KR20250111808A - Method of recording event data for each batter acquired through a baseball board game using multiple dice and computing device using the same - Google Patents

Abstract

The present invention relates to a method for recording event data for each batter acquired through a baseball board game using a plurality of dice, and more specifically, (a) a step of providing a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an attacking player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the attacking player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice, to the defensive player and the attacking player to support the performance of the baseball board game, thereby causing a computing device to acquire game data generated during the baseball board game; And (b) the computing device operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to the offensive player, and (i) a first specific final event result - the first specific final event result includes a strike out, a walk, and a hit - is obtained according to a result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) in the case in which the first specific final event result satisfies the first predetermined condition, the second specific final event result - the second specific final event result - is obtained from the first offensive dice. If a specific final event result is acquired, including at least some of a batter out after a hit, a runner out after a hit, a hit, and a home run - and if the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in the second specific software defined event holder of the specific event recording template corresponding to the specific batter, and the NULL value is recorded in the third specific software defined event holder of the specific event recording template, operating in a second recording mode, (iii) if the second specific final event result satisfies the second predetermined condition, if a third specific final event result is acquired from the second attacking dice - the third specific final event result includes at least some of a hit with at least one runner home, a hit without the at least one runner home -, the third specific final event result is recorded in the third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, thereby recording specific event data recorded in the specific event recording template. A method is disclosed, comprising the step of matching a typewriter to a recorder.

Description

METHOD OF RECORDING EVENT DATA FOR EACH BATTER ACQUIRED THROUGH A BASEBALL BOARD GAME USING MULTIPLE DICE AND COMPUTING DEVICE USING THE SAME

The present invention relates to a method for recording event data for each batter obtained through a baseball board game using a plurality of dice, and a computing device using the same.

The dice used in offline sports board games or online sports board games are generally formed in the shape of a cube, and each face of the dice has a number from 1 to 6 written on it.

These dice are provided to players participating in board games in the form of one or more, and the progress of the game is determined differently depending on the number written on the side of the dice farthest from the ground after the dice are thrown by the players.

However, in baseball games that include various game rules, there was a problem in that detailed rules such as infield hits, right-center singles, and right-center doubles could not be applied using only dice with numbers on each side, as shown above. Therefore, in the past, only basic results such as batter's strikes, balls, fouls, hits, and home runs could be recorded.

Therefore, there is a need for a baseball board game that can apply numerous anomalies that are likely to occur in a baseball game, and a method for recording pitching result data for each batter obtained during play.

The present invention aims to solve all of the problems described above.

In addition, the present invention provides a baseball board game board, a defensive dice operated by a defensive player, a first attack dice operated by an offensive player when a first predetermined condition is satisfied according to a result of the operation of the defensive dice, and a second attack dice additionally operated by the offensive player when a second predetermined condition is satisfied according to a result of the operation of the first attack dice, thereby supporting the performance of a baseball board game by providing the defensive player and the offensive player with the game data generated while recording and managing the game data.

In addition, the present invention operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to an offensive player, and (i) when a first specific final event result (the first specific final event result includes a strike out, a walk, and a hit) is obtained according to a result of manipulation of a defense dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy a first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) when the first specific final event result satisfies the first predetermined condition, the second specific final event result (the second specific final event result includes a batter out after a hit, a runner out after a hit, In a state where a second specific final event result (including at least some of a hit and a home run) is acquired and the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in a second specific software defined event holder of a specific event recording template corresponding to the specific batter, and a NULL value is recorded in a third specific software defined event holder of the specific event recording template, operating in a second recording mode; and (iii) in a state where the second specific final event result satisfies the second predetermined condition, if a third specific final event result (the third specific final event result includes at least some of a hit with at least one runner homering, and a hit without at least one runner homering) is acquired from the second attacking dice, the third specific final event result is recorded in a third specific software defined event holder of a specific event recording template corresponding to the specific batter, and operating in a third recording mode, thereby recording the specific event data recorded in the specific event recording template by matching it to the specific batter.

In order to achieve the purpose of the present invention as described above and to realize the characteristic effects of the present invention described below, the characteristic configuration of the present invention is as follows.

According to one aspect of the present invention, a method for recording event data for each batter acquired through a baseball board game using a plurality of dice is provided, comprising: (a) providing a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an attacking player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the attacking player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice, to the defensive player and the attacking player to support playing the baseball board game, thereby causing a computing device to acquire game data generated during the baseball board game; And (b) the computing device operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to the offensive player, and (i) a first specific final event result - the first specific final event result includes a strike out, a walk, and a hit - is obtained according to a result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) in the case in which the first specific final event result satisfies the first predetermined condition, the second specific final event result - the second specific final event result - is obtained from the first offensive dice. If a specific final event result is acquired, including at least some of a batter out after a hit, a runner out after a hit, a hit, and a home run - and if the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in the second specific software defined event holder of the specific event recording template corresponding to the specific batter, and the NULL value is recorded in the third specific software defined event holder of the specific event recording template, operating in a second recording mode, (iii) if the second specific final event result satisfies the second predetermined condition, if a third specific final event result is acquired from the second attacking dice - the third specific final event result includes at least some of a hit with at least one runner home, a hit without the at least one runner home -, the third specific final event result is recorded in the third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, thereby recording specific event data recorded in the specific event recording template. A method is disclosed, comprising the step of matching a typewriter to a recorder.

As an example, in the step (b), the computing device (i) if any of the first specific final event results entered into the first specific software defined event holder is determined to be the walk or the strike out, records the specific event data corresponding to the specific batter in the first recording mode, (ii) if any of the first specific final event results is determined to be the hit, and if any of the second specific final event results entered into the second specific software defined event holder is determined to be at least one of the hitter out, the hitter out, and the home run, records the specific event data corresponding to the specific batter in the second recording mode, (iii) if any of the second specific final event results is determined to be the hit, and if any of the third specific final event results entered into the third specific software defined event holder is determined to be a hit with at least one runner home or a hit without at least one runner home, records the specific A method is disclosed, characterized in that it records the specific event data corresponding to the typist as the third recording mode.

As an example, in the step (b), if at least one of the first recording mode, the second recording mode, and the third recording mode corresponding to the specific batter is determined in a state where a specific pitcher is determined by the defensive player or the computing device before the specific batter starts pitching for the first time, a method is disclosed, characterized in that the computing device additionally records the specific event data matching the specific pitcher, and records at least one of the first pair data corresponding to the first recording mode, the second pair data corresponding to the second recording mode, and the third pair data corresponding to the third recording mode, which are composed of the specific pitcher and the specific batter, in a database.

As an example, in the step (b), a method is disclosed, characterized in that the computing device matches each of the plurality of event recording templates, each of which additionally includes a sequence-related auxiliary software defined event holder, to each of the plurality of batters corresponding to the attacking player, and groups a plurality of sequence manipulation results of the defensive dice acquired before pitching ends for the specific batter as specific manipulation sequence data corresponding to the specific batter, and additionally inputs the same into the auxiliary software defined event holder and records it.

