheeling unit provided in the player terminals Forecasting and storing forecasting data; storing a plurality of game strips for playing different conditions of the game, selecting from the stored ones according to the stored data; playing conditions in the selected game conditions Providing a home; and looking for a play to provide 1 incentive to the player who is naked. 2. The game of claim 1, wherein the main control operation is based on the naked one.游::! The number of game media is paid as the reward. 3. According to the request item 1, the game system, wherein the prediction data contains the bonus information 124515.doc 200838589 and the game result affecting the result of the game is 'and Wherein the main controller further operates to: determine whether to store a predetermined prediction data of the predetermined ratio or more as the prediction data; and determine from the game bar = towel selection according to the stored prediction data. According to the game condition, the special game condition has a game and a game, and the game result affects the data so that the game is disadvantageous to a player who makes the prediction corresponding to the specific forecast data. a game system that provides a plurality of players participating in a common game; in the common game, the respective players predict game outcomes and insert the game media, and in the common game, according to the game corresponding to the game a game of rewards for a result, the game system comprising: a predictive input unit that allows the respective players to enter a prediction of the outcome of the game; a predictive error unit, the storage corresponding to the Predicting predicted data input by the input unit; a game condition storage unit storing a plurality of game conditions for the common game; a game condition selection unit that is based on the predicted data stored in the predicted storage unit Selecting a game condition from among the game conditions stored in the game condition storage unit; and a game execution controller that controls execution of the common game based on the game condition selected by the game condition selection unit. 5. The game system of claim 4, further comprising a determining unit, the 124515.doc 200838589 determining unit determining to store in the predictive storage stored in the game condition storage unit::::data': reward data and a game knot that affects the result of the game; in the W, it is determined 70 whether to determine whether the specific forecast data is stored in the predictive storage data segment by a predetermined ratio or more, and the game condition selection unit is based on the game condition selection unit. A special game determined by one of the determination unit submissions, wherein the result of the game influences the data so that the result of the game obtained from the specific prediction data is higher than that of other prediction data. The result of the game obtained by the clip is more disadvantageous. 124515.doc