Method for providing baseball board game using electronic dice and computing device using same

Abstract

The present invention relates to a method for providing a baseball board game using an electronic dice. More specifically, the method comprises the steps in which: (a) in a state in which first to n-th pitcher information and first to m-th batter information are recorded in a database, wherein each piece of the first to n-th pitcher information includes at least some of earned run average information, batting average against information, information about the number of hits allowed, information about the number of home runs allowed, information about the number of strikeouts, information about the number of walks, information about the number of wins, and information about the number of losses, and each piece of the first to m-th batter information includes at least some of batting average information, on-base percentage information, slugging percentage information, information about the number of at-bats, information about the number of hits, doubles information, triples information, and information about the number of home runs, a computing device (i) transmits the first to n-th pitcher information from the database to a defense-side device operated by a defense-side player to display the first to n-th pitcher information on a screen of the defense-side device, thereby supporting selection of a plurality of pitchers for deployment, and (ii) transmits the first to m-th batter information from the database to an offense-side device operated by an offense-side player to display the first to m-th batter information on a screen of the offense-side device, thereby supporting in selecting a plurality of batters for deployment and supporting determination of batting order information for each of the plurality of batters for deployment; (b) when the pitchers for deployment and the batters for deployment are selected and the batting order information is determined, the computing device carries out one of (i) a first process of causing a calculation module, installed inside a first mode electronic die, to refer to information about the current pitcher among the pitchers for deployment and information about the current batter among the batters for deployment to calculate first calculation information values for respective variable screens to be displayed through variable screens installed on at least some of all surfaces of the first mode electronic die, and (ii) a second process of calculating second calculation information values for respective variable screens by referring to the information about the current pitcher and the information about the current batter, and transmitting same to the first mode electronic die; and (c) the computing device supports exposure of the first calculation information values for respective variable screens or the second calculation information values for respective variable screens through the variable screens.

Description

Method for providing a baseball board game using electronic dice and a computing device using the same

[0001] The present invention relates to a method for providing a baseball board game using electronic dice and a computing device using the same.

[0002] Generally, dice used in offline sports board games or online sports board games are formed in the shape of a cube, and numbers from 1 to 6 are marked on each face of the dice.

[0003] These dice are provided to players participating in the board game in the form of a single or multiple dice, and the progress of the game is determined differently depending on the number marked on the face furthest from the ground after the dice are rolled by the player.

[0004] However, in such baseball games, since each side is marked only with numbers as described above, there was a problem in that it could not reflect various game rules or any information about each batter and pitcher; consequently, players could only enjoy monotonous board games.

[0005] The present invention aims to solve all of the aforementioned problems.

[0006] In addition, the present invention has another objective of supporting the exposure of the k-th operation information value per variable screen or the k+1-th operation information value per variable screen through the variable screen by performing any one of the following: a process of causing a computation module installed inside the electronic die for the first mode, the electronic die for the second mode, and the electronic die for the third mode to refer to current pitcher information among the pitchers on the run and current batter information among the batters on the run to calculate the k-th operation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the corresponding mode; and a process of calculating the (k+1)-th operation information value per variable screen by referring to current pitcher information and current batter information and transmitting it to the electronic die for the corresponding mode.

[0007] The characteristic configuration of the present invention for achieving the objectives of the present invention as described above and realizing the characteristic effects of the present invention described below is as follows.

[0008] According to one aspect of the present invention, a method for providing a baseball board game using electronic dice comprises: (a) first pitcher information to n-th pitcher information, each of which includes at least some of average earned run information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information, and first batter information to m-th batter information, each of which includes at least some of which includes batting average information, on-base percentage information, slugging percentage information, at-bat information, number of hits information, number of doubles information, number of triples information, and number of home runs information, and the computing device, wherein the first pitcher information to the n-th pitcher information is recorded in a database, and the first pitcher information to the n-th pitcher information is transmitted from the database to a defensive device operated by a defensive player, and the first pitcher information to the n-th pitcher (ii) supporting the selection of multiple pitchers for playing by displaying information on the screen of the defensive device, and (ii) transmitting the information of the first batter to the information of the m-th batter from the database to an offensive device operated by an offensive player, and supporting the selection of multiple batters for playing by displaying the information of the first batter to the information of the m-th batter on the screen of the offensive device, and supporting the determination of batting order information for each of the multiple batters for playing;(b) When the pitcher for the trip and the batter for the trip are selected and the batting order information is determined, the computing device performs one of the following steps: (i) a first process in which a computation module installed inside the electronic die for the first mode refers to the current pitcher information among the pitchers for the trip and the current batter information among the batters for the trip to calculate a first computation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the first mode; and (ii) a second process in which a second computation information value per variable screen is calculated by referring to the current pitcher information and the current batter information and transmitted to the electronic die for the first mode; and (c) the computing device supports the exposure of the first computation information value per variable screen or the second computation information value per variable screen through the variable screen; a method is disclosed.

[0009] For example, in step (c) above, the computing device determines that among the first computational information values ​​for each variable screen, the 1_1 specific computational information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to a first event of continuing pitching against the current batter, or among the second computational information values ​​for each variable screen, the 2_1 specific computational information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to the first event, and records the 1_1 specific computational information value or the 2_1 specific computational information value as the result of the first event, and causes the computation module to refer to the current pitcher information and the current batter information to calculate the first additional computational information value for each variable screen corresponding to the additional operation of the defensive player, or the current pitcher information and By calculating a second additional calculation information value for each variable screen by referring to the current batter information above and transmitting it to the electronic dice for the first mode, additional support is provided to expose the first additional calculation information value for each variable screen or the second additional calculation information value for each variable screen through the variable screen; and (ii) among the first additional calculation information values ​​for each variable screen, when the electronic dice for the first mode stops on the ground due to additional operation by the defensive player, the first specific additional calculation information value, which is the value exposed on the specific face furthest from the ground, is determined to be a second event corresponding to a walk or a strikeout, or among the second additional calculation information values ​​for each variable screen,A method is disclosed characterized by, when the electronic die for the first mode stops on the ground due to additional operation by the defensive player, if it is determined that the second specific additional operation information value, which is a value exposed on the specific face furthest from the ground, corresponds to the second event of the walk or the strikeout, recording the first specific additional operation information value or the second specific additional operation information value as the second event result, and updating the current pitcher information and the current batter information, respectively, into the current pitcher first adjustment information and the current batter first adjustment information, respectively, by reference to the first event result and the second event result.

[0010] As an example, the electronic die for the first mode further includes a gyroscope module that detects the rotation of the electronic die for the first mode and determines, by reference to at least a portion of the rotational angular velocity and rotational trajectory of the electronic die for the first mode determined by the rotation, that a specific face that is furthest from the ground is the face that is furthest from the ground; and when the gyroscope module determines that the rotational angular velocity satisfies a preset angular velocity condition or that the rotational trajectory satisfies a preset trajectory condition in at least a portion of the operation and additional operation of the defensive player, the computing device records the first_1 specific operation information value or the second_1 specific operation information value to be displayed on the specific face furthest from the ground as the first event result, or records the first specific additional operation information value or the second specific additional operation information value as the second event result.

[0011] As an example, in step (c) above, if a first_2 specific operation information value, which is a value exposed on a specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be a third event corresponding to a hit, or if a second_2 specific operation information value, which is a value exposed on a specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be a third event among the second operation information values ​​for the first mode, the computing device records the first_2 specific operation information value or the second_2 specific operation information value as a result of the third event, the method is disclosed.

[0012] As an example, (d) before the electronic dice for the second mode are manipulated by the attacking player while the first specific operation information value or the second specific operation information value is recorded as the result of the third event, the computing device comprises: (i) a third process of causing the operation module to refer to the current pitcher information and the current batter information to additionally calculate the third operation information value per variable screen to be displayed through the variable screen—the third operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—; and (ii) a fourth process of additionally calculating the fourth operation information value per variable screen—the fourth operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the second mode; A method is disclosed that further comprises the step of performing any one of the above and additionally supporting the exposure of a third operation information value per variable screen or a fourth operation information value per variable screen through the variable screen.

[0013] For example, in step (d) above, the computing device determines that among the third operation information values ​​for each variable screen, the third_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event determining the out of at least some of the current batter and current runners, or among the fourth operation information values ​​for each variable screen, the fourth_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fourth event, and records the third_1 specific operation information value or the fourth_1 specific operation information value as the result of the fourth event, and updates the current pitcher information and the current batter information, respectively, to the current pitcher second adjustment information and the current batter second adjustment information, respectively, by referring to the result of the fourth event, or (ii) the Among the third operation information values ​​for each variable screen, if it is determined that the 3_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event determining a home run, or among the fourth operation information values ​​for each variable screen, if it is determined that the 4_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event, then the 3_2 specific operation information value or the 4_2 specific operation information value is recorded as the result of the fifth event, andA method is disclosed characterized by updating the current pitcher information and the current batter information, respectively, into current pitcher third adjustment information and current batter third adjustment information, respectively, by referring to the result of the fifth event.

[0014] As an example, in step (d) above, if it is determined that among the third operation information values ​​for the variable screen, the third_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event determining a hit, or among the fourth operation information values ​​for the variable screen, the fourth_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event, the computing device records the third_3 specific operation information value or the fourth_3 specific operation information value as the result of the sixth event.

[0015] For example, (e) with the above 3_3 specific operation information value or the above 4_3 specific operation information value recorded as the result of the above 6th event, before the electronic dice for the 3rd mode is additionally manipulated by the attacking player, the computing device comprises: (i) a 5th process that causes the operation module to refer to the current pitcher information and the current batter information to additionally calculate the 5th operation information value per variable screen to be displayed through the variable screen - the 5th operation information value per variable screen is different from the 1st operation information value per variable screen, the 2nd operation information value per variable screen, the 3rd operation information value per variable screen, and the 4th operation information value per variable screen; A method is disclosed that further comprises: (ii) a sixth process of additionally calculating a sixth operation information value for each variable screen—wherein the sixth operation information value for each variable screen is different from the first operation information value for each variable screen, the second operation information value for each variable screen, the third operation information value for each variable screen, and the fourth operation information value for each variable screen—by referring to the current pitcher information and the current batter information, and transmitting the result to the electronic dice for the third mode; and additionally supporting the exposure of the fifth operation information value for each variable screen or the sixth operation information value for each variable screen through the variable screen.