As an example, in the step (a), if at least some of the plurality of pre-provision type attack cards provided to the attacking player before the baseball board game is played, the plurality of post-provision type attack cards provided to the attacking player during the baseball board game, the plurality of pre-provision type defense cards provided to the defending player before the baseball board game is played, and the plurality of post-provision type defense cards provided to the defending player during the baseball board game are additionally provided to the defending player and the attacking player to support the performance of the baseball board game, the computing device is characterized in that it acquires the game data generated during the baseball board game, (i) a first condition type attack card that is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards that condition prior use of at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards before the end of pitching targeting the specific batter, the plurality of pre-provision type attack cards that condition use before the result of the operation of the defense dice is generated and determine the advancement of at least one runner A first usage record of at least a portion of a second condition type attack card, which is at least a portion of the plurality of post-provision type attack cards, a third condition type attack card, which is at least a portion of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on being used before the result of manipulation of the defensive dice is generated and the result of manipulation of the first attack dice is generated and determines at least a portion of an on-base of the specific batter, an advance of the at least one runner, a steal of the at least one runner, and a home run of the at least one runner, and a fourth condition type attack card, which is at least a portion of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on being used before the result of manipulation of the first attack dice is generated and the result of manipulation of the second attack dice is generated and nullifies at least a portion of outs of the specific batter and the at least one runner, is acquired from at least one of an attacking device corresponding to the attacking player and a defending device corresponding to the defending player, and (ii) before pitching starts targeting a subsequent batter of the specific batter, or Before the offense and defense changes of the attacking player and the defending player, a first condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, a second condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on being used before the result of the manipulation of the defense dice is generated and which determines an out of the at least one runner, a third condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on being used before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated and which determines at least some of the outs of the at least one runner and the specific batter, the outs of at least two or more of the runners, and the nullification of the advance of the at least one runner, and a home run of a specific runner located at the earliest row of the plurality of bases in a state where the result of the manipulation of the second attack dice is generated. A method is disclosed, characterized in that the second usage records of at least some of the fourth condition type defensive cards, which are at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, are obtained from at least one of the attacking device and the defending device.

As an example, in the step (b), the computing device additionally matches each of the plurality of event recording templates, each of which additionally includes a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of the plurality of batters, and (i) if at least some of the second condition type attack card and the second condition type defense card are used by the attacking player or the defending player in response to the specific batter and a first specific card-related auxiliary event result is obtained according to each effect displayed on one side of each of at least some of the second condition type attack card and the second condition type defense card, the computing device records the first specific card-related auxiliary event result in the first specific card-related auxiliary software defined event holder of the specific auxiliary event recording template corresponding to the specific batter, and records the second specific card-related auxiliary software defined event holder, the third specific card-related auxiliary software defined event holder of the specific auxiliary event recording template. And the 4th specific card-related auxiliary software defined event holder is additionally caused to operate in a first card-related auxiliary recording mode that records the NULL value, (ii) if the 3rd condition type attack card is used by the attacking player and a second specific auxiliary event result is obtained according to the effect displayed on one side of the 3rd condition type attack card, the 2nd specific auxiliary event result is recorded in the 2nd specific card-related auxiliary software defined event holder, and the 1st specific card-related auxiliary software defined event holder, the 3rd specific card-related auxiliary software defined event holder, and the 4th specific card-related auxiliary software defined event holder are additionally caused to operate in a second card-related auxiliary recording mode that records the NULL value, (iii) if at least some of the 4th condition type attack card and the 3rd condition type defense card are used by the attacking player or the defense player and a 3rd specific auxiliary event result is obtained according to the respective effects displayed on one side of at least some of the 4th condition type attack card and the 3rd condition type defense card, respectively. If the state is such that the third specific auxiliary event result is recorded in the third specific card-related auxiliary software defined event holder, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder are additionally operated in a third card-related auxiliary recording mode in which the NULL value is recorded, and (iv) if the fourth condition type defensive card is used by the defensive player and the fourth specific auxiliary event result is acquired according to the effect displayed on one side of the fourth condition type defensive card, the method is disclosed, characterized in that the fourth specific auxiliary event result is recorded in the fourth specific card-related auxiliary software defined event holder, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the third specific card-related auxiliary software defined event holder are additionally operated in a fourth card-related auxiliary recording mode in which the NULL value is recorded.

As an example, a method is disclosed, characterized in that the first condition type attack card nullifies an effect displayed on one side of the second condition type defense card, and the first condition type defense card nullifies each effect displayed on at least some of the third condition type attack cards.

As an example, in the step (a), the computing device may: a 3_1 usage record for a specific defensive card, which is at least a part of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which causes the first specific face of the plurality of faces of the defensive dice to be switched to the first specific adjustment face while the defensive dice is stopped on the ground, a first specific attack card, which is at least a part of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which causes the second specific face of the plurality of faces of the first attack dice to be switched to the second specific adjustment face while the first attack dice is stopped on the ground, and a second specific attack card, which is at least a part of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which causes the third specific face of the plurality of faces of the second attack dice to be switched to the third specific adjustment face while the second attack dice is stopped on the ground. The third_2 usage records for at least some of the specific attack cards are additionally acquired from at least one of the attacking device corresponding to the attacking player and the defending device corresponding to the defending player, and in the step (b), the computing device operates in a first adjustment recording mode in which (i) if a first specific final adjustment event result is acquired according to the first specific adjustment surface and the first specific final adjustment event result does not satisfy the first predetermined condition, the first specific final adjustment event result is recorded in the first specific software defined event holder and the NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder, and (ii) if a second specific final adjustment event result is acquired according to the second specific adjustment surface and the second specific final adjustment event result does not satisfy the second predetermined condition, the second specific final adjustment event result is recorded in the second specific software defined event holder and the NULL value is recorded in the third specific software defined event holder. A method is disclosed, characterized in that (iii) when a third specific final adjustment event result is obtained according to the third specific adjustment surface, the method records the third specific final adjustment event result in the third specific software defined event holder and operates in the third adjustment recording mode.

As an example, in the step (b), the computing device determines, if the first acquisition time of the first specific final event result is determined to be acquired before a preset 1_1 time or after a preset 1_2 time, wherein the 1_2 time is later than the 1_1 time, the first specific final event result is determined as the first specific abnormal event result, if the second acquisition time of the second specific final event result is determined to be acquired before a preset 2_1 time or after a preset 2_2 time, wherein the 2_2 time is later than the 2_1 time, the second specific final event result is determined as the second specific abnormal event result, and if the third acquisition time of the third specific final event result is determined to be acquired before a preset 3_1 time or after a preset 3_2 time, wherein the 3_2 time is later than the 3_1 time, the third specific final event result is determined as the third specific abnormal event result.

As an example, in the step (a), the computing device, with reference to the game data for the plurality of batters, determines, by reference to the game data, that a frequency of occurrence of a first manipulation result corresponding to a fourth specific face of the plurality of faces of the defensive dice having the greatest distance from the ground while the defensive dice is stopped on the ground is greater than or equal to a first threshold value, or that a frequency of occurrence of a second manipulation result corresponding to a fifth specific face of the plurality of faces of the first attack dice having the greatest distance from the ground while the first attack dice is stopped on the ground is greater than or equal to a second threshold value, or that a frequency of occurrence of a third manipulation result corresponding to a sixth specific face of the plurality of faces of the second attack dice having the greatest distance from the ground while the second attack dice is stopped on the ground is greater than or equal to a third threshold value, then at least one of the attacking player and the defending player is determined to be an abnormal player.

