TW200532527A - Method for evaluating the result of game, device and program thereof - Google Patents

Abstract

To provide a game result evaluation method which can give further pleasure to a player after a game end by utilizing a score acquired by performing the game. The start points (SA, SB, and SC) of an acquisition area according to the game results of two or more players are arranged for each of the players (PA, PB, PC) along the enlargement direction (refer to an arrow in a drawing) of the acquisition area. And, the proceeding points (MA, MB, and MC) of each acquisition area are calculated according to the game result for each player. The position concern of the calculated arbitrary proceeding point of a 1st acquisition area and the start point of a 2nd acquisition area is judged. When the proceeding point of the 1st acquisition area is located within the 2nd acquisition area, the start point of the 2nd acquisition area is updated to the proceeding point of the 1st acquisition area. Here, the 2nd acquisition area is specified by the start point and the proceeding point after update and is shown to the player.

Description

200532527 九 IX. Description of the invention [Technical field to which the invention belongs] The present invention relates to a game result evaluation method for displaying the game results obtained by each player in a predetermined display area based on the game results obtained by a plurality of players. [Prior art] • Player ’s score is obtained by playing the game, or through the game level. For example, a game is achieved by defeating an enemy or obtaining a predetermined item to obtain a score, or obtaining a score of a predetermined score or more. And, you can enjoy the game by gaining higher scores and successfully crossing more levels. Alternatively, in the same game, by having multiple players participate in the competition, the players can compete with each other for scores, or compete with each other for the number of successful breakthroughs. In addition, in recent years, by connecting game terminal devices on the Internet, players can know their ranking nationwide or worldwide based on their scores. [Summary of the Invention] Problems to be Solved by the Invention Although conventional games can make players enjoy the game, they always end with the end of the game. Moreover, the ranking after the game is only an absolute evaluation of the players based on the scores obtained, without bringing more fun. For the time being, some players whose game levels are too far apart are the average players or the players with poorer levels. The absolute evaluation of the score is likely to be the main reason for weakening the desire to participate in the game. At this stage, in the general situation of -5- 200532527 (2), the total score and ranking of each player are displayed in the country or in the store. Each player, regardless of low ranking or high ranking, will play with the goal of improving ranking. However, the score obtained cannot be reduced after the game is over. After that, the score does not change even if you do not participate in the game. Therefore, it is difficult for the player to feel the urgency of the game. In other words, after the end of the game, there has not been provided a method that can equally promote high-skilled players and low-skilled players to have the desire to participate again. Therefore, an object of the present invention is to provide a game result evaluation method that can use the score obtained by playing a game to prompt the player to desire to participate again after the game is over. Means for solving the problem To solve the above-mentioned problem, invention 1 provides a game result evaluation method, which displays the obtained area obtained by each player in a predetermined display area based on the game result obtained by each of the players playing the game. Evaluation method of game results. This method includes the following steps. _ The starting place allocation step is to arrange the starting place of the obtaining area on the display area along the expansion direction common to the obtaining area; and the starting place allocation step is to assign each player to each starting place. ; And performing a location calculation step ', which is for each player, based on the respective game results of the plurality of players, calculating a location where each starting location moves along the expansion direction and is paired with each starting location; and judgment Step, which is based on the calculation of the above-mentioned calculation step of the location calculation step. 200532527 (3) In the case of the movement of the location of the first obtained area, it is determined whether the location is located in the second obtained area after the expansion direction. ; And an area update step, in the above determination step, when it is determined that the proceeding point of the first acquired area is located in the second acquired area, moving the start point of the second acquired area to the first The progress of the acquisition area; φ and display steps, which are based on the above The calculation result of the location calculation step, the determination result of the determination step, and the update result of the area update step display the acquisition area of each player on the display area. Players can not only enjoy the fun of the game itself, even after the game is over Also, enjoy the fun of getting the acquisition area within the display area according to the game result. Here, as the game result obtained by the player, for example, scores, items, and the number of successful breakthroughs can be listed. The starting point of the acquisition area • It is placed on the above display area along the expansion direction of the acquisition area and is assigned to each player. There are no particular restrictions on the shape of the display area, such as circular, circular, oval, polygonal, and figure-eight. The enlargement direction of the obtained area is usually clockwise or counterclockwise when the display area is circular, circular, oval, polygonal, etc. If the display area is figure-eight, it follows the first direction of figure-eight or the opposite direction. The starting place is paired with the proceeding place, and an acquisition area is formed therebetween. The progress point moves from the starting point to the expansion direction of the acquisition area according to the game result of each player. In addition, when the proceeding location moves toward the expansion direction 200532527 (4), the acquisition area specified by the starting location and the proceeding location is expanded. When the progress point of the first acquisition area reaches the start point of the second acquisition area after reaching the expansion direction of the progress point, and then penetrates into the first acquisition area, the start point of the second acquisition area is moved to the first acquisition area. On site. Therefore, the second acquisition area only becomes smaller by the amount moved by the starting point. For example, the starting points S A to S C of the obtaining areas G A to G C are sequentially arranged on the display area along the expanding direction of the obtaining area G. Each player PA to PC is assigned to the starting point SA to SC. At this time, the proceeding point MA of the acquisition area GA of the player PA moves in the direction of the acquisition area GB and the acquisition area G C in this order. The player MB's acquisition location MB of the acquisition area GB moves in the direction of the acquisition area GC and the acquisition area GA in this order. The place MC of the acquisition area GC of the player's PC moves in the direction of the acquisition area G A and the acquisition area G B in this order. For example, when the progress area MA of the acquisition area GA intrudes into the acquisition area GB, the player φ PB's acquisition area GB is only captured by the player pa from the start location SB of the acquisition area GB toward the expansion direction side. On the other hand, if the progress point MC of the acquisition area GC invades the acquisition area Ga, the acquisition area GA of the player PA is captured by the player PC. By displaying the acquisition area of each player thus changed on the display area, the player can feel the pleasure of expanding the acquisition area and the sense of urgency of being captured. This can increase the player's desire to participate in the game. The method for evaluating a game result of the invention 2 is characterized in that in the above invention 1, the shape of the display area is a closed ring shape, and the enlargement method is described. 8- 200532527 Direction of every area. g Invention 1 or 2 in the home and formed a team, respectively, point calculation steps, several players, display steps, the judgment steps, and the results are shown. Because of the internal linkage, they are divided into groups. In addition, they can compete with each other, so they will not force players to add games. In the clockwise direction or the counterclockwise direction, each of the above-mentioned obtaining regions is continuously arranged in the upward direction. The display area is a closed loop. For example, the acquisition area of each player is arranged in a clockwise direction. Therefore, visually, the size of the player's acquisition area, and the acquisition area as a percentage of the entire display. Of course, the expansion direction can also be a counterclockwise game result evaluation method, which is characterized in that the above-mentioned development also includes a team formation step to combine the above-mentioned multiple play multiple teams; in the above-mentioned starting place allocation step, Allocate each to the start point of the acquisition area; in the above-mentioned steps, for each of the teams, calculate the above-mentioned place of play based on the respective game results that constitute the above-mentioned team; in the above, perform the place of calculation The calculation result of the step, the judgment result of the previous step, and the update area of the above-mentioned area update step conclude the area obtained by each team. The acquisition of the acquisition area is performed by each team, so the sense of teamwork can be increased. For example, increasing the desire to contribute to the game by getting more game results can increase the desire to participate in the game. When players in the team have strength or weakness, players also make up points. In this way, the weak player receives the strong player subsidy, and the desire to participate in the game is lost due to continuous loss. On the other hand, to subsidize weak play to get more round scores, we must actively participate in -9- 200532527. (6) The method of evaluating game results of invention 4 is characterized in invention 3 above, and in the steps of the team formation above In the above, the above-mentioned team is rearranged according to the respective game results of the plurality of players constituting the above-mentioned team. By re-arranging the teams based on the player's game results, the difference in strength between teams is reduced. You can avoid losing the desire to participate in the game because the weak team loses continuously or the strong team keeps naked. In addition, each player can guarantee the