[0016] For example, in step (e) above, the computing device (i) determines that among the fifth operation information values ​​for the variable screen, the 5_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event determining the home run of at least some of the current batter and the current runner, or among the sixth operation information values ​​for the variable screen, the 6_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event, and records the 5_1 specific operation information value or the 6_1 specific operation information value as the result of the seventh event, and updates the current pitcher information and the current batter information, respectively, to the current pitcher fourth adjustment information and the current batter fourth adjustment information, respectively, by referring to the result of the seventh event, or (ii) the variable Among the 5th operation information values ​​per screen, if it is determined that the 5_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 3rd mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event which does not allow at least some of the current runners to enter the home, or among the 6th operation information values ​​per variable screen, if it is determined that the 6_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 3rd mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event, then the 5_2 specific operation information value or the 6_2 specific operation information value is recorded as the result of the 8th event, andA method is disclosed characterized by updating the current pitcher information and the current batter information, respectively, into the current pitcher fifth adjustment information and the current batter fifth adjustment information, respectively, by referring to the result of the eighth event.

[0017] As an example, in step (b) above, if a predetermined first cost input by the defensive player—the predetermined first cost is the deposit history of the defensive player—is determined to be greater than or equal to a predetermined first threshold, or if a predetermined second cost input by the offensive player—the predetermined second cost is the deposit history of the offensive player—is determined to be greater than or equal to a predetermined second threshold, the computing device updates the first operation information value per variable screen to the first adjustment operation information value per variable screen or updates the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referring to at least a part of the first cost and the second cost. A method is disclosed.

[0018] According to another aspect of the present invention, a computing device for providing a baseball board game using electronic dice comprises: at least one memory for storing instructions; and at least one processor configured to execute the above instructions, wherein the processor comprises: (I) first pitcher information to nth pitcher information - each of the first pitcher information to the nth pitcher information includes at least some of ERA information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information - and first batter information to mth batter information - each of the first batter information to the mth batter information includes at least some of batting average information, on-base percentage information, slugging percentage information, at-bats information, number of hits information, number of doubles information, number of triples information, and number of home runs information - recorded in a database, and (i) transmit the first pitcher information to the nth pitcher information from the database to a defensive device operated by a defensive player, thereby the first pitcher information to the nth A process that supports the selection of multiple pitchers for playing by displaying pitcher information on the screen of the defensive device, and (ii) transmits the first batter information to the m-th batter information from the database to an offensive device operated by an offensive player, and supports the selection of multiple batters for playing by displaying the first batter information to the m-th batter information on the screen of the offensive device, and supports the determination of batting order information for each of the multiple batters for playing;(II) A computing device is disclosed that performs any one of the following processes when the pitcher for the trip and the batter for the trip are selected and the batting order information is determined: (i) a first process in which a computation module installed inside the electronic die for the first mode refers to the current pitcher information among the pitchers for the trip and the current batter information among the batters for the trip to calculate a first computation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the first mode; and (ii) a second process in which a second computation information value per variable screen is calculated by referring to the current pitcher information and the current batter information and transmitted to the electronic die for the first mode; and (III) a process of supporting the exposure of the first computation information value per variable screen or the second computation information value per variable screen through the variable screen.

[0019] For example, in the above process (III), the processor determines that (i) among the first operation information values ​​for each variable screen, the 1_1 specific operation information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to a first event of continuing pitching against the current batter, or among the second operation information values ​​for each variable screen, the 2_1 specific operation information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to the first event, and records the 1_1 specific operation information value or the 2_1 specific operation information value as the result of the first event, and causes the operation module to refer to the current pitcher information and the current batter information to calculate the first additional operation information value for each variable screen corresponding to the additional operation of the defensive player, or the current pitcher information and by calculating a second additional calculation information value for each variable screen by referring to the current batter information and transmitting it to the electronic dice for the first mode, additionally supporting the exposure of the first additional calculation information value for each variable screen or the second additional calculation information value for each variable screen through the variable screen; and (ii) among the first additional calculation information values ​​for each variable screen, when the electronic dice for the first mode stops on the ground due to additional operation by the defensive player, the first specific additional calculation information value, which is the value exposed on the specific face furthest from the ground, is determined to be a second event corresponding to a walk or a strikeout, or among the second additional calculation information values ​​for each variable screen,A computing device is disclosed, characterized in that when the electronic die for the first mode stops on the ground due to additional operation by the defensive player, if it is determined that the second specific additional operation information value, which is a value exposed on the specific face furthest from the ground, corresponds to the second event of the walk or the strikeout, the first specific additional operation information value or the second specific additional operation information value is recorded as the second event result, and by reference to the first event result and the second event result, the current pitcher information and the current batter information, respectively, are updated as the current pitcher first adjustment information and the current batter first adjustment information, respectively.

[0020] As an example, the electronic die for the first mode further includes a gyroscope module that detects the rotation of the electronic die for the first mode and determines, by reference to at least a portion of the rotational angular velocity and rotational trajectory of the electronic die for the first mode determined by the rotation, that a specific face that is furthest from the ground is the face that is furthest from the ground; and the processor is characterized by recording the first_1 specific operation information value or the second_1 specific operation information value to be displayed on the specific face furthest from the ground as the first event result, or recording the first specific additional operation information value or the second specific additional operation information value as the second event result, when the rotational angular velocity is determined to satisfy a preset angular velocity condition or the rotational trajectory is determined to satisfy a preset trajectory condition in at least a portion of the operation and additional operation of the defensive player by the gyroscope module.

[0021] As an example, in the above process (III), if a first_2 specific operation information value, which is a value exposed on a specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be a third event corresponding to a hit among the first operation information values ​​for the variable screen, or if a second_2 specific operation information value, which is a value exposed on a specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be a third event among the second operation information values ​​for the variable screen, the processor records the first_2 specific operation information value or the second_2 specific operation information value as a result of the third event.

[0022] As an example, (IV) before the electronic dice for the second mode are manipulated by the attacking player while the first specific operation information value or the second specific operation information value is recorded as the result of the third event, the processor comprises: (i) a third process of causing the operation module to refer to the current pitcher information and the current batter information to additionally calculate the third operation information value per variable screen to be displayed through the variable screen—the third operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—; and (ii) a fourth process of additionally calculating the fourth operation information value per variable screen—the fourth operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the second mode; A computing device is disclosed that further performs any one of the above and further supports a process of exposing a third operation information value per variable screen or a fourth operation information value per variable screen through the variable screen.

[0023] For example, in the above process (IV), the processor determines that among the third operation information values ​​for each variable screen, the 3_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event that determines the out of at least some of the current batter and current runners, or among the fourth operation information values ​​for each variable screen, the 4_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fourth event, and records the 3_1 specific operation information value or the 4_1 specific operation information value as the result of the fourth event, and updates the current pitcher information and the current batter information, respectively, to the current pitcher second adjustment information and the current batter second adjustment information, respectively, by reference to the result of the fourth event, or (ii) the Among the third operation information values ​​for each variable screen, if it is determined that the 3_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event determining a home run, or among the fourth operation information values ​​for each variable screen, if it is determined that the 4_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event, then the 3_2 specific operation information value or the 4_2 specific operation information value is recorded as the result of the fifth event, andA computing device is disclosed that updates the current pitcher information and the current batter information, respectively, into the current pitcher third adjustment information and the current batter third adjustment information, respectively, by referring to the result of the fifth event.

[0024] As an example, in the above (IV) process, if it is determined that among the third operation information values ​​for the variable screen, the third_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event that determines a hit, or among the fourth operation information values ​​for the variable screen, the fourth_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event, the processor records the third_3 specific operation information value or the fourth_3 specific operation information value as the result of the sixth event.

[0025] For example, (V) before the electronic dice for the third mode are additionally manipulated by the attacking player, while the above 3_3 specific operation information value or the above 4_3 specific operation information value is recorded as the result of the sixth event, the processor, (i) a fifth process that causes the operation module to refer to the current pitcher information and the current batter information to additionally calculate the variable screen-specific fifth operation information value to be displayed through the variable screen - the variable screen-specific fifth operation information value is different from the variable screen-specific first operation information value, the variable screen-specific second operation information value, the variable screen-specific third operation information value, and the variable screen-specific fourth operation information value; A computing device is disclosed that further performs any one of the following: (ii) a sixth operation information value for each variable screen, which is different from the first operation information value for each variable screen, the second operation information value for each variable screen, the third operation information value for each variable screen, and the fourth operation information value for each variable screen, by referring to the current pitcher information and the current batter information; and further performs a process of additionally supporting the exposure of the fifth operation information value for each variable screen or the sixth operation information value for each variable screen through the variable screen.

[0026] For example, in the above process (V), the processor determines that among the fifth operation information values ​​for the variable screen, the 5_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event determining the home run of at least some of the current batter and the current runner, or among the sixth operation information values ​​for the variable screen, the 6_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event, and records the 5_1 specific operation information value or the 6_1 specific operation information value as the result of the seventh event, and updates the current pitcher information and the current batter information, respectively, to the current pitcher fourth adjustment information and the current batter fourth adjustment information, respectively, by reference to the result of the seventh event, or (ii) the Among the 5th operation information values ​​for each variable screen, if it is determined that the 5_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 3rd mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event which does not allow at least some of the current runners to enter the home, or among the 6th operation information values ​​for each variable screen, if it is determined that the 6_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 3rd mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event, then the 5_2 specific operation information value or the 6_2 specific operation information value is recorded as the result of the 8th event, andA computing device is disclosed that updates the current pitcher information and the current batter information, respectively, into the current pitcher fifth adjustment information and the current batter fifth adjustment information, respectively, by referring to the result of the eighth event.