According to another aspect of the present invention, a method for recording event data for each batter acquired through a baseball board game using a plurality of dice is provided, comprising: at least one memory for storing instructions; and at least one processor configured to execute the instructions, wherein the processor: (I) provides a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an attacking player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the attacking player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice, to the defensive player and the attacking player, thereby supporting the performance of the baseball board game, thereby acquiring game data generated during the baseball board game; And (II) operating in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to the offensive player, (i) a first specific final event result - the first specific final event result includes a strike out, a walk, and a hit - is obtained according to a result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, (ii) in the case in which the first specific final event result satisfies the first predetermined condition, a second specific final event result - the second specific final event result - is obtained from the first offensive dice. If a state in which at least some of a batter out after a hit, a runner out after a hit, a hit, and a home run are acquired, and if the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in the second specific software defined event holder of the specific event recording template corresponding to the specific batter, and the NULL value is recorded in the third specific software defined event holder of the specific event recording template, operating in a second recording mode; (iii) if the second specific final event result satisfies the second predetermined condition, if a third specific final event result is acquired from the second attacking dice, and the third specific final event result includes at least some of a hit with at least one runner homering, a hit without the at least one runner homering, the third specific final event result is recorded in the third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, thereby matching the specific event data recorded in the specific event recording template to the specific batter. A computing device performing a recording process is disclosed.

As an example, in the process (II), the processor, (i) if any one of the first specific final event results inputted into the first specific software defined event holder is determined to be the walk or the strike out, records the specific event data corresponding to the specific batter as the first recording mode, (ii) if any one of the first specific final event results is determined to be the hit, and if any one of the second specific final event results inputted into the second specific software defined event holder is determined to be at least one of the hitter out, the hitter out, and the home run, records the specific event data corresponding to the specific batter as the second recording mode, (iii) if any one of the second specific final event results is determined to be the hit, and if any one of the third specific final event results inputted into the third specific software defined event holder is determined to be a hit with at least one runner home or a hit without at least one runner home, records the specific A computing device is disclosed, characterized in that it records the specific event data corresponding to the typewriter as the third recording mode.

As an example, in the process (II), the processor is characterized in that, when at least one of the first recording mode, the second recording mode, and the third recording mode corresponding to the specific batter is determined in a state where the specific pitcher is determined by the defensive player or the processor before the specific batter starts pitching for the first time, the computing device further records the specific event data by matching it to the specific pitcher, and records at least one of the first pair data corresponding to the first recording mode, the second pair data corresponding to the second recording mode, and the third pair data corresponding to the third recording mode, which are composed of the specific pitcher and the specific batter, in a database.

As an example, in the above (II) process, the computing device is disclosed, characterized in that the processor matches each of the plurality of event recording templates, each of which additionally includes a sequence-related auxiliary software defined event holder, to each of the plurality of batters corresponding to the attacking player, and groups a plurality of sequence manipulation results of the defensive dice acquired before the end of pitching targeting the specific batter as specific manipulation sequence data corresponding to the specific batter, and additionally inputs the same into the auxiliary software defined event holder and records it.

As an example, in the process (I), the processor additionally provides at least some of a plurality of pre-provision type attack cards provided to the attacking player before the baseball board game is played, a plurality of post-provision type attack cards provided to the attacking player during the baseball board game, a plurality of pre-provision type defense cards provided to the defending player before the baseball board game is played, and a plurality of post-provision type defense cards provided to the defending player during the baseball board game to the defending player and the attacking player to support the performance of the baseball board game, characterized in that the game data generated during the baseball board game is acquired, wherein (i) a first condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which condition prior use of at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards before the end of pitching targeting the specific batter, and the plurality of pre-provision type attack cards, which condition use before the result of the operation of the defense dice is generated and determines the advancement of at least one runner A first usage record of at least a portion of a second condition type attack card, which is an attack card and at least a portion of the plurality of post-provision type attack cards, a third condition type attack card, which is at least a portion of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on being used before the operation result of the defensive dice is generated and the operation result of the first attack dice is generated and determines at least a portion of an on-base of the specific batter, an advance of the at least one runner, a steal of the at least one runner, and a home run of the at least one runner, and a fourth condition type attack card, which is at least a portion of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on being used before the operation result of the first attack dice is generated and the operation result of the second attack dice is generated and nullifies at least a portion of outs of the specific batter and the at least one runner, is acquired from at least one of an attacking device corresponding to the attacking player and a defending device corresponding to the defending player, and (ii) when pitching starts targeting a subsequent batter of the specific batter. Before, or before the offense and defense changes of the attacking player and the defending player, a first condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, a second condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on being used before the result of the manipulation of the defense dice is generated and which determines an out of the at least one runner, a third condition type defense card, which is at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards, which is conditioned on being used before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated and which determines at least some of the outs of the at least one runner and the specific batter, the outs of at least two or more of the runners, and the nullification of the advance of the at least one runner, and a specific card located at the earliest row among the plurality of bases in a state where the result of the manipulation of the second attack dice is generated A computing device is disclosed, characterized in that it obtains a second usage record of at least some of the fourth condition type defensive cards, which are at least some of the plurality of pre-provision type defensive cards that nullify the runner's home run and the plurality of post-provision type defensive cards, from at least one of the attacking device and the defending device.

As an example, in the process (II), the processor additionally matches each of the plurality of event recording templates, each of which additionally includes a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of the plurality of batters, and (i) if at least some of the second condition type attack card and the second condition type defense card are used by the attacking player or the defending player in response to the specific batter and a first specific card-related auxiliary event result is obtained according to each effect displayed on one side of each of at least some of the second condition type attack card and the second condition type defense card, the processor records the first specific card-related auxiliary event result in the first specific card-related auxiliary software defined event holder of the specific auxiliary event recording template corresponding to the specific batter, and records the second specific card-related auxiliary software defined event holder, the third specific card-related auxiliary software defined event of the specific auxiliary event recording template. The holder and the 4th specific card-related auxiliary software defined event holder are additionally caused to operate in a first card-related auxiliary recording mode that records the NULL value, (ii) if the 3rd condition type attack card is used by the attacking player and a 2nd specific auxiliary event result is obtained according to the effect displayed on one side of the 3rd condition type attack card, the 2nd specific auxiliary event result is recorded in the 2nd specific card-related auxiliary software defined event holder, and the 1st specific card-related auxiliary software defined event holder, the 3rd specific card-related auxiliary software defined event holder and the 4th specific card-related auxiliary software defined event holder are additionally caused to operate in a second card-related auxiliary recording mode that records the NULL value, (iii) if at least some of the 4th condition type attack card and the 3rd condition type defense card are used by the attacking player or the defense player and a 3rd specific auxiliary event result is obtained according to the respective effects displayed on one side of at least some of the 4th condition type attack card and the 3rd condition type defense card, respectively. If the state is such that the third specific auxiliary event result is recorded in the third specific card-related auxiliary software defined event holder, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder record the NULL value, the computing device is further characterized in that it operates in a third card-related auxiliary recording mode, and (iv) if the fourth condition type defensive card is used by the defensive player and the fourth specific auxiliary event result is acquired according to the effect displayed on one side of the fourth condition type defensive card, the computing device is disclosed, characterized in that it additionally operates in a fourth card-related auxiliary recording mode, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the third specific card-related auxiliary software defined event holder record the NULL value.

As an example, a computing device is disclosed, characterized in that the first condition type attack card nullifies an effect displayed on one side of the second condition type defense card, and the first condition type defense card nullifies each effect displayed on at least some of the third condition type attack cards.