fairness of the area obtained by each other. The fifth aspect of the invention is a method for evaluating game results, which is characterized in the first to fourth aspects of the invention, and the determination step is to determine whether the first acquisition area is performed more than the second acquisition area after the expansion direction. It is located on the expansion direction side. It further includes an area erasing step for erasing the second obtained area when the proceeding point of the first obtained area is located on the expansion direction side than the proceeding point of the second obtained area. A certain acquisition region can absorb other p acquisition regions by absorbing other acquisition regions. If players do not actively participate in the game, they can often feel the sense of crisis in their own acquisition area being destroyed, and they can feel a greater sense of urgency. Therefore, by playing the game ', the desire to obtain a higher score can be increased, and the desire to participate in the game can be increased. The method for evaluating game results of the invention 6 is characterized in the above invention 5 and further includes a winner determination step. After the area erasing step, it is judged whether the obtained area on the display area is 1; In this case, the player corresponding to the above-mentioned acquisition area is determined as the winner. If the acquisition area in the display area is 1, the victory or defeat is determined. Because -10- 200532527 (7) Therefore, the desire to continue the game can be maintained until the exclusive display area, which can increase the desire to participate in the game. According to a seventh aspect of the present invention, a method for evaluating game results is characterized in that, in the inventions 1 to 6, in the starting point allocation step, the starting points are arranged in the display area at an equal interval between the starting points. Since the interval between each player's starting places is equal, g needs to move the progress of a certain acquisition area to a grid in the acquisition area behind the expansion direction, such as the score, which is the same across teams. In this way, it can give players a sense of fairness. The method for evaluating game results of invention 8 is characterized in inventions 1 to 7 described above, and further includes an item management step. At least one item is allocated to the above display area. In the case where the item is included in the obtained area, This item is given to the player corresponding to the above-mentioned acquisition area. By providing the obtained items in the obtained area, the player can not only enjoy the fun of expanding the obtained area, but also the fun of obtaining the item. In addition, the player is given a score in the game according to the obtained props, so that the player's desire to participate in the game can be further increased. A method for evaluating a game result of the invention 9 is characterized in that the inventions 1 to 8 further include a step of acquiring skill points to acquire the skill points indicating the proficiency of each player in the game, and the step of configuring the starting place additionally It includes the following stages. In the above starting point configuration step, the starting points of each player are arranged in the order of the above-mentioned skill points from low to high or from high to low. -11-200532527 (8) According to the corresponding two neighboring starting points The difference between the skill points of the player and / or the skill point of the player, adjust the interval between the two starting locations. 0 represents the skill points of the proficiency of each player in the game, and each player is different. In addition, the game results are different depending on the player's skill points. For example, suppose that starting points SA, | SB, ... of players PA, PB, ... are arranged in an expanding direction from an arbitrary reference point in the order of skill points from high to low. In this case, the higher the skill points of the first starting point, the wider the interval between the arbitrary first starting point and the second starting point thereafter can be adjusted. For players behind strong players, the stronger the players behind (opposite the direction of expansion), the wider the interval between starting points. Therefore, for players who are behind the former player, it is possible to alleviate the possibility that their own acquisition area is immediately broken. In addition, as another method, the interval between the starting points can be adjusted based on both the difference between the skill points of the player and the difference. The invention of a game result evaluation device of 10 can be obtained by a plurality of players each playing a game. As a result of the game, the obtained area obtained by each player is displayed in a predetermined display area. This device has the following means. The starting place allocation means is to arrange the starting place of the obtaining area on the display area along the expansion direction common to the obtaining area; and the starting place allocation means is to assign each player to each starting place; And location calculation means, for each player, based on the above-mentioned repetitive 12-200532527 (9) several player's respective game results, calculate the movement from each starting location in the direction of upper M expansion, and with each start A plurality of proceeding locations of each acquisition area are formed between the locations; and a judging means for judging whether the proceeding location is located in a case where the proceeding location of any of the first acquisition areas is moved according to the calculation result of the aforementioned proceeding location calculation means Within the second acquisition area after the above expansion direction; and g and area update means, in the above-mentioned determination means, when it is determined that the proceeding location of the first acquisition area is within the second acquisition area, 2 The start point of the acquisition area is moved to the entry point of the first acquisition area; and Means for displaying the acquisition area of each player on the display area according to the calculation result of the location calculation means, the determination result of the determination means, and the update result of the area update means. This invention has the same function and effect as the invention 1 described above. φ Invented the game result evaluation program of Π, which enables the computer to function as a game result evaluation device that displays the obtained area obtained by each player in a predetermined display area based on the game results obtained by a plurality of players. This program enables the above-mentioned computer to function as follows. • The starting point allocation means is to arrange the starting point of the obtaining area on the display area along the expansion direction common to the obtaining area; and the starting point allocation means is to assign each player to each starting place. ; -13- 200532527 (10) and means for performing location calculation, which is for each player, based on the respective game results of the plurality of players, to calculate the movement from each start location along the above-mentioned expansion direction, and to the difference between each start location Forming a plurality of proceeding locations in each acquisition area; and a judging means for judging whether the proceeding location is located in the expansion according to the calculation result of the aforementioned proceeding location calculation means and moving an arbitrary proceeding location of the first acquired area Within the second acquisition area after the direction; and area update means, in the above determination means, when it is determined that the proceeding location of the first acquisition area is within the second acquisition area, the second acquisition area is determined The starting point of the mobile to the proceeding point of the first obtaining area; And displaying the acquisition area of each player on the display area based on the calculation result of the location calculation means, the determination result of the determination means, and the update result of the area update means. This invention has the same function and effect as the above-mentioned invention 1. Effects of the Invention The player can obtain the obtained area within the display area based on the score obtained through the game. Therefore, you can not only enjoy the fun of the game itself, but also enjoy the fun of obtaining the area even after the game is over. Therefore, the player's desire to participate in the game can be increased. [Embodiment] -14- 200532527 (11) < Inventive summary > In the game result evaluation method of the present invention, the obtained area is displayed in the display area according to the player's score, and the player is prompted. Fig. 1 is an example of a pattern diagram of a display area. For example, players PA ~ PC play games. Suppose player PA scores 20 points, player PB scores 50 points, and player PC scores 10 points. In the method for evaluating game results of the present invention, first, the starting points S A to S C are arranged on the display area 1 in the expanding direction. And _ And, the players PA ~ PC are assigned to each of the starting points SA ~ SC. Furthermore, according to the score of each player, starting points SA to SC are moved in the expansion direction, and the progress points MA to MC are respectively moved. Each player can obtain an acquisition area G A ~ GC formed between the starting place SA ~ SC and each proceeding place MA ~ MC. Here, the enlargement direction is a direction in which the obtained regions GA to GC are enlarged, and the obtained regions GA to GC are the same. The "enlarging direction" is not limited to the clockwise rotation direction indicated by the arrow in the first figure, and may be, for example, the counterclockwise rotation direction. φ For example, in the display area 1 in FIG. 1, it is assumed that each time a progress point is obtained, one scale on the display area 1 is advanced. Here, the term "one scale" refers to a sector region in which the center angle of the display area is 360 degrees, for example, the center angle of 36 equal divisions is 10 degrees. If the score of the player PA is 2000 points, the moving place M A is moved 2 marks from the starting place SA, and the oblique line in the figure specified by the starting place SA and the performing place MA is displayed as the obtaining area GA. Similarly, for players p b and p c, the gain regions G B and G C are also displayed according to the scores, respectively. Therefore, players P A ~ PC can enjoy the fun by comparing the obtained area in display area 1 obtained by comparing the scores after the game ends ^ 15- 200532527 (12) GA ~ GC. Here, if the progress point MA of the acquisition area GA of the player PA is moved in the expanding direction, the player can invade the acquisition area GB and the acquisition area GC in this order. Similarly, the progress MB of the player's acquisition area GB can invade the acquisition area GC 'in the acquisition area GA in sequence. In addition, the progress point MC of the acquisition area GC of the