[0027] As an example, in the above process (II), if a predetermined first cost input from the defensive player—the predetermined first cost is the deposit history of the defensive player—is determined to be greater than or equal to a predetermined first threshold, or if a predetermined second cost input from the offensive player—the predetermined second cost is the deposit history of the offensive player—is determined to be greater than or equal to a predetermined second threshold, the processor updates the first operation information value per variable screen to the first adjustment operation information value per variable screen or updates the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referencing at least a portion of the first cost and the second cost. A computing device is disclosed.

[0028] The present invention has the effect of supporting the exposure of the k-th operation information value per variable screen or the k+1 operation information value per variable screen through the variable screen by performing any one of the following steps: a process of causing a computation module installed inside an electronic die for a first mode, an electronic die for a second mode, and an electronic die for a third mode to refer to current pitcher information among pitchers on the run and current batter information among batters on the run to calculate the k-th operation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the corresponding mode; and a process of calculating the (k+1)-th operation information value per variable screen by referring to current pitcher information and current batter information and transmitting it to the electronic die for the corresponding mode.

[0029] The drawings attached below for use in describing embodiments of the present invention are merely some of the embodiments of the present invention, and other drawings can be obtained based on these drawings without inventive work by a person skilled in the art to which the present invention pertains (hereinafter "person skilled in the art").

[0030] FIG. 1 is a diagram showing the schematic configuration of a computing device for providing a baseball board game using an electronic dice according to an embodiment of the present invention, and

[0031] FIG. 2 is a flowchart illustrating the sequence of a method for providing a baseball board game using electronic dice according to an embodiment of the present invention, and

[0032] FIG. 3 is a schematic diagram showing an electronic die according to one embodiment of the present invention, and

[0033] FIG. 4a is a drawing showing each of a plurality of pitcher information corresponding to each of a plurality of pitchers for outcall recorded in a database according to an embodiment of the present invention, and

[0034] FIG. 4b is a drawing showing each of a plurality of traveler typing information corresponding to each of a plurality of traveler typings recorded in a database according to an embodiment of the present invention, and

[0035] FIG. 4c is a drawing showing a first calculation information value or a second calculation information value per variable screen calculated by referring to current pitcher information corresponding to the current pitcher and current batter information corresponding to the current batter according to an embodiment of the present invention.

[0036] FIG. 4d is a drawing showing a third operation information value or a fourth operation information value for a variable screen calculated by referring to current pitcher information corresponding to the current pitcher and current batter information corresponding to the current batter according to an embodiment of the present invention.

[0037] The following detailed description of the present invention refers to the accompanying drawings, which illustrate specific embodiments in which the present invention can be practiced in order to clarify the objects, technical solutions, and advantages of the present invention. These embodiments are described in sufficient detail to enable a person skilled in the art to practice the present invention.

[0038] Furthermore, throughout the detailed description and claims of the invention, the word “comprising” and its variations are not intended to exclude other technical features, additions, components, or steps. Other objects, advantages, and characteristics of the invention will become apparent to a person skilled in the art, in part from this description and in part from the practice of the invention. The following examples and drawings are provided by way of example and are not intended to limit the invention.

[0039] Furthermore, the present invention encompasses all possible combinations of the embodiments set forth in this specification. It should be understood that various embodiments of the present invention are different but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in relation to one embodiment. It should also be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. Accordingly, the following detailed description is not intended to be limiting, and the scope of the invention is limited only by the appended claims, including all equivalents to those claimed therein, provided appropriately described. Similar reference numerals in the drawings refer to the same or similar functions across various aspects.

[0040] Hereinafter, in order to enable a person skilled in the art to easily practice the present invention, preferred embodiments of the present invention will be described in detail with reference to the attached drawings.

[0041] FIG. 1 is a diagram showing the schematic configuration of a computing device (100) for providing a baseball board game using an electronic dice according to one embodiment of the present invention.

[0042] As illustrated in FIG. 1, a computing device (100) for providing a baseball board game using an electronic dice of the present invention may include a memory (110) and a processor (120). Here, the computing device (100) may be a service server that provides a baseball board game, or a recording server that interacts with the service server, but is not limited thereto. Here, the electronic dice (500) is a concept that encompasses the electronic dice for the first mode (500a), the electronic dice for the second mode (500b), and the electronic dice for the third mode (500c) to be described later. Additionally, in this specification, the electronic dice for the first mode (500a), the electronic dice for the second mode (500b), and the electronic dice for the third mode (500c) may each be implemented as physically distinct electronic dice, but are not limited thereto, and the electronic dice for the first mode (500a), the electronic dice for the second mode (500b), and the electronic dice for the third mode (500c) may be implemented as a single integrated electronic dice (500). In the latter case, the computing device (100) may set the mode of the electronic dice (500) in real time to any one of the electronic dice for the first mode (500a), the electronic dice for the second mode (500b), and the electronic dice for the third mode (500c). However, whether in the former case or the latter case, it must be assumed that the electronic dice is something that can be held in a physically tangible hand. In addition, all faces of the electronic die may be composed of variable screens, but are not limited thereto, and some faces may have a fixed result value (i.e., the result value printed on that face). In addition, the electronic die is not limited to being composed of 6 faces, but may be composed of fewer or much more faces.

[0043] Additionally, in this specification, a baseball board game may be based on a board (i.e., a game board) composed of paper or plastic, etc., for positioning pitchers, runners, fielders, etc., even though the defensive device (300) and the offensive device (400) described later and the electronic dice (500) are linked by communication with the computing device (100). However, depending on the case, such a board may be displayed only on the screens of the defensive device (300) and the offensive device (400).

[0044] Additionally, the memory (110) of the computing device (100) of the present invention may store instructions to be executed by a processor (120). Specifically, the instructions may be code generated for the purpose of causing the computing device (100) to function in a specific manner, and may be stored in a computer-readable or computer-accessible memory that is oriented toward a computer or other programmable data processing equipment. The instructions may perform processes for executing functions described in the specification of the present invention.

[0045] In addition, the processor (120) of the computing device (100) of the present invention may include hardware configurations such as an MPU (Micro Processing Unit) or CPU (Central Processing Unit), cache memory, and data bus. Furthermore, the computing device (100) may further include software configurations such as an operating system and an application for performing a specific purpose.

[0046] Additionally, the computing device (100) of the present invention may be linked with a database (200). Here, the database (200) may include at least one type of storage medium among flash memory type, hard disk type, multimedia card micro type, card type memory (e.g., SD or XD memory), RAM (Random Access Memory), SRAM (Static Random Access Memory), ROM (ReadOnly Memory), EEPROM (Electrically Erasable Programmable ReadOnly Memory), PROM (Programmable ReadOnly Memory), magnetic memory, magnetic disk, and optical disk, but is not limited thereto and may include any medium capable of storing data. Additionally, the database (200) may be installed separately from the computing device (100), or alternatively, may be installed inside the computing device (100) to transmit data or record received data, or may be implemented in two or more separate units, which may vary depending on the conditions of the embodiment of the invention.

[0047] Additionally, the computing device (100) of the present invention may also be linked with a defensive device (300) corresponding to a defensive player and / or an offensive device (400) corresponding to an offensive player. Here, the defensive device (300) and the offensive device (400) may include, but are not limited to, a separate record transmission device, a mobile phone, a PC, etc.

[0048] In addition, the computing device (100) of the present invention can also be linked with an electronic die (500) capable of wireless communication of data. Here, a detailed description of the electronic die (500) of the present invention will be provided later.

[0049] A method using a computing device (100) according to one embodiment of the present invention configured as described above is explained with reference to FIG. 2 as follows.

[0050] FIG. 2 is a flowchart illustrating the sequence of a method for providing a baseball board game using electronic dice according to one embodiment of the present invention.

[0051] First, the computing device (100) has, with the first pitcher information to the nth pitcher information (each of the first pitcher information to the nth pitcher information includes at least some of the average earned run information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information) and the first batter information to the mth batter information (each of the first batter information to the mth batter information includes at least some of the batting average information, on-base percentage information, slugging percentage information, at-bats information, number of hits information, number of doubles information, number of triples information, and number of home runs information) recorded in the database (200), (i) transmit the first pitcher information to the nth pitcher information from the database (200) to a defensive device (300) operated by a defensive player, so that the first pitcher information to the nth pitcher information is operated by the defensive (ii) support for selecting multiple pitchers for outing by displaying them on the screen of the device (300), and (ii) transmit the first batter information to the m-th batter information from the database (200) to the attacking device (400) operated by the attacking player, and support for selecting multiple batters for outing by displaying the first batter information to the m-th batter information on the screen of the attacking device (400), and support for determining each of the batting order information for each of the multiple batters for outing (S201).

[0052] Here, I will first explain the first pitcher information to the nth pitcher information that can be recorded in the database (200) and displayed on the screen of the defensive device (300).

[0053] According to one embodiment of the present invention, each of the first pitcher information to the nth pitcher information includes at least some of the following: earned run average information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information. Here, for a specific explanation of the first pitcher information to the nth pitcher information, the following is explained with reference to FIG. 4a.

[0054] FIG. 4a is a diagram showing each of the information on a plurality of pitchers for outings corresponding to each of the plurality of pitchers for outings recorded in a database according to an embodiment of the present invention.