As an example, in the process (I), the processor, a 3_1 usage record for a specific defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which causes the first specific face of the plurality of faces of the defensive dice to be switched to the first specific adjustment face while the defensive dice is stopped on the ground, and a first specific attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which causes the second specific face of the plurality of faces of the first attack dice to be switched to the second specific adjustment face while the first attack dice is stopped on the ground, and a third specific face of the plurality of faces of the second attack dice to be switched to the third specific adjustment face while the second attack dice is stopped on the ground. In addition, a 3_2 usage record for at least some of the 2nd specific attack cards is obtained from at least one of the attacking device corresponding to the attacking player and the defending device corresponding to the defending player, and in the (II) process, the processor operates in a first adjustment recording mode in which (i) if a first specific final adjustment event result is obtained according to the first specific adjustment surface and the first specific final adjustment event result does not satisfy the first predetermined condition, the first specific final adjustment event result is recorded in the first specific software defined event holder and the NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder, and (ii) if a second specific final adjustment event result is obtained according to the second specific adjustment surface and the second specific final adjustment event result does not satisfy the second predetermined condition, the second specific final adjustment event result is recorded in the second specific software defined event holder and the NULL value is recorded in the third specific software defined event holder. A computing device is disclosed, characterized in that it operates in a second adjustment recording mode for recording, and (iii) if a third specific final adjustment event result is obtained according to the third specific adjustment surface, it records the third specific final adjustment event result in the third specific software defined event holder and operates in a third adjustment recording mode.

As an example, in the (II) process, the computing device is disclosed, characterized in that, if the processor determines that the first acquisition time of the first specific final event result is acquired before a preset 1_1 time or after a preset 1_2 time, wherein the 1_2 time is later than the 1_1 time, the first specific final event result is determined as the first specific abnormal event result, if the second acquisition time of the second specific final event result is determined to be acquired before a preset 2_1 time or after a preset 2_2 time, wherein the 2_2 time is later than the 2_1 time, the second specific final event result is determined as the second specific abnormal event result, and if the third acquisition time of the third specific final event result is determined to be acquired before a preset 3_1 time or after a preset 3_2 time, wherein the 3_2 time is later than the 3_1 time, the third specific final event result is determined as the third specific abnormal event result.

As an example, in the process (I), a computing device is disclosed in which, with reference to the game data for the plurality of batters, the processor determines, when the frequency of occurrence of a first manipulation result corresponding to a fourth specific face of the plurality of faces of the defensive dice having the farthest distance from the ground while the defensive dice is stopped on the ground is determined to be equal to or greater than a first threshold value, or when the frequency of occurrence of a second manipulation result corresponding to a fifth specific face of the plurality of faces of the first attack dice having the farthest distance from the ground while the first attack dice is stopped on the ground is determined to be equal to or greater than a second threshold value, or when the frequency of occurrence of a third manipulation result corresponding to a sixth specific face of the plurality of faces of the second attack dice having the farthest distance from the ground while the second attack dice is stopped on the ground is determined to be equal to or greater than a third threshold value, determines at least one of the attacking player and the defending player as an abnormal player.

The present invention provides a baseball board game board, a defensive dice operated by a defensive player, a first attack dice operated by an offensive player when a first predetermined condition is satisfied according to a result of the operation of the defensive dice, and a second attack dice additionally operated by the offensive player when a second predetermined condition is satisfied according to a result of the operation of the first attack dice, thereby supporting the performance of a baseball board game by providing the defensive player and the offensive player with the game data generated while recording and managing the game data.

In addition, the present invention operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to an offensive player, and (i) when a first specific final event result (the first specific final event result includes a strike out, a walk, and a hit) is obtained according to a result of manipulation of a defense dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy a first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) when the first specific final event result satisfies the first predetermined condition, the second specific final event result (the second specific final event result includes a batter out after a hit, a runner out after a hit, If a second specific final event result (including at least some of a hit and a home run) is acquired and the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in a second specific software defined event holder of a specific event recording template corresponding to the specific batter, and a NULL value is recorded in a third specific software defined event holder of the specific event recording template, and the second recording mode is operated to record, (iii) in a case where the second specific final event result satisfies the second predetermined condition, if a third specific final event result (the third specific final event result includes at least some of a hit with at least one runner homering, and a hit without at least one runner homering) is acquired from the second attacking dice, the third specific final event result is recorded in a third specific software defined event holder of the specific event recording template corresponding to the specific batter, and the third recording mode is operated to have the effect of recording the specific event data recorded in the specific event recording template by matching it to the specific batter.

The drawings attached below for use in explaining embodiments of the present invention are only some of the embodiments of the present invention, and a person having ordinary knowledge in the technical field to which the present invention belongs (hereinafter, “ordinary skilled in the art”) can obtain other drawings based on these drawings without making an inventive work.
FIG. 1 is a diagram schematically illustrating a configuration of a computing device for recording event data for each batter obtained through a baseball board game using multiple dice according to one embodiment of the present invention.
FIG. 2 is a flow chart for explaining the sequence of a method for recording event data for each batter obtained through a baseball board game using multiple dice according to one embodiment of the present invention.
FIG. 3 is a drawing showing a schematic configuration of a baseball board game according to one embodiment of the present invention.
FIG. 4 is a development diagram of a defensive dice, a first attack dice, and a second attack dice according to one embodiment of the present invention.
FIG. 5 is a diagram showing a database in which event data consisting of multiple pitchers and multiple batters and a corresponding recording mode are recorded according to one embodiment of the present invention.
FIG. 6 is a drawing showing one side of an attack card provided to an attacking player according to one embodiment of the present invention.
FIG. 7 is a drawing showing one side of a defensive card provided to a defensive player according to one embodiment of the present invention.

The detailed description of the present invention described below refers to the accompanying drawings which illustrate specific embodiments in which the present invention may be implemented in order to clearly explain 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.

Also, throughout the detailed description of the present invention and the claims, the word "comprise" and variations thereof are not intended to exclude other technical features, additions, components or steps. Other objects, advantages and features of the present invention will become apparent to those skilled in the art in part from this description and in part from practice of the invention. The examples and drawings below are provided by way of illustration and are not intended to limit the invention.

Furthermore, the present invention encompasses all possible combinations of the embodiments set forth herein. It should be understood that the various embodiments of the present invention, while different, are not necessarily mutually exclusive. For example, specific shapes, structures, and features described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention. It should also be understood that the positions or arrangements of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not intended to be limiting, and the scope of the present invention is defined only by the appended claims, along with the full scope of equivalents to which such claims are entitled, if properly so described. Like reference numerals in the drawings designate the same or similar functionality throughout the several aspects.

Hereinafter, in order to enable a person having ordinary skill in the art to easily carry out the present invention, preferred embodiments of the present invention will be described in detail with reference to the attached drawings.

FIG. 1 is a diagram schematically illustrating a configuration of a computing device for recording event data for each batter obtained through a baseball board game using a plurality of dice according to one embodiment of the present invention.

As illustrated in FIG. 1, a computing device (100) for recording event data for each batter obtained through a baseball board game using multiple dice of the present invention may include a memory (110) and a processor (120). Here, the computing device (100) may be a service server providing a baseball board game or a recording server linked to a service server, but is not limited thereto.

Referring to FIG. 1, a memory (110) of a computing device (100) for recording event data for each batter acquired through a baseball board game using a plurality of dice can store instructions to be executed by a processor (120). Specifically, the instructions are codes generated for the purpose of causing the computing device (100) to function in a specific manner, and can be stored in a computer-available or computer-readable memory that can be directed to a computer or other programmable data processing equipment. The instructions can perform processes for executing functions described in the specification of the present invention.

In addition, the processor (120) of the computing device (100) for recording the event data for each batter obtained through a baseball board game using multiple dice may include hardware configurations such as an MPU (Micro Processing Unit) or a CPU (Central Processing Unit), a cache memory, and a data bus. In addition, the computing device (100) may further include a software configuration of an operating system and an application performing a specific purpose.