player PC may invade the acquisition area GA and the acquisition area GB in order. Moving in this way causes the proceeding locations to intrude into the other acquisition areas in the enlarged direction. Therefore, the player can feel the pleasure of expanding the acquisition area and the urgency of being captured. < Example of the first embodiment > (1) Configuration of game system of the present embodiment Fig. 2 is an explanatory diagram showing the overall configuration of the game system of the first embodiment. The game system includes: a central server 100, a mobile phone 150a, b ..., a personal computer 160a, b ..., a plurality of game terminal devices _ 2 0 0a, b ... The mobile phone 150, the personal computer 160, and the game terminal device 200 are connected to the central server 100 via a network 300 such as the Internet. (1-1) Central server The central server 100 stores the personal data of each player and sends the personal data to the request source according to the request from the game terminal device 2000. The central server] 0 0 includes the following elements (a) to (e). (a) CPU1 01: A plurality of functions to be described later are realized by a control program or the like stored in ROM 103 or RAM 102. • 16- 200532527 (13) (b) RAM] 0 2: Temporarily memorize control programs, personal data, etc. (c) ROM 103: memory control program and the like. (d) Network communication unit 104: Send and receive data to and from game terminal device 200, mobile phone, and personal computer via network 3 00, and send the team's total score and area table (to be described later in detail) To game terminal device 200. (e) Data storage unit 105: Stores the game results of each player of each game terminal device 2000 sent from the game terminal 200 and personal data of each player. Examples of the personal data include a player ID, a password, a team, a score obtained, and a skill point indicating player proficiency. (2) Game terminal device Fig. 3 shows an example of the configuration of the game terminal 200. In order to display the display area and the acquisition area for each player, the game terminal device 200 obtains necessary data from the central server 100, and displays the acquisition area in a predetermined display area based on the obtained data. The game terminal device has the following elements (a) to (m). (a) CPU201: The CPU201 implements a plurality of functions described below based on a control program stored in the ROM 203 and game data stored in the RAM 202. (b) RAM 2 02: Temporarily stores various data such as various variables and parameters for games. (c.) ROM2 03: Stores the control program, various parameters, and the shape of the display area 10, which shows the advantages and disadvantages of the players based on the game results, as shown below on the display 17-20200532527 (14). Examples of the shape of the display area include a square, a picture frame shape, a circle, a circle shape, and a figure 8 shape as shown in Figs. 4 (a) to (e). In the display areas 10 of (a) to (e) in Fig. 4, the acquisition areas GA to GE obtained by each player according to the game result are displayed. Each shape in FIG. 4 is merely an example, and the display area may be a polygon or an ellipse. The display area 10 is not limited to a flat shape, and may be a three-dimensional shape such as a ball. (d) Network communication unit 204: Data is transmitted and received between the server 300 and the central server 100 via the network 300, and the total score and area table of the team described later (details will be described later). (e) Display 206: Display game images and game results. (f) Drawing processing unit 205: Generates image data displayed on the display 206. (g) Speaker 208: Outputs sounds such as effect sounds during display of game display and game results during game execution. (h) The sound reproduction unit 207 generates sound data for making the speaker 208 sound. (i) Input operation section 2 1 1: In this embodiment, it is a guitar controller that mimics the shape of a guitar. Others include joysticks and operation buttons, which accept player's instructions. (j) Card reader / writer 212: Performs read processing of user ID and other data on the inserted magnetic card, and performs write processing of game results as required. (k) Coin accepting section 2〗 3: Accepting inserted coins for accounting (-18- 200532527 (15)

Credit). (1) External device control section 2 1 0: Controls external devices such as the input operation section, the card reading and writing section 2 12, and the coin receiving section 2 1 3. (m) External input / output control section 209: Generates control signals for external devices such as the input operation section, the card read / write section 2 12 and the coin accepting section 2 13. In addition, it receives a detection signal from an external device and sends it to CPU201. (2) Example of game terminal device (2-1) Configuration of game terminal device Fig. 5 is an external perspective view of a music game device as a specific example of the game terminal device. A display 206 is provided on the front of the casing of the music game device. In addition, input operation sections 211a such as a start button and the like are provided on the lower and left sides of the display 206, and two left and right coin accepting sections 2 1 3 are provided below the input operation section 211a. A card reader 2 1 2 φ is provided at a lower portion of the coin receiving portion 2 1 3. In addition, the left and right sides of the display 206 are respectively provided with an analog instrument serving as the input operation section 2 1 1, that is, the guitar controller 2 丨 b, and the input operation section 2 i] is used to input the rhythm of the pronunciation operation performed by the player. In addition, a speaker 208 is provided at the upper portion of the casing of the display 206 for producing a performance effect corresponding to a performance track. As shown in FIG. 5, if two guitar controllers 2 1 1 b are arranged in parallel, two players can input and operate each guitar controller 2 丨 j b to perform a music game. Brother 6 is an enlarged view of the guitar controller. Guitar Controller 2]] b has three neck buttons R, g, and B for selecting the type of rhythm sound. In addition, the guitar control-19- 200532527 (16) controller 2 1 1 b has a plucking input means 2 1 1 b-1 for determining an output timing of a rhythm sound selected by at least one neck button. In addition, the guitar controller 21 lb is disposed below the plucked input means 21 lb-I, and has a switch 2 1 1 b-2 for switching the output mode of the rhythm sound. (2-2) Execution of Music Game The game terminal device 200 configured as described above performs a game as follows based on a control program stored in the ROM 203. The player inserts his / her own magnetic card into the card reader / writer 212 of the game terminal device 200, and puts a coin into the coin accepting section 2 1 3. The game terminal device 2 0 reads a player ID for identifying a player from a magnetic card inserted into the card reader 2 1 2 and requests a password. When the player's start button is received, C P U 2 0 1 executes the control program and starts the game. (2-3) Summary of Music Game Next, the summary of a music game performed by the game terminal device 200 will be described with reference to Figs. 5 to 7. FIG. 7 is an example of a note screen 223 displayed on the display 206. In this game, a note 224 indicating the operation timing of each rhythm sound corresponding to each performance track (B GM) is displayed on the note display section 2 2 1 as shown in FIG. 7. The notes 2 2 4 are moved toward the reference line 222 of the note display section 221 along with each performance track, and are sequentially moved upward (refer to arrow C in FIG. 7) for each rhythm note. When the note 224 and the reference line 222 match, the player should operate the plucking input means 2 II b-1. The player confirms the position of the note 224 -20- 200532527 (17), and at the same time with the rhythm sound, operate the neck buttons R, G, B with one hand, and operate the plucking input means with the other hand 2 1 1 b -1 and switch 21 lb-2, input operation signal. At this time, the CPU 201 displays "Perfect" on the note screen 223 without deviation, and displays "Great" or "Good" on the note screen 2 2 3 if the deviation is less than or equal to a predetermined time, and when the deviation exceeds "M iss" is displayed on the note screen 223 for a predetermined time. In addition, the CPU 201 calculates a score based on the "Biss" generation B interval. The CPU 201 displays the score obtained by each player on the display 206 after the game is over. (3) Display of acquisition area Next, display processing of the acquisition area based on the game result when the present invention is used in the above-mentioned music game will be described. (3 -1) Functional structure of the central server and the game terminal device. FIG. 8 shows the functional structure of the CPU 101 of the central server 100. (I Explanatory diagram. CPU 1 0 1 has team formation means 1 1 1. Start Place allocation means 1 1 3. Place allocation means 1 1 5. Place calculation means 1 1 7. Judgment means I 1 9. Regional update means 1 2 1. Elimination means 1 2 3. Winner determination means 1 2 5. 9 is an explanatory diagram showing the functional structure of the CPU 201 of the game terminal device 200. The CPU 2 0 1 includes a game execution means 2 5 1. A location calculation means 2 5 3. A judgment means 2 5 5. An area update means 2 5 7. The erasure means 2 5 9, the winner determination means 261, and the display means 2 65. The CPU 201 is better to include the item management means 2 6 3. -21-200532527 (18) In Figure 8 and Figure 9, the same name The means have the same function. The winner determination means 125 is provided on the central server 100 to determine the common winner of each game terminal device 200. The starting point allocation means 1 1 3, the starting point allocation means 1 1 5. Location calculation means 1 1 7. Judgment means 1 1 9. Area update means 1 2 1. Erase means 1 23 are provided on the central server 100 to perform necessary calculations for determining a winner. Display means 2 65 are provided on the game terminal device 200 The above is to show the contention results of the area obtained by p. The details of the functions of each means of the central server 100 and the game terminal device 200 will be described later. (3-2) The premise is to make the following description It becomes easy. In the following, it is assumed that 6 players (PA1, PA2, PB1, PB2, PCI, PC2) participate in the music game. In addition, it is assumed that each player is divided into 3 teams TA, TB, and TC as follows. The units compete for the acquisition area. P Team TA: Player PA1, PA2 Team TB: Player PB], PB2 Team TC: Player PCI, PC2 The shape of the display area and the direction of expansion of the acquisition area, although there are various forms as described above, but In the following, only an example is shown in which the obtained area is displayed in a circular display area; the obtained area is enlarged in a clockwise direction. In addition, as shown in FIG. 10, it is assumed that a circular display is displayed. The field 3 is divided into 6 equal parts to form 36 sector segments with a central angle of 10 degrees. For each segment, the segment number can be used in order from the predetermined reference position along the expansion direction], 2, 3 -22- 200532527 (19 ). . . . . 