[0055] Referring to FIG. 4a, the computing device (100) transmits data for each pitcher, including the average earned run average, number of hits allowed, number of home runs allowed, number of strikeouts, and number of walks for each pitcher, from the database (200) to the defensive device (300) operated by the defensive player. Although not shown in FIG. 4a, it is understood that information such as wins, losses, saves, number of games, and innings may be added. For example, the defensive player can directly determine the starting pitcher, middle relief pitcher, and closer pitcher as pitchers for appearance by referring to the data for each pitcher displayed on the screen of the defensive device (300). As another example, the computing device (100) may transmit the information on the winning teams by year (e.g., the 2000 Hyundai team, the 2003 Hyundai team, the 2004 Hyundai team) recorded in the database (200) and the information on each pitcher corresponding to the winning team information by year to the defensive device (300) and display this on a screen, thereby inducing the defensive player to choose which year's winning team's pitcher member will play the game. In this case, if the defensive player selects the 2000 Hyundai team, the pitcher for the game will be set as the pitcher for the 2000 Hyundai team. Meanwhile, although the winning teams by year have been described as examples above, the present invention is not limited thereto. In summary, the defensive player may select pitchers for the game one by one according to their preference, or may select pitchers for the game all at once on a team basis.

[0056] Next, I will continue with an explanation of the first to mth type information that can be recorded in the database (200) and displayed on the screen of the attacking device (400).

[0057] According to one embodiment of the present invention, each of the first batter information to the m-th batter information includes at least some of the following: batting average information, on-base percentage information, slugging percentage information, at-bat information, number of hits information, number of doubles information, number of triples information, and number of home runs information. Here, for a specific explanation of the first batter information to the m-th batter information, the following is explained with reference to FIG. 4b.

[0058] FIG. 4b is a drawing showing each of a plurality of traveler typing information corresponding to each of a plurality of traveler typings recorded in a database according to an embodiment of the present invention.

[0059] Referring to FIG. 4b, the computing device (100) transmits data for each batter, including batting average, on-base percentage, slugging percentage, at-bats, hits, doubles, triples, and home runs, recorded for each batter, from the database (200) to the attacking device (400) operated by the attacking player. Although not shown in FIG. 4b, it is understood that information such as game count, plate appearance count, RBIs, stolen bases, double plays, and errors may be added. For example, the attacking player can directly determine the table setters (i.e., 1st and 2nd batters), the cleanup trio (i.e., 3rd, 4th, and 5th batters), and the lower batting order (i.e., 6th, 7th, 8th, and 9th batters) by referring to the individual batter data of each of the entire batters displayed on the screen of the attacking device (400). That is, the attacking player can directly determine multiple batters for the game by referring to the individual batter data of each of the entire batters, and can also directly determine the batting order of each of the multiple batters for the game. As another example, the computing device (100) can transmit the yearly winning team information recorded in the database (200) and the batter information corresponding to each yearly winning team information to the attacking device (400) and display it on the screen, thereby inducing the attacking player to choose which year's winning team's batter member will play the game. At this time, if the attacking player selects the 2003 Hyundai team, the batter for the game will be set as the batter for the 2003 Hyundai team, and at this time, the computing device (100) may automatically or manually determine the batting order information of each batter for the game according to the set batting order of the batter for the 2003 Hyundai team. Meanwhile, although the winning team by year was described above as an example, the present invention is not limited thereto.To summarize, the offensive player may select individual batters for the game according to their preference and decide the batting order themselves, or they may select all batters for the game at once as a team (in which case the batting order is pre-set).

[0060] In addition, as an embodiment of the present invention, each of the first batter information to the m-th batter information may additionally include each player name information and / or each team name information. In this case, each of the player name information and / or each team name information of at least some of the first batter to the m-th batter may be determined by reference to the actual team name and / or actual player name, but is not limited thereto. Furthermore, to prevent a specific player from being selected by an excessive number of players, a maximum selectability value, etc., may be determined for each player.

[0061] Meanwhile, although the above description has only used the information of the first batter through the m-th batter as examples, it is not limited thereto, and each of the information of the first pitcher through the n-th pitcher may additionally include each of the player name information and / or each of the team name information. In this case, each of the player name information and / or each of the team name information of at least some of the first pitcher through the n-th pitcher may be determined by referring to the actual team name and / or actual player name, but is not limited thereto.

[0062] Next, steps S202 and S203 will be described with reference to Fig. 2.

[0063] For reference, steps S202 and S203 of FIG. 2 were described assuming the electronic die (500a) for the first mode, but when operating the electronic die (500b) for the second mode and the electronic die (500c) for the third mode described later, a process similar to S202 and S203 will be carried out, but a detailed explanation of this is omitted.

[0064] When a pitcher and a batter for outings are selected and batting order information of a batter for outings is determined, the computing device (100) performs either of the following: (i) a first process of causing a computation module installed inside the electronic dice (500a) for the first mode (wherein a detailed description of the computation module is to be given later) to refer to information on the current pitcher among the pitchers for outings and information on the current batter among the batters for outings to calculate a first computation information value per variable screen to be displayed through a variable screen (wherein a detailed description of the variable screen is to be given later) installed on at least some of the entire faces of the electronic dice (500a) for the first mode; and (ii) a second process of calculating a second computation information value per variable screen by referring to the current pitcher information and the current batter information and transmitting it to the electronic dice (500a) for the first mode (S202).

[0065] Before providing a detailed explanation of the above S202, I will first explain the features of the electronic dice (500a) for the first mode of the present invention with reference to FIG. 3. This will also apply to the electronic dice (500b) for the second mode and the electronic dice (500c) for the third mode, and a detailed explanation thereof will be omitted.

[0066] FIG. 3 is a schematic diagram showing an electronic die (500a) for a first mode according to one embodiment of the present invention.

[0067] Referring to FIG. 3, the electronic dice (500a) for the first mode of the present invention, as an example, has a variable screen (510) installed on at least some of its entire surface. At this time, the variable screen (510) may be composed of a small LED, LCD, or OLED display, but is not limited thereto, and in some cases, an LED, LCD, or OLED display film, etc., may be attached to the said partial surface. As another example, on the surface of the electronic dice (500a) for the first mode of the present invention where the variable screen (510) is not installed, a specific result value (e.g., strike, ball, hit, etc.) may be printed on that surface.

[0068] As previously mentioned, FIG. 3 illustrates that the total number of faces of the electronic dice (500a) for the first mode is 6, but this is not limited thereto, and depending on the case, the total number of faces may be formed to be less than 6 or more than 6.

[0069] Additionally, a computation module (520) may be installed inside the electronic die (500a) for the first mode of the present invention. For example, the computing device (100) may wirelessly transmit information on the pitcher and the batter to the electronic die (500a) for the first mode in bulk before the first batter begins pitching. In this case, the computation module (520) may calculate, for each inning, the first computation information value for each variable screen to be displayed through a variable screen (510) installed on at least some of the entire face of the electronic die (500a) for the first mode by referring to the information of each pitcher and each corresponding batter during the course of the baseball game. Meanwhile, although only the electronic dice (500a) for the first mode was described above as an example, it is possible to calculate each third operation information value for the variable screen for the electronic dice (500b) for the second mode to be described later, and also to calculate each fifth operation information value for the variable screen for the electronic dice (500c) for the third mode to be described later.

[0070] As another example, the computing device (100) may wirelessly transmit the corresponding batter information to the electronic die (500a) for the first mode whenever the batter changes. For instance, before the pitching of the current pitcher (e.g., the first pitcher in FIG. 4a) among the current pitchers currently on the field and the current batter (e.g., the first batter in FIG. 4b) among the batters currently on the field begins, the current pitcher information corresponding to the current pitcher and the current batter information corresponding to the current batter may be wirelessly transmitted to the electronic die (500a) for the first mode, and the computation module (520) may calculate the first computation information value for each variable screen by referring to the current pitcher information and the current batter information. When the pitching of the current pitcher and the current batter ends, the next batter information corresponding to the next batter (e.g., the second batter in FIG. 4b) may be wirelessly transmitted to the electronic die (500a) for the first mode, and the computation module (520) may calculate the variable screen by referring to the current pitcher information and the next batter information. It may be possible to calculate the first_1 subsequent operation information value. Meanwhile, although the above description assumes that the pitcher is not changed, the present invention is not limited thereto, and in the case where the current pitcher is replaced by the next pitcher (e.g., the second pitcher in FIG. 4a), the operation module (520) may calculate the first_2 subsequent operation information value for the variable screen by referring to the next pitcher information corresponding to the next pitcher and the next batter information.

[0071] Additionally, a separate component, such as a communication chip, for wireless communication between the first mode electronic die (500a) and the computing device (100) may be added inside the first mode electronic die (500a), and in some cases, the first mode electronic die (500a) may also wirelessly communicate with a defensive device (300) or an offensive device (400) using the communication chip.

[0072] Additionally, the computing device (100) may calculate a second operation information value per variable screen to be displayed through the variable screen (510) by referring to the current pitcher information and the current batter information, and transmit this to the electronic dice (500a) for the first mode. At this time, the first operation information value per variable screen and the second operation information value per variable screen may be the same or different from each other. If there is a surface that is not a variable screen, that is, a fixed surface, it is of course possible to adjust the first operation information value per variable screen and the second operation information value per variable screen to be displayed on each variable screen by referring to the information written on each fixed surface (e.g., the number of surfaces written as 'Strike', the number of surfaces written as 'Ball', the number of surfaces written as 'Hit', etc.).

[0073] In addition, the first operation information value or the second operation information value for the variable screen above includes strikes, balls, fouls, and hits.

[0074] Here, for a more specific explanation of the first operation information value or the second operation information value for each variable screen, we will explain with reference to FIG. 4c.

[0075] FIG. 4c is a drawing showing a first calculation information value or a second calculation information value per variable screen calculated by referring to current pitcher information corresponding to the current pitcher and current batter information corresponding to the current batter according to an embodiment of the present invention.

[0076] Referring to FIG. 4c, the computation module (520) or computing device (100) of the present invention calculates a first computation information value or a second computation information value per variable screen by referring to current pitcher information and current batter information.