In addition, a computing device (100) for recording event data for each batter obtained through a baseball board game using a plurality of dice may be linked to a database (200). Here, the database (200) may include at least one type of storage medium among a flash memory type, a hard disk type, a multimedia card micro type, a memory of card type (for example, an SD or XD memory), a Random Access Memory (RAM), a Static Random Access Memory (SRAM), a ReadOnly Memory (ROM), an Electrically Erasable Programmable ReadOnly Memory (EEPROM), a Programmable ReadOnly Memory (PROM), a magnetic memory, a magnetic disk, and an optical disk, but is not limited thereto and may include all media capable of storing data. In addition, the database (200) may be installed separately from the computing device (100), or alternatively, may be installed inside the computing device (100) to transmit or record received data, or may be implemented separately in two or more parts, which may vary depending on the implementation conditions of the invention.

In addition, a computing device (100) for recording event data for each batter obtained through a baseball board game using multiple dice may also be linked with an attacking device (300) corresponding to an attacking player and/or a defense device (400) corresponding to a defense player. Here, the attacking device (300) and the defense device (400) may include a separate recording transmission device, a mobile phone, a PC, etc., but are not limited thereto.

A method using a computing device (100) according to one embodiment of the present invention configured in this manner will be described with reference to FIG. 2 as follows.

FIG. 2 is a flowchart illustrating the sequence of a method for recording event data for each batter obtained through a baseball board game using a plurality of dice according to one embodiment of the present invention.

First, the computing device (100) provides a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an attacking player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the attacking player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice to the defensive player and the attacking player, thereby supporting the performance of the baseball board game, and acquires game data generated during the baseball board game (S201). The first predetermined condition and the second predetermined condition will be described in detail later.

Here, in order to explain the configuration of the baseball board game of the present invention in more detail, a description will be given with reference to FIG. 3.

FIG. 3 is a drawing showing a schematic configuration of a baseball board game according to one embodiment of the present invention.

Referring to FIG. 3, the baseball board game of the present invention includes a baseball board game board (500), a defensive dice (600), a first offensive dice (700), and a second offensive dice (800). In addition, the baseball board game of the present invention may be provided to offensive players and defensive players as an offline game, but is not limited thereto, and may be provided to offensive players and/or defensive players as an online game through the screen of an offensive device (300) and/or the screen of a defensive device (400). For reference, in the case of an offline game, the offensive device (300) and/or the defensive device (400) may be used for the purpose of recording the process and result of the offline game. In addition, in the case of online games, it goes without saying that the shapes of the defensive dice (600), the first attack dice (700), and the second attack dice (800) can be displayed on the screen, and the appearance of the dice rolling and stopping when operated by the defensive or attacking player can be displayed to show which side appears.

Meanwhile, an attack card (900) provided in real form or provided to an attacking player through the screen of an attacking device (300), and a defense card (950) provided in real form or provided to a defending player through the screen of a defense device (400) may also be included as one of the components of a baseball board game. A detailed description thereof will be provided later.

Here, the baseball board game board (500) according to one embodiment of the present invention includes a plan view of a baseball stadium field as a graphic element, and is configured to include a plurality of bases, i.e., a first base, a second base, a third base, and a home base, as graphic elements. In addition, although the baseball board game board (500) is illustrated in FIG. 3 to include a foul area outside the foul line, it is not limited thereto, and in some cases, it may be configured to include only a fair area inside the foul line.

Meanwhile, in the case of an offline baseball board game according to an embodiment of the present invention, a plurality of runner pieces that can be positioned on at least some of the first base, the second base, and the third base may be separately included. In the case of an online baseball board game, when at least one runner is positioned on at least some of the first base, the second base, and the third base, the unique colors of each of the first base, the second base, and the third base may change in real time, or arrows having different colors may be positioned on at least some of the first base, the second base, and the third base, thereby displaying in real time the location of at least one runner positioned on at least some of the first base, the second base, and the third base.

In addition, a baseball board game according to one embodiment of the present invention may include a defense dice (600) operated by a defense player, a first attack dice (700) and a second attack dice (800) operated by an attack player. Here, a detailed description of the defense dice (600), the first attack dice (700), and the second attack dice (800) will be described with reference to FIG. 4.

FIG. 4 is a development diagram of a defensive dice (600), a first attack dice (700), and a second attack dice (800) according to one embodiment of the present invention.

Referring to FIG. 4, a defensive dice (600) according to one embodiment of the present invention may display "strike", "ball", "foul", and "hit" on each of a plurality of faces. Here, a defensive player may end pitching or continue pitching targeting a specific batter corresponding to an offensive player according to the result determined by rolling the defensive dice (600). That is, if the result of the manipulation of the defensive dice (600) is determined as one of the following: a first strike, which is the first strike determined for a specific batter, a second strike, which is the second strike determined for the specific batter, a first ball, which is the first ball determined for the specific batter, a second ball, which is the second ball determined for the specific batter, a third ball, which is the third ball determined for the specific batter, a first type foul determined before the second strike, and a second type foul determined after the second strike for the specific batter, the specific batter can continue pitching. Conversely, if the result of the manipulation of the defensive dice (600) is determined as one of a strike out (i.e., the third strike determined as the third strike), a walk (i.e., the fourth ball determined as the fourth ball), and a hit for the specific batter, it is determined that the first predetermined condition mentioned above is met, and pitching for the specific batter is ended, and the manipulation of the first offensive dice (700) to be described immediately below can be performed.

Meanwhile, for the purpose of explaining the invention, FIG. 4 illustrates a defensive dice (600) according to one embodiment of the present invention to include a total of 10 sides, but is not limited thereto, and in some cases, the total number of sides of the defensive dice (600) may be formed to be less than 10 sides or more than 10 sides.

Next, the first attack dice (700) according to one embodiment of the present invention may display at least one of "ground out infield", "infield, foul fly out", "outfield, foul fly out", "hit", and "home run" on each of a plurality of faces. Here, the attacking player may decide one of a batter out after a hit, a runner out after a hit, a hit, and a home run according to the result determined by rolling the first attack dice (700). For example, if the result of the manipulation of the first attack dice (700) manipulated by the attacking player is "ground out infield" (for example, in the case of an infield ground out, it corresponds to a batter out after a hit in which the runner's advance is allowed but a specific batter is determined to be out), at least one runner's advance is allowed but a specific batter is determined to be out, thereby increasing the out count of the attacking player by one. In addition, if the result of the manipulation of the first attack dice (700) manipulated by the attacking player is determined to be a “hit,” it is determined that this corresponds to the second predetermined condition mentioned above, and manipulation of the second attack dice (800) to be explained immediately below can be performed.

Meanwhile, for the purpose of explaining the invention, FIG. 4 illustrates the first attack dice (700) according to one embodiment of the present invention to include a total of 24 sides, but the invention is not limited thereto, and in some cases, the total number of sides of the first attack dice (700) may be formed to be less than 24 sides or to be formed to be more than 24 sides. In addition, in the above description, when the result of the manipulation of the first attack dice (700) is "ground ball out", the advance of a runner is acknowledged, but a specific batter is determined to be out, but the invention is not limited thereto, and in some cases, the advance of a runner is not acknowledged and a specific batter is determined to be out, or a specific batter is acknowledged to be on base, but one of the leading runners is determined to be out, and various other cases may be assumed. Here, the leading runner means, for example, when a runner is located at the third base, that runner becomes the leading runner, and when there is no runner at the third base and a runner is located at the second base, that runner becomes the leading runner. Meanwhile, in the case of "infield, foul fly out" and "outfield, foul fly out" not explained above, it is possible to determine a specific batter as out without allowing the advance of all runners, but this is not limited to this, and depending on the case, it is possible to consider various cases such as allowing the advance of only some runners and determining a specific batter as out.