3 6 to distinguish. In this example, the predetermined reference position is the position at 12 points in the figure. On the appropriate display area, the players who make up the team score a total of 1,000 points and move the location by 1 segment. (3-3) Functions of each means (3-3-1) Team formation means The team formation means 1 1 1 is set on the central server 100 side. Team Composition Means 1 1 1 Form multiple teams by combining multiple players. For example, according to the player ID read from the magnetic card inserted by the player, the players are combined to form a team. In this way, by arbitrarily combining players to form a team, the strength between the teams can be averaged. In the case of multiple magnetic cards, players can be grouped according to the type of magnetic card. In addition, a sub-team composed of a plurality of players may be combined to form a team. Here, the sub-team consists of multiple players. For example, 10 sub-teams can be formed according to the player ID, and 1 team can be formed by combining two sub-teams, which can form 5 teams. Fig. 11 shows how team formation means 1 1 1 forms a team by combining players according to the game result. In this case, it is better to combine strong players and weak players in a team to reduce the gap between strong and weak teams. For example, in FIG. 11, the team formation means 1 1 1 forms a team D composed of a player PA who is the first player in the game result] and a player PA 2 who is the sixth player. In addition, a team D composed of a player P B 1 who is ranked second and a player PB 2 who is ranked fifth is formed. Similarly, a team TC composed of player PC1 who is ranked third and PC2 who is ranked fourth is formed. Similarly, -23- 200532527 (20) forms a team TD composed of player PD1 who is ranked 4th and PD2 who is ranked seventh. In this way, combining players by averaging the strengths and weaknesses of teams can give players a sense of fairness. In addition, instead of the player's game results, a team may be formed based on skill points indicating the proficiency of each player. In addition, you can reorganize teams based on game results or skill points after a predetermined period of time has passed from the start of the game. Sometimes, after the prescribed period has passed from the beginning of the game, compared with the initial situation of the game, the proficiency of the game has changed, and the relationship between the strength and weakness of the team has changed. Therefore, by rearranging the teams based on the results of the game after a predetermined period of time, the strength between the teams can be adjusted again. Therefore, players will not lose their desire to participate in the game because the weak teams continue to lose and the strong teams continue to be naked. (3-3-2) Starting point arranging means The starting point arranging means 1 1 3 is provided in the central server 100. The start φ position arrangement means 1 1 3 determines the number of start points and their respective positions in the initial state before the start of the competition for the acquisition area. The number of start locations is the same as the number of teams competing for the acquisition area. The positions of the start points can be determined to be equally or non-equally spaced. The game terminal device 200 determines the display position of the start point on any of the stored display areas based on the number and position of the start points determined by the central server 100 (refer to (3-3-10) display means). Fig. 12a is an explanatory diagram showing a start point arrangement method of the start point arrangement means 1 1 3. This figure shows a method of arranging the starting point -24- 200532527 (21) at regular intervals. First, the starting point arrangement means Η 3 generates an area table. The area table is memorized in the first to third sections formed as a circular display area, which team has obtained which section, and which section has embedded tools. Segments 36 and 1 are connected via the reference position on the display area. The starting point arrangement means 1 1 3 arranges three starting points corresponding to the number of teams in the area table so that the starting points are spaced at equal intervals. In the figure, the double lines indicate the starting points SA, SB, and SC. If the number of segments p between the three starting points is the same, the starting points s A, S B, and S C displayed on the display area are equally spaced. On the other hand, if the number of sections sandwiched between the start points is different, the start points SA, SB, and s C displayed on the display area are non-equidistant. Figure 10 is based on Figure 12a. The area table is an example in which the start points SA, SB, and SC of the obtained area are displayed on the display area 10. Start locations SA to SC are sequentially arranged along the expansion direction (arrow direction in the figure) that is common to all acquisition areas of each team. In addition, each starting location is arranged in a B partition. In this example, the 'starting point SA is arranged at the reference position. In this way, when the start points are evenly spaced, it is necessary to move the progress point of a certain acquisition area to a grid, such as a score, within the acquisition area behind the expansion direction, which is the same among teams. (3-3-3) Starting point allocation means The starting point allocation means 1 1 5 is provided on the central server 100. The starting point allocation means 1] 3 assigns each team τα, TB, and TC to the starting points SA, SB, and SC arranged by the starting point allocation means n 3. Here -25- 200532527 (22), the team TA is assigned to the starting location SA. Therefore, the proceeding location MA of the acquisition area GA of the team TA proceeds from the starting location SA toward the expansion direction. Similarly, the team TB is assigned to the start site SB, and the team TC is assigned to the start site SC. In the central server 100, the location calculation processing, the determination processing, the area update processing, the erasure processing, and the winner determination processing, etc., which will be described later, are performed after the configuration and allocation of the start locations are completed. B (3-3-4) Game execution means The game execution means 251 is provided on the game terminal device 200. The game execution means 2 51 executes various games such as the aforementioned music games. In addition, after the execution of the music game is completed, a control program for displaying an acquisition area based on the game result is started. In the game terminal device 2000, the following processing is executed by starting the control program. (3-3 · 5) Location calculation means ^ The central server 1 0 0 performs location calculation means 1 1 7 and uses the start location allocation means 1 1 3 and the start location allocation means 1 1 5 to end the allocation of the start location After the distribution, the location calculation processing is performed based on the scores of the players stored in the data storage unit 105. The location calculation means 253 obtains the player's score and area table stored in the data storage unit 105 of the central server 100, and performs location calculation processing. The area table accepted by the game terminal device 200 includes the position and allocation of the starting point. The content of the location calculation processing is the same as that of the location calculation means [], 7 and 2 5 3. In other words, the location calculation means n 7, -26- 200532527 (23) 1 5 3 calculates the total score of each team based on the player's score, and calculates the respective performance location based on the total score of each team. The proceeding place and the starting place are a pair, during which an acquisition area is formed. That is, as shown in FIG. 1 described above, the acquisition area GA is formed from the starting point SA and the proceeding point MA. Similarly, the acquisition area GB is formed from the start point S B and the progress point MB, and the acquisition area GC is formed from the start point SC and the progress point MC. In the initial stage, the place where the pairing is performed is the same as the starting place. The place of progress moves from the starting point in the direction of expansion based on the total score of the players in team P. Fig. 12b is an explanatory diagram showing the contents of the point calculation processing based on the area table. Assume that the total score of team TA is 8500 points, the total score of team TB is 3200 points, and the total score of team TC is 6999 points. As described above, the execution site moves by one segment every 1,000 minutes. Therefore, the proceeding point MA moves eight sectors from the starting point SA to reach the boundary between the eighth and ninth sectors. Similarly, the progress point MB is moved from the start point SB by 3 blocks to reach the boundary between the 15th and 16th sections. The execution site MC moves 6 sectors from the start site SC to the boundary between the 30th and 31st districts. Fig. 12 and Fig. C show another description of the contents of the site calculation process based on the area table. Figure. Suppose the total score of the team TA is 1 5 600 points, the total score of the team TA is 7000 points, and the total score of the team TC is 1 67 00 points. The performance location Μ moves 15 segments from the starting location Α to reach Boundary lines of sections 15 and 16. Similarly, the progress point MB moves 7 sections from the start point SB to reach the boundary lines of the 19th and 20th sections. The progress point MC starts from the start point. The SC moves 16 sectors to reach the boundary between Zone 4-27- 200532527 (24) and Zone 5. Figure 12D is another explanatory diagram showing the contents of the location calculation processing based on the area table. Suppose the total score of team TA is 2 7 03 0 points, the total score of team TB is 8 0 0 points, and the total score of team D c is 1 8 0 0. Place MV moves from the starting point SA 2 7 sections, reaching the boundary between section 2 7 and section 2 SB moves 8 sectors to reach the boundary between sectors 20 and 21. The travel location MC moves 18 sectors from the starting location SC to reach the 6th and 7th sectors. (3-3-6) Judgment means Below, since the judgment means 1 1 9 of the central server 100 and the judgment means 2 5 5 of the game terminal device 200 perform the same judgment processing respectively, the game terminal device The processing on the 200 side will be described. The judging means 2 5 5 judges whether one of the acquisition areas has intruded into another ϋ acquisition area. Specifically, it is judged whether an arbitrary first acquisition area is performed at a place more than that located along the expansion direction. The location of the second acquisition area (hereinafter referred to as the "hereafter") is located on the expansion direction side (judgment of intrusion). In addition, the judgment means 2 5 5 invades the second acquisition area in the first acquisition area. Next, it is determined