[0077] For example, if the first pitcher in Fig. 4a, who has a relatively high number of strikeouts, is the current pitcher, and the third batter in Fig. 4b, who has a relatively low on-base percentage, is the current batter, the computation module (520) or the computing device (100) can calculate a first computation information value per variable screen or a second computation information value per variable screen by referring to the pitcher information of the first pitcher and the batter information of the third batter. At this time, the information value corresponding to "strike" in the first computation information value per variable screen or the second computation information value per variable screen will be calculated to be relatively high.

[0078] Next, the computing device (100) supports exposing a first operation information value or a second operation information value per variable screen through the variable screen (510) (S203).

[0079] At this time, among the first operation information values ​​for each variable screen, if it is determined that the 1_1 specific operation information value, which is the value exposed on the specific surface (U) furthest from the ground when the electronic die (500a) for the first mode stops on the ground due to the operation of the defensive player, corresponds to the first event of continuing pitching against the current batter, or among the second operation information values ​​for each variable screen, if it is determined that the 2_1 specific operation information value, which is the value exposed on the specific surface (U) furthest from the ground when the electronic die (500a) for the first mode stops on the ground due to the operation of the defensive player, corresponds to the first event, the computing device (100) records the 1_1 specific operation information value or the 2_1 specific operation information value as the result of the first event, and causes the operation module (520) to refer to the current pitcher information and the current batter information to calculate the first additional operation information value for each variable screen corresponding to the additional operation of the defensive player, or the current pitcher information and the current By calculating a second additional operation information value for each variable screen by referring to typing information and transmitting it to the electronic dice (500a) for the first mode, additional support can be provided to expose the first additional operation information value for each variable screen or the second additional operation information value for each variable screen through the variable screen. At this time, the first additional operation information value for each variable screen and the second additional operation information value for each variable screen may be the same or different from each other.

[0080] For example, when the first operation information value or the second operation information value is determined, the defensive player may throw the first mode electronic die (500a). At this time, the computing device (100) records the first event result when it is determined that the first_1 specific operation information value or the second_1 specific operation information value displayed on the specific face (U) furthest from the ground when the first mode electronic die (500a) stops on the ground corresponds to any one of a strike, ball, or foul (i.e., determined to correspond to the first event). For example, if the first_1 specific operation information value or the second_1 specific operation information value is a strike, the computing device (100) may record the first pitching result between the current pitcher and the current batter as one-strike, and if the first_1 specific operation information value or the second_1 specific operation information value is a ball, the first pitching result between the current pitcher and the current batter may be recorded as one-ball. Of course, before the first operation information value or the second operation information value is determined, the defensive player may be made to throw the electronic die (500a) for the first mode, and after the top face (U) of the electronic die (500a) for the first mode is determined, the first operation information value or the second operation information value to be exposed through the said top face (U) may be determined. In addition, the same applies to the electronic dice for the second mode (500b) and the electronic dice for the third mode (500c), but for the sake of convenience of explanation, a detailed explanation will be omitted.

[0081] Additionally, if the first_1 specific operation information value or the second_1 specific operation information value corresponds to the first event, the defending player may additionally roll the electronic die (500a) for the first mode, and the opportunity for the defending player to additionally roll the electronic die (500a) for the first mode continues until the first specific additional operation information value or the second specific additional operation information value corresponds to the second event or the third event. Here, specific details regarding the second event and the third event will be described later.

[0082] For example, if the first_1 specific operation information value or the second_1 specific operation information value corresponds to the first event, the computing device (100) may additionally support the exposure of the first additional operation information value for the variable screen or the second additional operation information value for the variable screen through the variable screen (510) by causing the operation module (520) to calculate the first additional operation information value for the variable screen by referring to the current pitcher information and the current batter information, or to calculate the second additional operation information value for the variable screen by referring to the current pitcher information and the current batter information and transmitting it to the first mode electronic die (500a). At this time, among the first additional operation information values ​​for the variable screen, the first specific additional operation information value, which is the value exposed on the specific surface (U) furthest from the ground when the first mode electronic die (500a) stops on the ground due to additional operation by the defensive player, is determined to be the second event corresponding to a walk or a strikeout, or the variable screen Among the second additional operation information values, if the second specific additional operation information value, which is the value exposed on the specific face (U) furthest from the ground when the electronic die (500a) for the first mode stops on the ground due to additional operation by the defensive player, is determined to be a second event corresponding to a walk or a strikeout, the first specific additional operation information value or the second specific additional operation information value can be recorded as the result of the second event.

[0083] Additionally, the computing device (100) can update the current pitcher information and current batter information, respectively, into current pitcher first adjustment information and current batter first adjustment information, respectively, by referring to the recorded first event result (i.e., one-strike, two-strike, one-ball, two-ball, three-ball, two-strike, first type foul determined before, or second type foul determined after two-strike) and the second event result (i.e., strikeout or walk).

[0084] Additionally, the computing device (100) may record the first_2 specific operation information value or the second_2 specific operation information value as the result of the third event if, among the first operation information values ​​for each variable screen, the value exposed on the specific side (U) furthest from the ground when the electronic die (500a) for the first mode stops on the ground due to the operation of a defensive player is determined to be the third event corresponding to a hit, or if, among the second operation information values ​​for each variable screen, the value exposed on the specific side (U) furthest from the ground when the electronic die (500a) for the first mode stops on the ground due to the operation of a defensive player is determined to be the third event.

[0085] In summary, the defensive player can decide whether to continue pitching to the current batter or end pitching by rolling the electronic die (500a) for the first mode at least once. For example, (i) if the first specific operation information value or the second specific operation information value corresponds to the first event result, the current pitcher may continue pitching to the current batter; (ii_1) if the first specific operation information value or the second specific operation information value corresponds to the second event result, the current pitcher may end pitching to the current batter; and (ii_2) if the first_2 specific operation information value or the second_2 specific operation information value corresponds to the third event (i.e., a hit) before the first specific operation information value or the second specific operation information value is determined to be the second event result (i.e., a strikeout or a walk), the current pitcher may end pitching to the current batter.

[0086] Here, in the case corresponding to (ii_1) above, pitching between the current pitcher and the current batter ends, and pitching between the current pitcher or the next pitcher and the next batter begins. At this time, the defensive player can determine whether the event result of the next batter corresponds to any one of the first event, the second event, and the third event by rolling the electronic die (500a) for the first mode again. In the case corresponding to (ii_2) above, pitching between the current pitcher and the current batter ends, but by inducing the offensive player to roll the electronic die (500b) for the second mode instead of the defensive player, the batting result of the current batter can be determined whether it is a batting with a penalty (determining the out of at least some of the current batter and current runners) or a batting without a penalty (without the out of the current batter and current runners).

[0087] More specifically, with the first specific operation information value or the second specific operation information value recorded as the result of the third event, before the electronic dice (500b) for the second mode is manipulated by the attacking player, the computing device (100) comprises: (i) a third process of causing the operation module (520) to refer to the current pitcher information and the current batter information to additionally calculate a third operation information value per variable screen to be displayed through the variable screen (510) (wherein the third operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen); and (ii) a fourth process of additionally calculating a fourth operation information value per variable screen (wherein the fourth operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen) by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice (500b) for the second mode; One of the above can be further performed, and additional support can be provided to expose the third operation information value or the fourth operation information value for each variable screen through the variable screen (510). At this time, the third operation information value for each variable screen and the fourth operation information value for each variable screen may be the same or different from each other.

[0088] Here, for a more specific explanation of the third operation information value or the fourth operation information value per variable screen, we will explain with reference to FIG. 4d.

[0089] FIG. 4d is a drawing showing a third operation information value or a fourth operation information value for a variable screen calculated by referring to current pitcher information corresponding to the current pitcher and current batter information corresponding to the current batter according to an embodiment of the present invention.

[0090] Referring to FIG. 4d, the computation module (520) or computing device (100) of the present invention calculates a third computation information value or a fourth computation information value per variable screen by referring to current pitcher information and current batter information.

[0091] For example, if the second pitcher in Fig. 4a, who has a relatively high average earned run average, is the current pitcher, and the first batter in Fig. 4b, who has a relatively high on-base percentage, is the current batter, the computation module (520) or the computing device (100) can calculate a third computation information value per variable screen or a fourth computation information value per variable screen by referring to the pitcher information of the second pitcher and the batter information of the first batter. At this time, in the third computation information value per variable screen, information values ​​corresponding to "infield ground ball out," "infield, foul fly out," or "outfield, foul fly out," etc., will be calculated to be relatively low.

[0092] Next, the computing device (100) may determine that among the third operation information values ​​for each variable screen, the third_1 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the electronic die (500b) for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event that determines the out of at least some of the current batter and current runners, or among the fourth operation information values ​​for each variable screen, the fourth_1 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the electronic die (500b) for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event, record the third_1 specific operation information value or the fourth_1 specific operation information value as the result of the fourth event, and update the current pitcher information and current batter information, respectively, into the current pitcher second adjustment information and current batter second adjustment information, respectively, by reference to the result of the fourth event.

[0093] Additionally, the computing device (100) may determine that among the third operation information values ​​for each variable screen, the third_2 specific operation information value, which is the value exposed on the specific surface (U) furthest from the ground when the electronic die (500b) for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event determining a home run, or among the fourth operation information values ​​for each variable screen, the fourth_2 specific operation information value, which is the value exposed on the specific surface (U) furthest from the ground when the electronic die (500b) for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fifth event, record the third_2 specific operation information value or the fourth_2 specific operation information value as the result of the fifth event, and update the current pitcher information and current batter information, respectively, into the current pitcher third adjustment information and current batter third adjustment information, respectively, by referring to the result of the fifth event.