Next, the second attack dice (800) according to one embodiment of the present invention may display at least one of "infield hit", "left-center single", "right-center single", "left-center double", "right-center double", "first-base triple", and "fence direct hit triple" on each of a plurality of faces. Here, the attacking player may decide between a hit with at least one runner guiding home and a hit without at least one runner guiding home, depending on the result determined by rolling the second attack dice (800). For example, if the result of the manipulation of the second attack dice (800) manipulated by the attacking player is a "left-center single" (for example, in the case of a left-center single, it is a hit that determines the home run of the runners located at the second base and the third base, the second base advancement of the runner located at the first base, and the first base advancement of a specific batter, and corresponds to a hit in which at least one runner comes home), the scoring point of the attacking player is increased by 2 points, and the advancement of the runner located at the first base and the on-base of a specific batter can be determined.

Meanwhile, for the purpose of explaining the invention, the second attack dice (800) according to one embodiment of the present invention is illustrated in FIG. 4 to include a total of 12 sides, but the invention is not limited thereto, and in some cases, the total number of sides of the second attack dice (800) may be formed to be less than 12 sides or to be formed to be more than 12 sides. In addition, in the above description, when the result of the manipulation of the second attack dice (800) is a "left-center single", it is explained that the home run of the runners located at the second base and the third base is determined, the second base advancement of the runner located at the first base is determined, and the first base advancement of a specific batter is determined, but the invention is not limited thereto, and in some cases, various cases may be assumed, such as the home run of the runner located at the third base is determined and the home run of the runner located at the second base is not determined. Meanwhile, in the case of "infield hit", "right-center single", "left-center double", "right-center double", "first-base triple", and "fence hit triple" not described above, all runners may advance one base, or all runners may advance two bases, but this is not limited to the above, and in some cases, various cases may be assumed, such as determining runners at second and third bases to score and runners at first base to advance one base, determining runners at second and third bases to score and runners at first base to advance two bases, or determining all runners to score.

In this way, the attacking player and the defending player can perform the baseball board game according to one embodiment of the present invention by using the baseball board game board (500), the defense dice (600), the first attacking dice (700), and the second attacking dice (800), and the computing device (100) can obtain game data generated during the baseball board game in real time through the attacking device (300) and/or the defense device (400).

In addition, the computing device (100) can record event data for each batter acquired through a baseball board game, which will be described again with reference to FIG. 2 for a detailed explanation.

Referring again to FIG. 2, the computing device (100) operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to an offensive player, and (i) if a first specific final event result (the first specific final event result includes a strike out, a walk, and a hit) is obtained according to the result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition mentioned above, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) if the first specific final event result satisfies the first predetermined condition, the second specific final event result (the second specific final event result) is recorded from the first offensive dice. If a specific final event result (including at least some of a hit after a hit, a runner out after a hit, a hit, and a home run) is acquired, and the second specific final event result does not satisfy the second predetermined condition mentioned above, the second specific final event result is recorded in a second specific software defined event holder of a specific event recording template corresponding to the specific batter, and a NULL value is recorded in a third specific software defined event holder of the specific event recording template, operating in a second recording mode; (iii) in a case where the second specific final event result satisfies the second predetermined condition, if a third specific final event result (the third specific final event result includes at least some of a hit with at least one runner home, a hit without at least one runner home) is acquired from the second attacking dice, the third specific final event result is recorded in a third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, so that specific event data recorded in the specific event recording template is recorded by matching it to the specific batter (S202). Here, each of the first software defined event holder, the second software defined event holder, and the third software defined event holder may be a storage space for recording values derived from each of the defense dice (600), the first attack dice (700), and the second attack dice (800), and may be included in the database (200), but is not limited thereto, and data of a match between an arbitrary pitcher and an arbitrary batter may be recorded in an event recording template, but the record may be systematized using each of the first software defined event holder, the second software defined event holder, and the third software defined event holder included as a component of the event recording template. Here, the concept of software defined may be a concept of software defined storage, but is not limited thereto.

Each time there is a match between a pitcher and a batter, an event recording template can be recorded one by one, so that recording can be performed using a plurality of event recording templates as the match progresses. Here, each of the plurality of event recording templates can include a first software defined event holder, a second software defined event holder, and a third software defined event holder, which are matched to each of the plurality of batters corresponding to the offensive players. At this time, a specific event recording template corresponding to a specific batter among the plurality of batters includes a first specific software defined event holder, a second specific software defined event holder, and a third specific software defined event holder.

Here, the first specific software defined event holder may be an empty space before the manipulation of the defense dice (600), but one of a strike out, a walk, and a hit may be recorded later depending on the manipulation result of the defense dice (600) determined by the defensive player, that is, the first final event result (here, the first final event result includes a strike out, a walk, and a hit). At this time, if one of the first specific final event results input into the first specific software defined event holder is determined to be a walk or a strike out (i.e., a state in which the first predetermined condition, “hit,” is not satisfied), the computing device (100) may record specific event data corresponding to the specific batter as the first recording mode, and record a NULL value in the second specific software defined event holder and the third specific software defined event holder. For example, if the input to the first specific software defined event holder is "ball net", the first specific event recording template is, for example, will be recorded, and the specific event data recorded in this manner will be matched to a specific typist. On the other hand, if it is determined that one of the first specific final event results entered into the first specific software defined event holder is a hit, the computing device (100) will record the second final event result determined according to the manipulation of the first attack dice (700) into the second specific software defined event holder instead of recording a NULL value into the second specific software defined event holder.

Here, the second specific software defined event holder may be an empty space before the manipulation of the first attack dice (700), but depending on the manipulation result of the first attack dice (700) determined by the attacking player, i.e., the second specific final event result (here, the second specific final event result includes a batter out after a hit, a runner out after a hit, a hit, and a home run), one of a batter out after a hit, a runner out after a hit, a hit, and a home run may be recorded later. That is, if one of the first specific final event results is determined to be a hit (i.e., a state in which the first predetermined condition is satisfied), and one of the second specific final event results entered into the second specific software defined event holder is determined to be one of a hit and a batter out, a hit and a runner out, and a home run (i.e., a state in which the second predetermined condition of "hit" is not satisfied), the computing device (100) may record specific event data corresponding to the specific batter in the second recording mode and record a NULL value in the third specific software defined event holder. For example, in the case of "ground ball out" which is "batter out after hit" entered into the second specific software defined event holder, the second specific event recording template may be, for example, or , and the specific event data recorded in this manner will be matched to a specific typist. On the other hand, if any of the second specific final event results entered into the second specific software defined event holder is determined to be a hit (i.e., if the second predetermined condition is satisfied), the computing device (100) will record the third final event result determined according to the operation of the second attack dice (800) in the third specific software defined event holder, instead of recording a NULL value in the third specific software defined event holder.