whether the first acquisition area absorbs the second acquisition area (determining whether there is absorption). Specifically, it is determined whether the first acquisition area is located on the expansion direction side than the second acquisition area. In the second acquisition area, In the case of the first acquisition area absorption, the 2nd -28- 200532527 (25) The brother 3 acquisition area after the service area is judged whether there is an intrusion judgment or an absorption judgment. In the second and third acquisition areas, the I In the case of obtaining the area absorption, the presence or absence of intrusion judgment and the presence or absence of absorption judgment are performed on the 4th obtained area after the 3rd obtained area. In this way, the proceeding point of the first obtained area is judged to proceed to the 2nd and 3rd. . . . . Where is the nth obtained region (η 2). Among them, it is assumed that there are second, third, ..., nth acquisition regions in the expansion direction from the first acquisition region. In addition, the judgment means 2 5 5 sequentially sets all the obtained areas as the first obtained area, and repeatedly performs the above processing. The determination process will be specifically described with reference to FIG. 12 again. As a result of calculating the progress locations MA, MB, and MC of each team, when the area table is in the state shown in FIG. 12b, the determination means 2 5 5 determines that none of the obtained areas has been invaded. This state is because the progress point of each acquisition area does not exceed the start point of other acquisition areas in the expansion direction. Consider a case where the results of calculating the MA, MB, and MC of each team are performed, and the area table is in the state shown in FIG. 12C. The progress point MA of the acquisition area G A is located on the expansion direction side than the start point SB of the acquisition area GB, but it does not exceed its progress point MB. Accordingly, the judgment means 255 judges that the obtained area GA has intruded into the obtained area GB. Similarly, the progress point MC of the acquisition area GC is located on the expansion direction side than the start point SA of the acquisition area GA, but it does not exceed its progress point MA. Therefore, the judgment means 25 5 judges that the obtained area GC has invaded the obtained area GA. Considering the results of calculating the MA, MB, and MC of each team's progress, -29-200532527 (26) is the area table as shown in Fig. 2d The situation shown. The progress point MA of the acquisition area G a is located on the expansion direction side more than the start point SB and the progress point MB of the acquisition area GB. Therefore, the judgment means 2 5 5 judges that the acquisition region GA has absorbed the acquisition region GB. In addition, although the proceeding point MA of the acquisition area GA is located on the larger direction side than the start point SC of the acquisition area GC, it does not exceed the proceeding point MC. Therefore, the judgment means 25 5 judges that the acquisition region GA absorbs the acquisition region GB, and intrudes into the acquisition region G C following g. In addition, the entry point 7 of the acquisition area G C is located on the expansion direction side more than the start point S A of the acquisition area GA, but it does not exceed the proceeding point M A. Therefore, the judgment means 25 5 judges that the obtained area GC has intruded into the obtained area GA. (3-3-7) Area update means Below, since the area update means 121 of the central server 100 and the area update means 2 5 7 of the game terminal device 200 perform the same area update φ processing, the game terminal device 200 side The processing will be described. The area update means 25 7 moves the start point of the obtained area to the proceeding point of the first obtained area when it is determined by the determining means 2 5 5 that the first obtained area has intruded into another arbitrary obtained area. In addition, when the area update means 25 7 determines that the first acquisition area has absorbed other arbitrary acquisition areas by the determination means 2 5 5, the starting point of the acquisition area and the pairing progress point are made to coincide. In addition, the area update means 2 5 7 determines which team's acquisition area is the start and end points of the pair. -30- 200532527 (27) With reference to Figure 3, the process of the area update means 2 5 7 will be specifically described. Fig. 13a shows an example of processing performed by the area update means 2 5 7. In a case where the result area table for calculating the progress point of each acquisition area is in a state not shown in Fig. 12b ', the area update means 2 5 7 maintains the position of the start point of each acquisition area. In addition, "in a section sandwiched between a start point and a travel point that becomes a pair", any one of the identifiers GA, GB, and GC of the obtained area is written. As a result, the 1st to 8th segments become the acquisition region GA 0, the 13th to 15th segments become the acquisition region GB, and the 25th to 30th segments become the acquisition region GC. FIG. 13B is an example of processing performed by the area update means 2 5 7. In the case where the calculation result area table of each place in which the obtained area is calculated is in the state shown in FIG. 12C, the area update means 257 moves the starting point SA of the obtained area GA that has been invaded by the obtained area GC to The position of the progress point MC of the area GC is obtained. Similarly, the area update means 25 7 moves the starting point SB, φ of the acquisition area GB that has been invaded by the acquisition area GA to the position of the proceeding point MA of the acquisition area GA. The position of the start point SC of the acquisition region GC that has not been invaded remains as it is. Judgment the necessity of the update of the starting place for all the obtained areas. After performing the necessary updating of the starting place, the area updating means 2 5 7 is written in the interval between the starting place and the performing place, and writes Enter any of the identifiers GA, GB, and GC in the obtained region. As a result, 5th to 15th 151 ^ 1 become the acquisition area GA again, 16th to 19th sections become the acquisition area GB, and 25th to 4th sections become the acquisition area GC. Fig. 3c shows an example of processing performed by the area update means 2 5 7. In the case of calculation-31-200532527 (28) The calculation result area table of each acquisition area is in the state shown in Fig. 12d, the area update means 2 5 7 will be obtained by the acquisition area GC. The starting point SA of the mobile terminal moves to the position of the proceeding point MC of the acquisition area GC. In addition, the area update means 257 matches the start point SB of the acquisition area GB that has been invaded by the acquisition area GA with the progress point MB as a pair. This is because the proceeding point MA of the acquisition area GA exceeds the proceeding point MB. In addition, the area update means 257 moves the start point SC of the acquisition area GC that has been invaded by the acquisition area GA to the position MA of the acquisition area GA. The necessity of updating the starting point is judged for all the obtained areas, and after the necessary starting point is updated, the area updating means 2 5 7 is written in the interval between the starting point and the proceeding point that are a pair, and writes The region identifiers GA, GB, and GC are obtained. As a result, the 7th to 27th blocks become the acquisition area GA, and the 28th to 6th blocks become the acquisition area GC. As described above, the acquisition area of each team is invaded and captured by the other acquisition area from the rear side in the expansion direction. Therefore, it is possible to make players actively participate in the game in competition with each other in order to obtain more areas than they are captured. (3-3-8) Erasing means Hereinafter, the erasing means 123 of the central server 100 and the erasing means 2 5 9 of the game terminal device 200 perform the same erasing process, so the processing on the 00 side of the game terminal device will be described. . The erasing means 2 5 9 erases the acquisition -32- 200532527 (29) region in a case where an arbitrary first acquisition region is performed at a position on the expansion direction side than other arbitrary acquisition regions. Specifically, the erasing means 2 5 9 determines whether there is an acquisition area in the area table that has the same start point and execution point. For example, in the area table of FIG. 3C, the start point S B and the progress point MB of the area GB are obtained. In this case, the erasing means 2 5 9 deletes the starting point S B and the proceeding point MB from the area table. Thereby, the obtained area GB is erased. FIG. 14 shows an example of an area table in which the obtained area GB is erased. Therefore, if players do not actively participate in the game, they often have a sense of crisis in their _ acquisition area, and they can feel a sense of urgency. Therefore, by playing the game, the desire to obtain, for example, a score can be increased, and the desire to participate in the game can be increased. (3-3-9) Item management means The item management means 263 is provided in the game terminal device 200 in this example, but may be provided in the central server 100. The item management means 263 allocates at least one item to the display area 10. In addition, if an item is included in the acquisition area obtained by each team, the item is provided to the team corresponding to the acquisition area. That is, players belonging to the team can acquire the equipment. By acquiring an item, for example, an additional track other than the track displayed on a normal game screen is displayed to the player, and the player is given the right to select and play the track, or the ringing of an incoming call from a mobile phone can be obtained. The item management means 2 63 can notify the information to the mobile phones 1 50 and personal computers 1 60 of all players belonging to the group via the network communication section 204 when the items are obtained by the group. The notified player is given, for example, permission to download an incoming call ringer. Therefore, it is possible to make the play-33-200532527 (30) households that have received the notification increase the desire to participate in the game. The processing of the item management means 263 will be specifically described with reference to FIGS. 12 to 13. Fig. 12a is an explanatory diagram showing a state where the prop management means 263 allocates a track to at least one section in the area table. In this figure, each of the props IA, IB, and 1C is allocated to the 3rd, 24th, and 34th sections. You can also assign multiple items to a section. In addition, each section and the items in the section may be the same or different. IA, IB, 1C are identifiers of props | you can use the file name, address, URI, etc. of the prop. In the area table shown in FIG. 13A, the area GA includes the track IA. That is, the team TA acquires the item IA. In the area table shown in Fig. 13b, props IA and IB are assigned to the obtained area GC. That is, the team TC acquires the props IA and IB. On the other hand, the acquisition area GA of the team TA does not include a section in which an item exists. Here, the item management means 2 63 can keep the item IA once obtained in the team TA, and can also retrieve the item IA from the team TA. That is, the team can keep the props they have acquired, or they can remove the props if they do not include the props in the acquisition area. When recovering the obtained props, you will not only feel the pleasure of capturing other obtaining areas, but also the pleasure of capturing props from other teams. In contrast, players who have been captured for areas and items are more likely to feel urgency. In addition, compared with the case where the previously obtained item can be held, the item's interest can be aroused. In addition, since the acquired items can be used in the game before being captured, the player's desire to participate in the game can be increased. In addition, the item management method 263 can also change the item in the case where the item acquisition area is maintained. 