[0094] Additionally, the computing device (100) may record the 3_3 specific operation information value or the 4_3 specific operation information value as the result of the 6th event if, among the 3 operation information values ​​for each variable screen, it is determined that the 3_3 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the electronic die (500b) for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 6th event, or if, among the 4 operation information values ​​for each variable screen, the 4_3 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the electronic die (500b) for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 6th event.

[0095] To summarize, the attacking player can determine whether the current batter's batting result is a penalty batting result (determining the out of at least some of the current batter and current runners) or a penalty batting result (without the out of the current batter and current batters) by rolling the electronic die (500b) for the second mode once. For example, (i_1) if the 3_1 specific operation information value or the 4_1 specific operation information value corresponds to the 4th event, at least some of the current batter and current runners may advance, but the attacking player's out count will increase by 1, (i_2) if the 3_2 specific operation information value or the 4_2 specific operation information value corresponds to the 5th event, the current batter and all runners may be determined to score, and (ii) if the 3_3 specific operation information value or the 4_3 specific operation information value corresponds to the 6th event, it may be determined again whether it is a hit that scores or a hit that does not score.

[0096] Here, if the case corresponds to (i_1) or (i_2) above, the current pitcher or the next pitcher may initiate pitching between the next batters, and in this case, the defensive player may determine whether the event result of the next batter corresponds to any one of the first event, the second event, and the third event by newly rolling the electronic die (500a) for the first mode, and the subsequent proceeding is as described above.

[0097] On the other hand, in the case corresponding to (ii) above, the attacking player may be given the opportunity to roll the electronic die (500c) for the third mode. At this time, the computing device (100) can determine whether the current batter's hit result is a hit corresponding to a run or a hit not corresponding to a run, based on the result value of the electronic die (500c) for the third mode.

[0098] More specifically, with the third_3 specific operation information value or the fourth_3 specific operation information value recorded as the result of the sixth event, before the electronic dice (500c) for the third mode is additionally manipulated by the attacking player, the computing device (100) has a fifth process of (i) causing the operation module (520) to refer to the current pitcher information and the current batter information to additionally calculate the fifth operation information value per variable screen (wherein the fifth operation information value per variable screen is different from the first operation information value per variable screen, the second operation information value per variable screen, the third operation information value per variable screen, and the fourth operation information value per variable screen) to be displayed through the variable screen (510); and (ii) additionally calculate a sixth operation information value per variable screen (wherein the sixth operation information value per variable screen is different from the first operation information value per variable screen, the second operation information value per variable screen, the third operation information value per variable screen, and the fourth operation information value per variable screen) by referring to current pitcher information and current batter information, and transmit it to the electronic dice (500c) for the third mode; any one of the above can be further performed, and additional support can be provided to expose the fifth operation information value per variable screen or the sixth operation information value per variable screen through the variable screen (510). At this time, the fifth operation information value per variable screen and the sixth operation information value per variable screen may be the same or different from each other.

[0099] Here, the fifth operation information value per variable screen can be calculated by the operation module (520) of the present invention, and the sixth operation information value per variable screen can be calculated by the computing device (100) of the present invention. At this time, since the method for calculating the fifth operation information value or the sixth operation information value per variable screen is similar to the method for calculating the first operation information value to the fourth operation information value per variable screen described above, an explanation will be omitted here.

[0100] For example, if the second pitcher in Fig. 4a, who has a relatively high average earned run average, is the current pitcher, and the third batter in Fig. 4b, who has a relatively high slugging percentage, is the current batter, the computation module (520) or the computing device (100) can calculate a fifth computation information value or a sixth computation information value per variable screen by referring to the pitcher information of the second pitcher and the batter information of the third batter. At this time, in the fifth computation information value or the sixth computation information value per variable screen, the information value corresponding to hits that result in a run, such as a "triple along the first base line" or a "double hitting the fence directly," will be calculated to be relatively high.

[0101] Next, the computing device (100) may determine that among the fifth operation information values ​​for variable screens, the fifth_1 specific operation information value exposed on the specific side (U) furthest from the ground when the third mode electronic die (500c) stops on the ground due to additional operation by the attacking player corresponds to the seventh event determining at least some of the current batter and current runners to home in, or among the sixth operation information values ​​for variable screens, the sixth_1 specific operation information value exposed on the specific side (U) furthest from the ground when the third mode electronic die (500c) stops on the ground due to additional operation by the attacking player corresponds to the seventh event, record the fifth_1 specific operation information value or the sixth_1 specific operation information value as the seventh event result, and update the current pitcher information and current batter information, respectively, to the current pitcher fourth adjustment information and current batter fourth adjustment information, respectively, by referring to the seventh event result.

[0102] Additionally, the computing device (100) may determine that among the fifth operation information values ​​for variable screens, the fifth_2 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the third mode electronic die (500c) stops on the ground due to additional operation by the attacking player, corresponds to the eighth event in which at least some of the current runners do not go home, or among the sixth operation information values ​​for variable screens, the sixth_2 specific operation information value, which is the value exposed on the specific side (U) furthest from the ground when the third mode electronic die (500c) stops on the ground due to additional operation by the attacking player, corresponds to the eighth event, record the fifth_2 specific operation information value or the sixth_2 specific operation information value as the result of the eighth event, and update the current pitcher information and current batter information, respectively, to the current pitcher fifth adjustment information and current batter fifth adjustment information, respectively, by referring to the result of the eighth event.

[0103] To summarize, the attacking player can determine whether the current batter's hit result is a hit that counts as a run or a hit that counts as a run by rolling the electronic die (500c) for the third mode.

[0104] Meanwhile, referring to FIG. 3 according to one embodiment of the present invention, the electronic die (500a) for the first mode of the present invention may further include a gyroscope module (530) inside, which detects the rotation of the electronic die (500a) for the first mode and determines that a specific surface (U) that is furthest from the ground is the surface that is furthest from the ground by referring to at least a portion of the rotational angular velocity and rotational trajectory of the electronic die (500a) for the first mode determined by the rotation. At this time, the computing device (100) may determine that it is not cheating if, by the gyroscope module (530), it is determined that the rotational angular velocity in at least some of the operation and additional operation of the defensive player satisfies a preset angular velocity condition or the rotational trajectory satisfies a preset trajectory condition, and record the first_1 specific operation information value or the second_1 specific operation information value to be displayed on the specific surface (U) furthest from the ground as the first event result, record the first specific additional operation information value or the second specific additional operation information value as the second event result, or record the first_2 specific operation information value or the second_2 specific operation information value as the third event result. Conversely, if it is determined that the rotational angular velocity in at least some of the operation and additional operation of the defensive player does not satisfy a preset angular velocity condition or the rotational trajectory does not satisfy a preset trajectory condition, it may determine that there is a possibility of cheating, and the computing device (100) may refuse to record the event result. This is intended to prevent cheating, such as when playing a game with an offline electronic die, or when playing a game with an invisible opponent online, where the opponent might slightly roll the electronic die to get a desired face or simply put the electronic die down.Here, the electronic die (500a) for the first mode has been described as an example, but it should be noted that it is not limited thereto and the gyroscope module (530) can also be applied to the electronic die (500b) for the second mode and the electronic die (500c) for the third mode.

[0105] As another embodiment of the present invention, the computing device (100) may, when a predetermined first cost (wherein the predetermined first cost is the deposit history of the defensive player) inserted by a defensive player is determined to be greater than or equal to a predetermined first threshold, or when a predetermined second cost (wherein the predetermined second cost is the deposit history of the offensive player) inserted by an offensive player is determined to be greater than or equal to a predetermined second threshold, update a first operation information value per variable screen to a first adjustment operation information value per variable screen or update a second operation information value per variable screen to a second adjustment operation information value per variable screen to adjust the current batter's out probability by referring to at least a part of the first cost and the second cost.

[0106] For example, if the computing device (100) determines that the first cost is greater than or equal to a preset first threshold and the second cost is less than a preset second threshold, it may update the first operation information value or the second operation information value per variable screen to increase the current batter's out probability. At this time, the information values ​​corresponding to "strike" and "foul" in the first operation information value or the second operation information value per variable screen may be calculated relatively high. Conversely, if the computing device (100) determines that the second cost is greater than or equal to a preset second threshold and the first cost is less than a preset first threshold, it may update the first operation information value or the second operation information value per variable screen to decrease the current batter's out probability. At this time, the information values ​​corresponding to "ball" and "hit" in the first operation information value or the second operation information value per variable screen may be calculated relatively high.

[0107] As another example, if the first cost is determined to be greater than or equal to a preset first threshold and the second cost is determined to be greater than or equal to a preset second threshold, the computing device (100) can adjust the current batter's out probability by comparing the first cost and the second cost. In this case, if it is determined that the first cost is higher than the second cost, the computing device (100) may update the first operation information value or the second operation information value per variable screen to increase the current batter's out probability, and conversely, if it is determined that the first cost is lower than the second cost, it may update the first operation information value or the second operation information value per variable screen to decrease the current batter's out probability.

[0108] Meanwhile, although it was mentioned above that the computing device (100) may update the first operation information value per variable screen to the first adjustment operation information value per variable screen or update the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referring to at least some of the first cost and the second cost, the present invention is not limited thereto, and in some cases, prior to calculating the first operation information value per variable screen or the second operation information value per variable screen, the first operation information value per variable screen or the second operation information value per variable screen may be calculated by referring to the first cost and the second cost to adjust the current batter's out probability.

[0109] Additionally, although it was mentioned above that the computing device (100) may update the first operation information value per variable screen to the first adjustment operation information value per variable screen or update the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referring to at least some of the first cost and the second cost, the present invention is not limited thereto, and (i) the third operation information value per variable screen may be updated to the third adjustment operation information value per variable screen or the fourth operation information value per variable screen may be updated to the fourth adjustment operation information value per variable screen to adjust the current batter's hit probability or the current batter's home run probability, and (ii) the fifth operation information value per variable screen may be updated to the fifth adjustment operation information value per variable screen or the sixth operation information value per variable screen may be updated to the sixth adjustment operation information value per variable screen to adjust the probability of a hit corresponding to a run.