Here, the third specific software defined event holder may be an empty space before the manipulation of the second attack dice (800), but depending on the manipulation result of the second attack dice (800) determined by the attacking player, that is, the third specific final event result (here, the third specific final event result includes a hit with at least one runner home and a hit without at least one runner home), a hit with at least one runner home and a hit without at least one runner home may be recorded later. That is, in a state where one of the second specific final event results is a hit (i.e., a state where the second predetermined condition is satisfied), if it is determined that one of the third specific final event results input into the third specific software defined event holder is one of a hit with at least one runner home and a hit without at least one runner home, the computing device (100) may record specific event data corresponding to a specific batter in the third recording mode. For example, if the event entered in the third specific software defined event holder is "a single to right-center field" with "runners on second and third bases scoring", the third specific event recording template is, for example, or will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

Meanwhile, each of the plurality of event recording templates according to one embodiment of the present invention may further include a sequence-related auxiliary software defined event holder. At this time, the computing device (100) may group a plurality of sequence manipulation results of the defensive dice (600) acquired before the pitching for a specific batter is terminated, that is, before the manipulation result of the defensive dice (600) is determined as one of a strike out, a walk, and a hit for the specific batter, as specific manipulation sequence data corresponding to the specific batter, and additionally input this into the sequence-related auxiliary software defined event holder for recording.

For example, let's assume that the multiple sequence manipulation results of the defense dice (600) acquired until the end of pitching for a specific batter are "< 1st strike - 1st ball - 2nd ball - 2nd strike - strike out >". At this time, the computing device (100) may additionally input "< 1st strike - 1st ball - 2nd ball - 2nd strike >" as specific manipulation sequence data to the sequence-related auxiliary software defined event holder before the end of pitching for a specific batter. At this time, the specific event recording template corresponding to a specific batter is, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

As another example, let's assume that the result of multiple sequence manipulations of the defensive dice (600) acquired until the end of pitching for a specific batter is "< first ball - first strike - hitting >", and the result of manipulation of the first offensive dice (700) is a home run. At this time, the computing device (100) may additionally input "< first ball - first strike >" as specific manipulation sequence data into the sequence-related auxiliary software defined event holder before the end of pitching for a specific batter, and at this time, the specific event recording template corresponding to the specific batter is, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

As another example, let's assume that the result of multiple sequence manipulations of the defensive dice (600) acquired until the end of pitching for a specific batter is "< Type 1 foul - 1st strike - hit >", the result of the manipulation of the first offensive dice (700) is a hit, and the result of the manipulation of the second offensive dice (800) is "3rd base hit on the first base line" in which all runners score home. At this time, the computing device (100) may additionally input "< Type 1 foul - 1st strike >" as specific manipulation sequence data into the sequence-related auxiliary software defined event holder before the end of pitching for a specific batter, and at this time, the specific event recording template corresponding to the specific batter is, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

In addition, the computing device (100) can match the specific event data determined in this manner to a specific pitcher corresponding to a specific batter, and record pair data consisting of a specific pitcher and a specific batter in a database (200). Here, for a more specific explanation, reference will be made to FIG. 5.

FIG. 5 is a diagram showing a database (200) in which event data consisting of multiple pitchers and multiple batters and a corresponding recording mode are recorded according to one embodiment of the present invention.

Referring to FIG. 5, it can be confirmed that when a specific pitcher K among a plurality of pitchers is determined, each of the event data of each of the plurality of batters and each of the corresponding recording modes are matched. For example, in the case of a specific batter A, since the first specific final event result determined according to the result of the manipulation of the defensive dice (600) is "hit", it can be seen that "hit" is recorded in the first software defined event holder, and since the specific manipulation sequence data of the defensive dice (600) is "<1st ball - 2nd ball - 1st strike>", it can be seen that "(1st ball - 2nd ball - 1st strike)" is recorded in the auxiliary software defined event holder related to the sequence. In addition, since the second specific final event result determined according to the result of the manipulation of the first offensive dice (700) is "ground out", it can be seen that "ground out" is recorded in the second software defined event holder. At this time, since the second specific final event result does not satisfy the second predetermined condition mentioned above, i.e., "hit", it can be seen that "NULL" is recorded in the third software defined event holder. Therefore, the specific event recording template for a specific batter A is, for example, , and the specific event data recorded in this manner will be matched to a specific batter A. At this time, the computing device (100) may determine a recording mode corresponding to a specific batter A as a second recording mode and record it by matching it to a specific pitcher K.

As another example, in the case of a specific batter B, since the first specific final event result determined according to the result of the operation of the defense dice (600) is "strike out", it can be seen that "strike out" is recorded in the first software defined event holder, and since the specific operation sequence data of the defense dice (600) is "<first strike - second strike - first ball>", it can be seen that "(first strike - second strike - first ball)" is recorded in the sequence-related auxiliary software defined event holder. On the other hand, since the first specific final event result does not satisfy the first predetermined condition mentioned above, i.e., "hit", it can be seen that "NULL" is recorded in each of the second software defined event holder and the third software defined event holder. Therefore, the specific event recording template for a specific batter B is, for example, , and the specific event data recorded in this manner will be matched to a specific batter B. At this time, the computing device (100) may determine a recording mode corresponding to a specific batter B as a first recording mode and record it by matching it to a specific pitcher K.

As another example, for a specific batter C, since the first specific final event result determined according to the result of the manipulation of the defensive dice (600) is "hit", it can be seen that "hit" is recorded in the first software defined event holder, and since the specific manipulation sequence data of the defensive dice (600) is "<first strike - first ball - second ball>", it can be seen that "(first strike - first ball - second ball)" is recorded in the sequence-related auxiliary software defined event holder. In addition, since the second specific final event result determined according to the result of the manipulation of the first attack dice (700) is "hit", it can be seen that "hit" is recorded in the second software defined event holder, and since the third specific final event result determined according to the result of the manipulation of the second attack dice (800) is "double base hit to right-center field", it can be seen that "double base hit to right-center field" is recorded in the third software defined event holder. So, a specific event recording template for a specific typist C might be, for example, , and the specific event data recorded in this manner will be matched to a specific batter C. At this time, the computing device (100) may determine a recording mode corresponding to a specific batter C as a third recording mode and record it by matching it to a specific pitcher K.

In addition, by grouping multiple sequence manipulation results of the defensive dice (600) corresponding to a specific batter as specific manipulation sequence data and recording them, data manipulation acts that may occur between the defensive players and the offensive players during the baseball board game can be prevented to some extent. For example, the computing device (100) can determine whether the baseball board game has proceeded normally by referring to the manipulation sequence data for each of the multiple batters, a first preset probability value that a strike will come out of the defensive dice (600), a second preset probability value that a ball will come out of the defensive dice (600), a third preset probability value that a foul will come out of the defensive dice (600), and a fourth preset probability value that a hit will come out of the defensive dice (600).

Next, a baseball board game according to an embodiment of the present invention may further include at least some of: a plurality of pre-provision type attack cards, on one side of which a preset first specific usage condition is displayed, and provided to an attacking player before the baseball board game is in progress; a plurality of post-provision type attack cards, on one side of which the first specific usage condition is displayed, and provided to an attacking player during the baseball board game; a plurality of pre-provision type defense cards, on one side of which the preset second specific usage condition is displayed, and provided to a defending player before the baseball board game is in progress; and a plurality of post-provision type defense cards, on one side of which the second specific usage condition is displayed, and provided to a defending player during the baseball board game. In a similar spirit to that mentioned above, in the case of an online game, a state in which such various types of cards are displayed and manipulated on a screen may also be shown.

Here, for a more specific explanation of the multiple pre-provision type attack cards and the multiple post-provision type attack cards, reference will be made here to FIG. 6.

FIG. 6 is a drawing showing one side of an attack card provided to an attacking player according to one embodiment of the present invention.