34-200532527 (31) Each time the domain changes, the item can be changed. In this case, compared with fixed items, it can increase or Interest in props. In addition, the 'prop management means 263 can change the progress speed of each place of travel according to the size of the area obtained by each team and / or the item obtained. For example, the larger the acquisition area, or the faster the expansion of the acquisition area, based on the type and number of lanes obtained. For example, in the case of initial setting p, which sets a score of 1,000 points as an acquisition area of 1 section, ′, based on the acquisition area and props, advance to 2 sections with a score of 1,000 points. Therefore, increasing the player's desire to acquire the acquisition area can increase the desire to participate in the game. (3-3-10) Display means The display means 2 65 is provided on the game terminal device 200. The display means 26 5 outputs the obtained area on the display area ϋ to the display according to the area table processed by the location calculation means 2 5 3, the judgment means 2 5 5, the area update means 2 5 7, and the erasing means 25 9. 206. The display means 2 65 specifically describes a display example based on the area table. As shown in FIG. 10, the display means 265 divides the circular display area into 36 segments from the first segment to the 36th segment, as shown in FIG. In addition, the display means 2 65 determines an arbitrary reference position (in this example, the direction at 12 o'clock in the figure), and assigns a segment number to each segment from there. In addition, the display means 2 6 5 displays the item marks IA, IB, and 1C indicating the existence of the items IA, IB, and 1C in the section defined by the area table. Display means 2 65 displays the obtained area according to the area table, and provides the item to the team that obtained the item. -35- 200532527 (32) Figure 15 is a display example based on the area table shown in Figure 13a. The display means 2 6 5 determines the starting point for defining the area table and the position on the display area of the performing point, and generates screen data indicating the acquisition area of each team. For example, the starting point SA is determined to be on the boundary between the 36th section and the 1st section. In addition, since the display means 2 6 5 allocates the item IA to the acquisition area GA of the team TC, screen data indicating that the item IA exists in the acquisition area GA is generated. p Fig. 16 is a display example of the display area based on the area table shown in Fig. 13b. The display means 2 6 5 allocates the props IA and IC to the acquisition area GC of the team T C, so screen data indicating that the props IA and 1C exist in the acquisition area GC is generated. Fig. 17 is a display example of the display area based on the area table shown in Fig. 13c. The display means 265 generates screen data indicating that there is a prop IB in the obtained area GA, and that the obtained area GB is erased and its display area is occupied by the obtained areas GA and GC. p Fig. 18 is an example of a screen displayed by the display means 2 65. The items displayed in the display area 10 are represented by, for example, stars, diamonds, hearts, and the like. It is preferable that the periphery of the display area 10 displays an arrow indicating the expansion direction of the obtained area. From the relationship between the team's acquisition area and the position of the props, the player can grasp how many points he needs to get to get the props. In addition, the display means 2 6 5 may display the types of items possessed by each team, the obtained scores and accumulated scores of players who play the game. The display means 2 6 5 can selectively display any one of a plurality of stored display areas. As shown in Fig. 0, if the display area] 0 is circular or circular, the acquisition area of each player is arranged in order along the direction of enlargement of the circular and circular display area 10 in -36-200532527 (33). . Therefore, it is easy to visually grasp the size of the acquisition area of each player, and the percentage of the acquisition area to the total display area of 10 (3-3_1 1). In the device 100, φ may be provided in the game terminal device 200. In addition, the winner determination means 261 is not necessary. The winner determination means 261 judges whether or not the obtained area in the display area 10 is one after the above processing of the area table is completed. And, if there is only one acquisition area, the team corresponding to the acquisition area is determined to be the winner. In this way, by determining victory or defeat, the desire to continue the game can be maintained until the exclusive display area 10, and the desire to participate in the game can be increased. (4) Processing flow Next, using FIG. 19, the processing flow of the game result obtained by the evaluation by the CPU 201 will be described. First, the overall flow of the game will be explained. (4-1) Overall game flow Step S1: The game execution means 251 of each game terminal device 200 reads the player ID from the magnetic card from the player. Step S2: The game execution means 251 checks and authenticates the password from the player -37- 200532527 (34) and the data of the central server I⑽ based on the player ID. Step s3: In the case of authentication, the CPU 101 of the central server 100 divides the players into teams according to the players' IDs, and prompts the players to which teams they belong. In addition, the game execution means 2 5 accepts a game start command by a player via a start button. Step S 4: The game execution means 2 5 1 executes the game via the control program stored in the ROM 2 03 according to the game start command from the player. φ Steps S5, S6: The game execution means 251 calculates the score as the game result after the game is over. Step S7: After steps S5 and S6, the game execution means 251 reads out the ROM2 03 and executes a control program for starting display processing of the acquired area. Then, as described below, the CPU 201 performs a process of displaying the acquisition area based on the game result. (4-2) Acquisition area display processing # Next, the acquisition area display processing will be described using FIG. 20. Step S 1 0: The starting point arrangement means 1 1 3 in the CPU 1 0 1 arranges the starting point on the display area. The starting point allocation means 1 1 5 arranges the starting points of the acquisition area equally for each team ′, for example. Step S 1 1: Perform a location calculation means 2 5 3 to move from each start location according to the game result of each team, and calculate a progress location that forms an acquisition area with each start location. Step S 1 2: Area acquisition means 2 5 7 In order to compare the place of progress of an arbitrary first obtaining area with the second obtaining area specified in step S] 3 described later -38- 200532527 (35) the starting place or progress of the area The location of the location 'first specifies an arbitrary first acquisition area. Step S 1 3: As a comparison object of the first obtained area specified in step S 2, a second obtained area other than the first obtained area is designated. Here, the second acquisition area designated first is the acquisition area located on the expansion direction side after the first acquisition area. The second acquisition area designated after the step S 1 8 described later is designated as the acquisition area located on the side of the expansion direction in order from the first designated acquisition area. Step S 1 4: The judging means 2 5 5 judges whether or not the proceeding point of the first acquisition area is located on the expansion direction side than the starting point of the second acquisition area. When the proceeding point of the first acquisition area is located on the expansion direction side than the starting point of the second acquisition area, the process proceeds to step S1. In the case where the proceeding point of the first acquisition area is not more on the expansion direction side than the start point of the second acquisition area, the proceeding point of the second acquisition area is more on the expansion direction side than the proceeding point of the first acquisition area. In addition, since the second acquisition region is designated to be located on the expansion direction side of the first acquisition region in order, steps S 1 to S I 8 are not needed. Therefore, the process proceeds to step S 1 9 ° step S 1 5: in a case where the progress point of the first acquisition area is located on the expansion direction side than the start point of the second acquisition area, the determination means 2 5 5 further determines the first acquisition area Is the place where the progress of is located on the expansion direction side than the place where the second acquisition area is located. In the case where the proceeding point of the first acquisition area is located on the expansion direction side than the proceeding point of the second acquisition area, the process proceeds to step S16. Otherwise, proceed to step S〗 7. -39- 200532527 (36) Step S16: erasing means 25 9 The place where the progress in the first acquisition area is located is more on the side of the expansion direction than the place in the second acquisition area. Brother T '@ The second acquisition area is The acquisition area is absorbed, so the second acquisition area is erased. Step S17: Area update means 25 7 The place of progress in the first acquisition area is located on the side of the expansion direction than the start point of the second acquisition area. When expanding the direction side, the start point of the second acquisition area is updated to the progress point of the first acquisition area. Step S 1 8: The determination means 2 5 5 determines whether or not to perform the processing of steps S 1 4 to S 1 7 through the relationship between the first obtained area and all obtained areas other than the first obtained area. If it is determined to proceed, it proceeds to step S 1 9. If it is not proceeded, return to step S 1 3, and sequentially designate the acquisition area on the expansion direction side of the second acquisition area previously specified as the first. 