[0110] Finally, the computing device (100) of the present invention may update the winning percentages of the first team designated or selected by the first player and the second team designated or selected by the second player according to the game results of the first player and the second player who have finished the baseball game of the present invention, record this in the database (200), and may also post this on the web.

[0111] Furthermore, the embodiments according to the present invention described above may be implemented in the form of program instructions that can be executed through various computer components and recorded on a computer-readable recording medium. The computer-readable recording medium may include program instructions, data files, data structures, etc., either individually or in combination. The program instructions recorded on the computer-readable recording medium may be those specifically designed and configured for the present invention, or they may be those known and available to those skilled in the art of computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tapes; optical recording media such as CD-ROMs and DVDs; magneto-optical media such as floptical disks; and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, and flash memory. Examples of program instructions include machine code, such as that generated by a compiler, as well as high-level language code that can be executed by a computer using an interpreter, etc. The hardware device may be configured to operate as one or more software modules to perform processing according to the present invention, and vice versa.

[0112] Although the present invention has been described above with specific details such as specific components, limited embodiments, and drawings, this is provided only to aid in a more comprehensive understanding of the invention, and the invention is not limited to the above embodiments, and a person skilled in the art to which the invention belongs can make various modifications and variations from this description.

[0113] Accordingly, the scope of the present invention should not be limited to the embodiments described above, and all modifications equivalent to or equivalent to the claims set forth below, as well as the claims described below, shall be considered to fall within the scope of the concept of the present invention.

Claims

1. In a method of providing a baseball board game using electronic dice, (a) first pitcher information to nth pitcher information - each of the first pitcher information to nth pitcher information includes at least some of ERA information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information - and first batter information to mth batter information - each of the first batter information to mth batter information includes at least some of batting average information, on-base percentage information, slugging percentage information, at-bats information, number of hits information, number of doubles information, number of triples information, and number of home runs information - are recorded in a database, and a computing device (i) transmits the first pitcher information to nth pitcher information from the database to a defensive device operated by a defensive player, and displays the first pitcher information to nth pitcher information on the screen of the defensive device, thereby allowing a plurality of pitchers for playing (ii) supporting selection, and (ii) transmitting the first batter information to the m-th batter information from the database to an attacker device operated by an attacker player, and displaying the first batter information to the m-th batter information on the screen of the attacker device to support selection of a plurality of batters for outcall, and supporting determination of batting order information for each of the plurality of batters for outcall; (b) When the above-mentioned pitcher and the above-mentioned batter are selected and the above-mentioned batting order information is determined, the computing device performs any one of the following steps: (i) a first process in which a computation module installed inside the electronic die for the first mode refers to the current pitcher information among the above-mentioned pitchers and the current batter information among the above-mentioned batters to calculate a first computation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the first mode; and (ii) a second process in which a second computation information value per variable screen is calculated by referring to the current pitcher information and the current batter information and transmitted thereto to the electronic die for the first mode; and (c) The computing device supports exposing a first operation information value per variable screen or a second operation information value per variable screen through the variable screen; A method including 2. In Paragraph 1, In step (c) above, The computing device comprises: (i) determining that among the first computational information values ​​for the variable screen, the 1_1 specific computational information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to a first event of continuing pitching against the current batter; or among the second computational information values ​​for the variable screen, determining that the 2_1 specific computational information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, corresponds to the first event; recording the 1_1 specific computational information value or the 2_1 specific computational information value as the result of the first event; and causing the computation module to refer to the current pitcher information and the current batter information to calculate the first additional computational information value for the variable screen corresponding to the additional operation of the defensive player, or referring to the current pitcher information and the current batter information to the variable By calculating a second additional operation information value per screen and transmitting it to the electronic dice for the first mode, additional support is provided to expose the first additional operation information value per variable screen or the second additional operation information value per variable screen through the variable screen; and (ii) among the first additional operation information values ​​per variable screen, when the electronic dice for the first mode stops on the ground due to additional operation by the defensive player, the first specific additional operation information value, which is the value exposed on the specific face furthest from the ground, is determined to be a second event corresponding to a walk or a strikeout, or among the second additional operation information values ​​per variable screen,A method characterized by, when the electronic die for the first mode stops on the ground due to additional operation by the defensive player, if it is determined that the second specific additional operation information value, which is the value exposed on the specific face furthest from the ground, corresponds to the second event of the walk or the strikeout, recording the first specific additional operation information value or the second specific additional operation information value as the second event result, and updating the current pitcher information and the current batter information, respectively, into the current pitcher first adjustment information and the current batter first adjustment information, respectively, by referring to the first event result and the second event result.

3. In Paragraph 2, A method characterized in that the electronic die for the first mode further includes a gyroscope module that detects the rotation of the electronic die for the first mode and determines, by reference to at least a portion of the rotational angular velocity and rotational trajectory of the electronic die for the first mode determined by the rotation, that a specific face with the greatest distance from the ground is the face with the greatest distance from the ground; and when the gyroscope module determines that the rotational angular velocity satisfies a preset angular velocity condition or that the rotational trajectory satisfies a preset trajectory condition in at least a portion of the operation and additional operation of the defensive player, the computing device records the first_1 specific operation information value or the second_1 specific operation information value to be displayed on the specific face with the greatest distance from the ground as the first event result, or records the first specific additional operation information value or the second specific additional operation information value as the second event result.

4. In Paragraph 1, In step (c) above, A method characterized in that, among the first operation information values ​​for the variable screens above, if it is determined that the first_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is the third event corresponding to a hit, or among the second operation information values ​​for the variable screens above, if it is determined that the second_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is the third event, the computing device records the first_2 specific operation information value or the second_2 specific operation information value as the result of the third event.

5. In Paragraph 4, (d) In a state where the first specific operation information value or the second specific operation information value is recorded as the result of the third event, before the electronic dice for the second mode is manipulated by the attacking player, the computing device comprises: (i) a third process of causing the operation module to refer to the current pitcher information and the current batter information to additionally calculate the third operation information value per variable screen to be displayed through the variable screen—the third operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—; and (ii) a fourth process of additionally calculating the fourth operation information value per variable screen—the fourth operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the second mode; A step of further performing any one of the above and additionally supporting the exposure of the third operation information value per variable screen or the fourth operation information value per variable screen through the variable screen; A method that includes more.

6. In Paragraph 5, In step (d) above, The computing device comprises: (i) determining that among the third operation information values ​​for each variable screen, the 3_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event determining the out of at least some of the current batter and current runners; or among the fourth operation information values ​​for each variable screen, determining that the 4_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fourth event, recording the 3_1 specific operation information value or the 4_1 specific operation information value as the result of the fourth event, and updating the current pitcher information and the current batter information, respectively, into current pitcher second adjustment information and current batter second adjustment information, respectively, by reference to the result of the fourth event; or (ii) among the third operation information values ​​for each variable screen, If it is determined that the 3_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 5th event determining a home run, or if, among the 4th operation information values ​​for each variable screen, the 4_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 5th event, then the 3_2 specific operation information value or the 4_2 specific operation information value is recorded as the result of the 5th event, andA method characterized by updating the current pitcher information and the current batter information, respectively, into the current pitcher third adjustment information and the current batter third adjustment information, respectively, by referring to the result of the fifth event.

7. In Paragraph 5, In step (d) above, A method characterized in that, among the third operation information values ​​for the variable screens above, if it is determined that the third_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event determining a hit, or among the fourth operation information values ​​for the variable screens above, if it is determined that the fourth_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the sixth event, the computing device records the third_3 specific operation information value or the fourth_3 specific operation information value as the result of the sixth event.

8. In Paragraph 7, (e) In a state where the above 3_3 specific operation information value or the above 4_3 specific operation information value is recorded as the result of the above 6th event, before the electronic dice for the 3rd mode is additionally manipulated by the attacking player, the computing device comprises: (i) a 5th process in which the operation module refers to the current pitcher information and the current batter information to additionally calculate the 5th operation information value per variable screen to be displayed through the variable screen - the 5th operation information value per variable screen is different from the 1st operation information value per variable screen, the 2nd operation information value per variable screen, the 3rd operation information value per variable screen, and the 4th operation information value per variable screen; and (ii) additionally calculating a sixth operation information value per variable screen—wherein the sixth operation information value per variable screen is different from the first operation information value per variable screen, the second operation information value per variable screen, the third operation information value per variable screen, and the fourth operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the third mode; further performing any one of the following steps, and additionally supporting the exposure of the fifth operation information value per variable screen or the sixth operation information value per variable screen through the variable screen; A method that includes more.

9. In Paragraph 8, In the above (e) step, The computing device comprises: (i) determining that among the fifth operation information values ​​for the variable screen, the 5_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event determining the home run of at least some of the current batter and the current runner; or among the sixth operation information values ​​for the variable screen, determining that among the sixth operation information values, the 6_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event, recording the 5_1 specific operation information value or the 6_1 specific operation information value as the result of the seventh event, and updating the current pitcher information and the current batter information, respectively, into the current pitcher fourth adjustment information and the current batter fourth adjustment information, respectively, by reference to the result of the seventh event; or (ii) among the fifth operation information values ​​for the variable screen, the If it is determined that the 5_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event which does not allow at least some of the current runners to enter the home, or if, among the 6 operation information values ​​per variable screen, the 6_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event, then the 5_2 specific operation information value or the 6_2 specific operation information value is recorded as the result of the 8th event, andA method characterized by updating the current pitcher information and the current batter information, respectively, into the current pitcher fifth adjustment information and the current batter fifth adjustment information, respectively, by referring to the result of the eighth event.

10. In Paragraph 1, In step (b) above, A method characterized in that, when a predetermined first cost input by the defensive player—the predetermined first cost is the deposit history of the defensive player—is determined to be greater than or equal to a preset first threshold, or a predetermined second cost input by the offensive player—the predetermined second cost is the deposit history of the offensive player—is determined to be greater than or equal to a preset second threshold, the computing device updates the first operation information value per variable screen to the first adjustment operation information value per variable screen or updates the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referencing at least a portion of the first cost and the second cost.

11. In a computing device for providing a baseball board game using electronic dice, At least one memory for storing instructions; and It includes at least one processor configured to execute the above instructions, The above processor, with (I) first pitcher information to nth pitcher information — each of the first pitcher information to nth pitcher information includes at least some of ERA information, batting average against information, number of hits allowed information, number of home runs allowed information, number of strikeouts information, number of walks information, number of wins information, and number of losses information — and first batter information to mth batter information — each of the first batter information to mth batter information includes at least some of batting average information, on-base percentage information, slugging percentage information, at-bats information, number of hits information, number of doubles information, number of triples information, and number of home runs information — recorded in a database, (i) transmit the first pitcher information to nth pitcher information from the database to a defensive device operated by a defensive player, and by displaying the first pitcher information to nth pitcher information on the screen of the defensive device, a plurality of pitchers for playing A process that supports selection, (ii) transmits the first batter information to the m-th batter information from the database to an attacker device operated by an attacker player, and supports the selection of a plurality of batters for outing by displaying the first batter information to the m-th batter information on the screen of the attacker device, and supports the determination of batting order information for each of the plurality of batters for outing; (II) when the pitcher for outing and the batter for outing are selected and the batting order information is determined, (i) causes a computation module installed inside the electronic die for the first mode to refer to the current pitcher information among the pitchers for outing and the current batter information among the batters for outing, and to calculate a first computation information value per variable screen to be displayed through a variable screen installed on at least some of the entire faces of the electronic die for the first mode;A computing device that performs any one of: (ii) a second process of calculating a second operation information value per variable screen by referring to the current pitcher information and the current batter information and transmitting it to the electronic dice for the first mode; and (III) a process of supporting the exposure of the first operation information value per variable screen or the second operation information value per variable screen through the variable screen.

12. In Paragraph 11, In the above (III) process, The processor, when (i) among the first operation information values ​​for the variable screen, the first_1 specific operation information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to correspond to a first event of continuing pitching against the current batter, or among the second operation information values ​​for the variable screen, the second_1 specific operation information value, which is the value exposed on the specific surface furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to correspond to the first event, records the first_1 specific operation information value or the second_1 specific operation information value as the result of the first event, and causes the operation module to refer to the current pitcher information and the current batter information to calculate the first additional operation information value for the variable screen corresponding to the additional operation of the defensive player, or refers to the current pitcher information and the current batter information to the variable By calculating a second additional operation information value per screen and transmitting it to the electronic dice for the first mode, additional support is provided to expose the first additional operation information value per variable screen or the second additional operation information value per variable screen through the variable screen; and (ii) among the first additional operation information values ​​per variable screen, when the electronic dice for the first mode stops on the ground due to additional operation by the defensive player, the first specific additional operation information value, which is the value exposed on the specific face furthest from the ground, is determined to be a second event corresponding to a walk or a strikeout, or among the second additional operation information values ​​per variable screen,A computing device characterized by, when the electronic die for the first mode stops on the ground due to additional operation by the defensive player, if it is determined that the second specific additional operation information value, which is the value exposed on the specific face furthest from the ground, corresponds to the second event of the walk or the strikeout, recording the first specific additional operation information value or the second specific additional operation information value as the second event result, and updating the current pitcher information and the current batter information, respectively, into the current pitcher first adjustment information and the current batter first adjustment information, respectively, by reference to the first event result and the second event result.

13. In Paragraph 12, A computing device characterized in that the electronic die for the first mode further includes a gyroscope module that detects the rotation of the electronic die for the first mode and determines, by referencing at least a portion of the rotational angular velocity and rotational trajectory of the electronic die for the first mode determined by the rotation, that a specific face that is furthest from the ground is the face that is furthest from the ground; and the processor records the first_1 specific operation information value or the second_1 specific operation information value to be displayed on the specific face furthest from the ground as the first event result, or records the first specific additional operation information value or the second specific additional operation information value as the second event result, when the rotational angular velocity is determined to satisfy a preset angular velocity condition or the rotational trajectory is determined to satisfy a preset trajectory condition in at least a portion of the operation and additional operation of the defensive player by the gyroscope module.

14. In Paragraph 11, In the above (III) process, A computing device characterized by the processor recording the first_2 specific operation information value or the second_2 specific operation information value as the result of the third event when, among the first operation information values ​​for the variable screen, the first_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be the third event corresponding to a hit, or when, among the second operation information values ​​for the variable screen, the second_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the first mode stops on the ground due to the operation of the defensive player, is determined to be the third event.

15. In Paragraph 14, (IV) With the first specific operation information value or the second specific operation information value recorded as the result of the third event, before the electronic dice for the second mode is manipulated by the attacking player, the processor comprises: (i) a third process of causing the operation module to refer to the current pitcher information and the current batter information to additionally calculate the third operation information value per variable screen to be displayed through the variable screen—the third operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—; and (ii) a fourth process of additionally calculating the fourth operation information value per variable screen—the fourth operation information value per variable screen is different from the first operation information value per variable screen and the second operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the second mode; A computing device that further performs a process of additionally performing any one of the above and additionally supporting the exposure of the third operation information value per variable screen or the fourth operation information value per variable screen through the variable screen.

16. In Paragraph 15, In the above (IV) process, The processor comprises: (i) determining that among the third operation information values ​​for each variable screen, the 3_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to a fourth event determining the out of at least some of the current batter and current runners; or among the fourth operation information values ​​for each variable screen, determining that the 4_1 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the second mode stops on the ground due to the operation of the attacking player, corresponds to the fourth event, recording the 3_1 specific operation information value or the 4_1 specific operation information value as the result of the fourth event, and updating the current pitcher information and the current batter information, respectively, into current pitcher second adjustment information and current batter second adjustment information, respectively, by reference to the result of the fourth event; or (ii) among the third operation information values ​​for each variable screen, If it is determined that the 3_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 5th event determining a home run, or if, among the 4th operation information values ​​for each variable screen, the 4_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 5th event, then the 3_2 specific operation information value or the 4_2 specific operation information value is recorded as the result of the 5th event, andA computing device characterized by updating the current pitcher information and the current batter information, respectively, into the current pitcher third adjustment information and the current batter third adjustment information, respectively, based on the result of the fifth event.

17. In Paragraph 15, In the above (IV) process, A computing device characterized by the processor recording the 3_3 specific operation information value or the 4_3 specific operation information value as the result of the 6th event when, among the 3rd operation information values ​​for the variable screen above, it is determined that the 3_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 6th event, or when, among the 4th operation information values ​​for the variable screen above, the 4_3 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the 2nd mode stops on the ground due to the operation of the attacking player, corresponds to the 6th event.

18. In Paragraph 17, (V) In a state where the above 3_3 specific operation information value or the above 4_3 specific operation information value is recorded as the result of the above 6th event, before the electronic dice for the 3rd mode is additionally manipulated by the attacking player, the processor, (i) a 5th process that causes the operation module to refer to the current pitcher information and the current batter information to additionally calculate the 5th operation information value per variable screen to be displayed through the variable screen - the 5th operation information value per variable screen is different from the 1st operation information value per variable screen, the 2nd operation information value per variable screen, the 3rd operation information value per variable screen, and the 4th operation information value per variable screen; and (ii) a sixth process of additionally calculating a sixth operation information value per variable screen—wherein the sixth operation information value per variable screen is different from the first operation information value per variable screen, the second operation information value per variable screen, the third operation information value per variable screen, and the fourth operation information value per variable screen—by referring to the current pitcher information and the current batter information, and transmitting it to the electronic dice for the third mode; and a computing device that further performs any one of the following: a process of additionally supporting the exposure of the fifth operation information value per variable screen or the sixth operation information value per variable screen through the variable screen.

19. In Paragraph 18, In the above (V) process, The processor comprises: (i) determining that among the fifth operation information values ​​for the variable screen, the 5_1 specific operation information value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event determining the home run of at least some of the current batter and the current runner; or among the sixth operation information values ​​for the variable screen, determining that among the 6_1 specific operation information values ​​exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player corresponds to the seventh event, recording the 5_1 specific operation information value or the 6_1 specific operation information value as the result of the seventh event, and updating the current pitcher information and the current batter information, respectively, to the current pitcher fourth adjustment information and the current batter fourth adjustment information, respectively, by reference to the result of the seventh event; or (ii) among the fifth operation information values ​​for the variable screen, the If it is determined that the 5_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event which does not allow at least some of the current runners to enter the home, or if, among the 6 operation information values ​​per variable screen, the 6_2 specific operation information value, which is the value exposed on the specific face furthest from the ground when the electronic die for the third mode stops on the ground due to additional operation by the attacking player, corresponds to the 8th event, then the 5_2 specific operation information value or the 6_2 specific operation information value is recorded as the result of the 8th event, andA computing device characterized by updating the current pitcher information and the current batter information, respectively, into the current pitcher fifth adjustment information and the current batter fifth adjustment information, respectively, based on the result of the eighth event.

20. In Paragraph 11, In the above (II) process, A computing device characterized by the fact that when a predetermined first cost input by the defensive player—the predetermined first cost is the deposit history of the defensive player—is determined to be greater than or equal to a preset first threshold, or when a predetermined second cost input by the offensive player—the predetermined second cost is the deposit history of the offensive player—is determined to be greater than or equal to a preset second threshold, the processor updates the first operation information value per variable screen to the first adjustment operation information value per variable screen or updates the second operation information value per variable screen to the second adjustment operation information value per variable screen to adjust the current batter's out probability by referencing at least a part of the first cost and the second cost.

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