2 Get the area. Step S 1 9: The determination means 2 5 5 determines whether or not all the obtained areas are designated as the first obtained area. If it is specified, it proceeds to step S20. If it is not specified, it returns to step S], and designates the first acquisition area. Step S20: If the processing of steps S14 to S17 is performed on all the obtained areas, the obtained areas of all teams are determined. Item management means 2 6 3 Determine whether or not items are included in the acquisition area defined between each progress point and each start point. In addition, if the item management means 263 includes items, the items are provided to the team corresponding to the obtained area. -40- 200532527 (37) Step S 2 1: The judgment means 2 5 5 outputs the data of the obtained area to the display means 265. The display means 2 65 prompts the player by displaying the display area 10 and the acquisition area on the display 2 06. (5) Effect As mentioned above, since the display area can be obtained according to the game result, the player can not only enjoy the game, but also obtain the area after the game. In addition, the acquisition area is expanded by moving the place where it is performed in the expansion direction, and can be absorbed when the place where the first acquisition area is moved is located in the second acquisition area on the subsequent expansion direction side. Part 2 or all of the obtained area, whereby the player can feel the pleasure of expanding the obtained area and the sense of urgency of being captured. In addition, the above-mentioned evaluation of the game results obtained in the obtained area is not only a simple absolute evaluation based on a prescribed order of game results such as scores obtained, but also a relative evaluation of game results among players or teams. For example, an arbitrary first acquisition area is expanded according to the team's game result to absorb the second acquisition area located on the expansion direction side. Therefore, the obtained area is enlarged or reduced according to the position of the obtained area within the display area. That is, for example, even a strong team may be absorbed by the acquisition area of a stronger team than the strong team. In this way, it is also possible that weak teams get more acquisition areas than strong teams. Therefore, both the weak team and the strong team get more points to participate in the game, which can increase the desire to participate in the game. In addition, since each team acquires the acquisition area, it increases the sense of cohesion within the team. Therefore, for example, increasing the desire to contribute to the team by earning more scores as a result of the game can increase the desire to participate in the game. In addition, players can complement each other's points even when the players in the team are strong or weak. In this way, since weak players are subsidized by strong players, they will not. Players lose their desire to participate in the game due to consecutive losses. On the other hand, strong players need to participate in games in order to subsidize weak players to get higher scores. < Example of the second embodiment > As shown in Fig. 21, the CPU 101 of the central server 100 of the example of the second embodiment further includes skill point acquisition means 1 2 7. The other structures are the same as those of the first embodiment. The skill point acquisition means 1 2 7 acquires skill points indicating the proficiency of each player constituting each team in the game from the data storage section 105 in the central server 100. Here, the skill points are calculated as follows using the above-mentioned music game as an example '. First, by multiplying the level of the tune indicating the ease of performance of each φ tune and the success rate of the player's performance, the tune 値 of each tune indicating the skill of the player is calculated. In addition, for the music skill 例如, for example, each player has a total of 30 songs as the skill points of each player. Next, 'starting point allocation means 1 1 3, and starting point allocation means 1 1 5' are based on the obtained skill points, and the starting point of the area is allocated. For example, 'the acquisition area of a team with a low total skill point (hereinafter, referred to as a low team) follows the expansion direction of the place where the acquisition area is located after the acquisition area with a high total of skill points (hereinafter, referred to as a high team). In the case, such as -42- 200532527 (39), the starting point of each acquisition area is specified below. Each start point is arranged so that the distance along the direction of expansion of the start point of the acquisition area of the high team to the start point of the acquisition area of the low team becomes large. Therefore, the grid of the starting place for reaching the acquisition area of the low team among the proceeding places of the high team becomes larger. That is, for example, a high team obtains a high score, and even if the progress point is moved toward the expansion direction side based on the high score, in order to invade the acquisition area of the low team, the high team must obtain a higher score. Therefore, since the acquisition area of the low team is difficult to be embezzled by the high team, the low team will not lose the desire to participate in the game. In addition, starting point allocation means 1 1 3, starting point allocation means 1 1 5 For example, the acquisition area of the team with the lowest skill points follows the expansion direction of the proceeding location, and is located after the acquisition area of the team with the highest total skill points. In this case, the start point of each acquisition area is configured as follows. Configure the start point of the acquisition area of the team with the lowest skill points not in the expansion direction side after the start point of the acquisition area of the highest team. In this way, by determining the arrangement order of the starting points, it is possible to prevent the team with the lowest skill points from losing the desire to participate in the game, as described above. In addition, the item management means 263 of the game terminal device 200 may also add players and skill points constituting each group according to the width of the acquisition area of each team and / or the items included in the acquisition area. For example, increase the skills of the players that make up the team based on the width of the acquisition area and / or the number and type of items the team gets. Therefore, the player's desire to participate in the game can be increased. -43- 200532527 (40) < Example of the third embodiment > In the above-mentioned first and second embodiments, each team obtains an acquisition area based on the game result of each team; however, in the third embodiment, it is based on each player's The result of the game is that each player gains access to the area. That is, a player is placed at the starting point. The starting point arrangement means Π3, the starting point arrangement means 1 1 5 arranges the starting point of each player's acquisition area in the display area 10 along the expanding direction. When the skill point acquisition means φ 1 27 acquires the skill points of each player from the data storage unit 105, the starting point arrangement and allocation means 2 5 3 may be arranged according to the acquired skill points. Get the starting point of the area. For example, in the case where the acquisition area of a player with a low skill point is located behind the expansion direction of the acquisition area of a player with a high skill point, the starting point of the acquisition area corresponding to the player with a high skill point and the skill point Each start point is arranged so that the interval between the start points of the acquisition area corresponding to a low player becomes large. Therefore, for teams with low skill points, try to give them a chance to enjoy the game for a long time, which can increase the desire to participate in the game. In addition, the performing point calculation means 1 1 7 and 2 5 3 calculate the performing point of movement from each starting point based on the game result of each player. The area update means 1 2 1 and 2 5 7 define the area between the start point of each player and the calculated progress point as the acquisition area. The item management means 263 provides its items to players who have items in the acquisition area. In addition, the item management means 2 6 3 may also give the player skill points based on the width of each player ’s acquisition area and / or the items contained in the acquisition area. Therefore, by increasing the skill points', the player's desire to participate in the game can be increased. -44- 200532527 (41) < Other embodiment examples > (A) As a method of adjusting the interval between the starting points based on skill points and scores, the following methods can be cited. The skill points representing the proficiency of each player in the game are different for each player. In addition, the game results differ depending on the player's skill points. For example, suppose that starting points SA, SB, ... of players PA, PB, ... are arranged from an arbitrary reference point along the expansion direction in the order of skill points from high to low. In this case, the higher the skill point of the first starting point g, the wider the interval between the arbitrary first starting point and the subsequent second starting point can be adjusted. For players behind strong players, the stronger the players behind (opposite to the direction of expansion), the wider the interval between start points. Therefore, for players who are behind the former player, ’can alleviate the possibility that their acquisition area will be destroyed immediately. In addition, as another method, the interval between the starting points may be adjusted based on both the difference and the difference between the skill points of the player. It is also possible to use scores instead of skill points. In the case of team confrontation, the same process can be performed with the team player's skill point g number or the total number or average of points. (B) A program for executing the above method on a computer and a computer-readable storage medium storing the program are also included in the scope of the present invention. Here ’s a program that can be downloaded. Examples of the storage medium include a computer-readable floppy disk, a hard disk, a semiconductor memory, a CD-ROM, a DVD, a magneto-optical disk (Μ ◦), and other media. The display calculation is performed on the terminal ', but it can also be performed on the central server and the display data is distributed to all the terminals concerned. In this case, a central server may be used to perform the position calculation. -45- 200532527 (42) According to the game result evaluation method of the present invention, the player can obtain the acquisition area within the display area based on the score obtained by the game. Therefore, not only can you enjoy the fun of the game itself, but you can also get the fun of dividing the area even after the game is over. [Brief description of the drawings] Fig. 1 is an example of a schematic diagram of a display area. B Fig. 2 is an explanatory diagram showing the overall configuration of the game system of the first embodiment. FIG. 3 is an explanatory diagram showing a combination of players constituting a team. FIG. 4 shows an example of a configuration of a game terminal device. FIG. 5 is an example of the shape of a display area. Fig. 6 is an external perspective view of a music game device as a specific example of the game terminal device. FIG. 7 is an example of a note screen displayed on a display. Fig. 8 is an explanatory diagram showing a functional configuration of the central server 100. FIG. 9 is an explanatory diagram showing a functional configuration of the game terminal device 2000. Fig. 10 is an example of a display area. Fig. 11 is an explanatory diagram of forming a team by combining players' according to the game result. Fig. 12a is an explanatory diagram showing a starting point arrangement method. Fig. 12b is an explanatory diagram showing the contents of the point calculation processing (without intrusion). Fig. 2C is an explanatory diagram showing the contents of the point calculation processing (-46- 200532527 (43) Intrusion). Fig. 12d is an explanatory diagram (with absorption) showing the contents of the point calculation processing. Fig. 13a is an explanatory diagram of the contents of the table area update processing (without intrusion). Fig. 13b is an explanatory diagram showing the contents of the area update processing (intrusion). Fig. 13c is an explanatory diagram (with absorption) showing the contents of the area update processing. Fig. 14 is an explanatory diagram showing an example of an area table in which the obtained area GB is erased. Fig. 15 is a display example of the display area based on the area table shown in Fig. 13a. Fig. 16 is a display example of the display area based on the area table shown in Fig. 13b. Fig. 17 is a display example of the display area based on the area table shown in Fig. 13c. FIG. 18 is an example of a display screen displayed on a monitor. Fig. 19 is a flowchart showing an example of a processing flow for evaluating a game result via the acquisition area of the CPU 201. Fig. 20 is a flowchart showing an example of the flow of the acquisition area display processing. Fig. 21 is an explanatory diagram showing another functional configuration of the CPU 201 of the game terminal device 200. -47-200532527 (44) [Description of main component symbols]

1 〇: Display area 1 0 0: Central server 101: CPU 102: RAM 103: ROM

1 0 5: Data storage unit 200: Data terminal device 20 1: CPU

2 02: RAM

203: ROM

Claims (1)

200532527 (1) X. Application for Patent Scope 1. A method for evaluating game results, based on the game results obtained by a plurality of players each playing a game, displaying the game result evaluation obtained by each player in the obtained display area in a predetermined display area. The method is characterized in that it includes: a starting place configuration step, which configures the starting point of the obtaining area on the display area and area along the expansion direction common to the obtaining area; and a starting place allocation step, which Each player is assigned to each start location; and a location calculation step is performed for each player, based on the respective game results of the plurality of players, calculated from each start location to move in the above-mentioned expansion direction, and with each start location Paired performance locations; and a judgment step based on the calculation results of the performance location calculation steps described above, in the case of movement of the performance location in any of the first acquisition areas, • determining whether the performance location is located first after the expansion direction; 2 Get in the area; and area update steps In the above determination step, when it is determined that the proceeding point of the first acquired area is located in the second acquired area, the starting point of the second acquired area is moved to the proceeding point of the first acquired area. ; And a display step, which displays the acquisition area of each player on the display area according to the calculation result of the above-mentioned location calculation step, the determination result of the determination step, and the update result of the area update step-49- 200532527 ( 2) 2 · The method for evaluating game results as described in item 丨 of the patent application scope, wherein the shape of the display area is closed loop, the expansion direction is clockwise or counterclockwise, and each of the obtained areas follows the above The expanding direction is arranged continuously. 3. The method for evaluating game results as described in item 1 of the scope of the patent application, which further includes a team formation step to combine the plurality of players # to form a plurality of teams. In the above-mentioned starting place allocation step, each team Respectively assigned to the starting points of the acquisition area, and in the performing point calculation step, for each of the teams, the performing point is calculated based on the respective game results of the plurality of players constituting the team, and in the displaying step, according to The calculation result of the above-mentioned location calculation step, the determination result of the above-mentioned determination step, and the update result of the above-mentioned area update step Φ display the acquisition area of each team. 4. The method of evaluating game results as described in item 3 of the scope of patent application, wherein, in order to average the strength between teams, in the above-mentioned team formation step, the above-mentioned The team reorganized. 5. The method for evaluating game results as described in item 1 of the scope of the patent application, further comprising an area erasing step. In the above determining step, it is determined whether or not the proceeding position of the first obtained area is higher than the first place located after the expanding direction. 2 The progress of the acquisition area is located on the expansion direction side, -50- 200532527 (3) In the case where the progress of the first acquisition area is located on the expansion side than the progress of the second acquisition area, erase the above 2nd acquisition area. 6 · The game result evaluation method described in item 5 of the scope of patent application, which further includes a winner determination step after the above-mentioned area erasing step, 'determining whether the obtained area on the above-mentioned display area is 丨; 1 In the case of ', it is decided that the player corresponding to the above obtained area is the winner. • 7. The method for evaluating game results as described in item 1 of the scope of the patent application, wherein in the starting point allocation step, the starting points are arranged in the display area at an equal interval between the starting points. 8 · The method for evaluating game results as described in item 1 of the scope of patent application, which further includes an item management step, allocating at least one item to the above display area, and in the case where the item is included in the above acquisition area, This item is given to the player corresponding to the above obtained area. § 9: The method for evaluating game results as described in item 1 of the scope of patent application, which further includes a step of acquiring skill points, which is to acquire the skill points indicating the proficiency of each player in the game, and arrange them at the starting point. In the step, the starting points of each player are arranged in the order of the above-mentioned skill points from low to high or from high to low, and according to the difference of the skill points of the players corresponding to the two adjacent starting points and / or the player値 of skill points, adjust the interval between the two starting locations 〇1 〇 — a game result evaluation device, based on a plurality of players -51-200532527 (4) game results obtained by the game, in the prescribed In the display area, a game result evaluation device that displays the obtained area obtained by each player, which includes: a starting place configuration means that arranges the starting place of the obtained area along the expansion direction common to the obtained area. On the above display area; and the starting point allocation means, which allocates each player to each starting point; A location calculation method is to calculate, for each player, according to the respective game results of the plurality of players, moving from each starting location along the expansion direction, and forming a plurality of obtaining areas with each starting location. And the judgment means, based on the calculation result of the above-mentioned place calculation means, in the case of moving the place in an arbitrary first acquisition area, determining whether the place of execution is located in the second acquisition area after the expansion direction Within the region; and an area updating means, in the above determining means, when it is determined that the proceeding location of the first acquired area is within the second acquired area, moving the start point of the second acquired area to the above The first obtaining area is performed on the place; and the display means displays the obtaining area of each player on the display according to the calculation result of the performing place calculation means, the determination result of the determining means, and the update result of the area updating means. Area. 1 1 · A game result evaluation program that enables a computer to play the game results obtained by several players in accordance with the game-52-200532527 (5), and displays the obtained area obtained by each player in a predetermined display area. A game result evaluation program for the function of the game result evaluation device, which is capable of causing the computer to perform the following functions: The starting point arrangement means is to start the acquisition area along the expansion direction common to the acquisition area. Places are placed on the above display area; φ and starting place allocation means are used to allocate each player to each starting place; and place calculation means are used for each player based on the respective game results of the plurality of players , The calculation moves from each starting point along the above-mentioned expanding direction, and a plurality of proceeding points forming each acquisition area with each starting point; and a judging means, which moves in arbitrary In the case of the first acquisition area, ® Determining whether the proceeding location is within the second acquisition area after the expansion direction; and the area updating means, in the judging means, when determining that the proceeding location of the first acquisition area is within the second acquisition area Next, the starting point of the second obtained area is moved to the proceeding point of the first obtained area; the display means is based on the operation result of the operation point calculation means, the judgment result of the determination means, and the update result of the area update means. 'The acquisition area of each player is displayed on the above display area. -53-