Referring to FIG. 6, at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards may include a first condition type attack card, a second condition type attack card, a third condition type attack card, and a fourth condition type attack card.

First, let's explain the first condition type attack card. The first condition type attack card may include an attack card (such as a "check foil card") that conditions the prior use of at least some of the multiple pre-provision type defensive cards and the multiple post-provision type defensive cards. Here, a specific explanation of the first condition type attack card will be provided later.

In addition, the second condition type attack card is conditioned to be used before the result of the operation of the defense dice (600) is generated and may include an attack card that determines the advancement of at least one runner (e.g., a "pitcher balk card" that determines the advancement of all runners by one base), the third condition type attack card is conditioned to be used before the result of the operation of the defense dice (600) is generated and the result of the operation of the first attack dice (700) is generated and may include an attack card that determines at least some of a specific batter's on-base, an advancement of at least one runner, a steal of at least one runner, and a home run of at least one runner (e.g., a "hit ball card" that determines the advancement of a specific batter, a "fastball card" that allows a runner on first base to advance one base, a "steal second base card" that allows a runner on first base to steal second base, and a "sacrifice bunt card" that determines the advancement of all runners by one base and allows a specific batter to be out), and the fourth condition type The attack card is conditioned on being used before the result of the operation of the first attack die (700) is generated and the result of the operation of the second attack die (800) is generated, and may include an attack card (e.g., a "fielder's choice card") that determines to nullify the out of at least some of a specific batter and at least one runner.

Meanwhile, the above is described as an example of a second condition type attack card, namely, a "feature balk card" that determines whether all runners advance to one base. However, this is not limited to this, and in some cases, cards with the same or similar usage conditions and usage effects (such as another "feature balk card" that determines whether a runner on first base advances to one base) may be included in the second condition type attack card.

In addition, although the above is described as an example of a third condition type attack card, a "fit ball card" that determines a specific batter's on-base, it is not limited to this, and in some cases, a card with the same or similar usage conditions and usage effects (such as a "wild pitch card") may be included in a third condition type attack card.

Also, as another example of a third condition type attack card, a "fast ball card" that allows a runner on first base to advance one base has been described, but it is not limited to this, and in some cases, a card with the same or similar usage conditions and usage effects (such as another "fast ball card" that allows a runner on second base to advance one base) may be included in a third condition type attack card.

Also, as another example of a third condition type attack card, although it was described as a "second base steal card" that determines a runner on first base stealing second base, it is not limited thereto, and in some cases, the conditions of use are the same or similar, but a "third base steal card" that determines a runner on second base stealing third base, or a "double steal card" that allows runners on first and second bases to simultaneously steal second base and third base, or another "double steal card" that allows runners on first and third bases to simultaneously steal second base and steal home, or another "double steal card" that allows runners on second and third bases to simultaneously steal third base and steal home, or a "single home steal card" that determines a runner on third base to steal home base, etc. may be included as a third condition type attack card.

Also, as another example of a third condition type offensive card, a "sacrifice bunt card" that determines all runners to advance one base and a specific batter to be out has been described, but is not limited to this, and in some cases, other "sacrifice bunt cards" or "surprise bunt cards" that have the same or similar usage conditions but have various effects, such as determining a runner on third base to score while determining a specific batter to be out, may be included as a third condition type offensive card.

In addition, although the above has been described as an example of a 4th condition type attack card, a "fielder's choice card" that determines to nullify the outs of at least some of a specific batter and at least one runner, it is not limited thereto, and in some cases, a card with the same or similar usage conditions and usage effects (e.g., a "defensive error card") may be included in a 4th condition type attack card.

Meanwhile, when at least some of the multiple post-provision type attack cards are provided to the attacking player, the attacking player can additionally obtain at least some of the remaining multiple post-provision type attack cards that were not provided in advance before the defense dice (600) is manipulated by the defense player. For example, if at least some of the multiple baseball game rules, such as “substitution,” which are advantageous to the attacking player, are implemented before the defense dice (600) is manipulated by the defense player, the attacking player can additionally obtain at least some of the remaining multiple post-provision type attack cards that were not provided in advance. Meanwhile, the number of times the above rule is implemented before the baseball board game starts, etc., can be preset, and the quantity of at least some of the remaining multiple post-provision type attack cards that are provided to the attacking player for each implementation can also be preset. Accordingly, during the baseball board game, the total quantity of the remaining multiple post-provision type attack cards that will be provided to the attacking player among the remaining multiple post-provision type attack cards that were not provided in advance can also be preset.

Meanwhile, the computing device (100) can match each of a plurality of event recording templates, each of which additionally includes a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of a plurality of typists.

By doing so, the computing device (100) additionally operates in a first card-related auxiliary recording mode in which, if at least some of the second condition type attack cards are used by the attacking player in response to a specific batter and a first specific card-related auxiliary event result is obtained according to each effect displayed on each side of at least some of the second condition type attack cards, the first specific card-related auxiliary event result is recorded in the first specific card-related auxiliary software defined event holder of the specific auxiliary event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific card-related auxiliary software defined event holder, the third specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder of the specific auxiliary event recording template. For example, if what is input to the first specific card-related auxiliary software defined event holder is a "feature balk card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

In addition, the computing device (100) records the second specific auxiliary event result in the second specific card-related auxiliary software defined event holder, if at least some of the third condition type attack cards are used by the attacking player in response to a specific batter and the second specific auxiliary event result is obtained according to each effect displayed on each side of at least some of the third condition type attack cards, and additionally operates in a second card-related auxiliary recording mode in which a NULL value is recorded in the first specific card-related auxiliary software defined event holder, the third specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder. For example, if the input in the second specific card-related auxiliary software defined event holder is a "body-fitting blank card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

In addition, the computing device (100) records the third specific auxiliary event result in a third specific card-related auxiliary software defined event holder, if at least some of the fourth condition type attack cards are used by the attacking player in response to a specific batter and a third specific auxiliary event result is obtained according to each effect displayed on each side of at least some of the fourth condition type attack cards, and additionally operates in a third card-related auxiliary recording mode in which a NULL value is recorded in the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder. For example, if the input to the third specific card-related auxiliary software defined event holder is a "beast selection card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

Next, for a more specific explanation of the multiple pre-provision type defensive cost cards and the multiple post-provision type defensive cost cards, reference will be made to Figure 7.

FIG. 7 is a drawing showing one side of a defensive card provided to a defensive player according to one embodiment of the present invention.

Referring to FIG. 7, at least some of the plurality of pre-provision type defensive cost cards and the plurality of post-provision type defensive cost cards may include a first condition type defensive cost card, a second condition type defensive cost card, a third condition type defensive cost card, and a fourth condition type defensive cost card.

First, let's explain the first condition type defensive cost card. The first condition type defensive cost card may include a defensive cost card (e.g., "Second base stealing prevention card") that conditions the prior use of at least some of the multiple pre-provision type attack cards and the multiple post-provision type attack cards. Here, a specific explanation of the first condition type defensive cost card will be provided later.

In addition, the second condition type defense card is conditioned to be used before the result of the operation of the defense dice (600) is generated and may include a defense card that determines an out of at least one runner (e.g., a "first base pickoff card" that determines an out of a first base runner), and the third condition type defense card is conditioned to be used before the result of the operation of the first attack dice (700) is generated and the result of the operation of the second attack dice (800) is generated and may include a defense card that determines at least some of the outs of at least one runner and a specific batter, the outs of at least two or more runners, and the nullification of the advance of at least one runner (e.g., a "double play card" that determines an out of the leading runner and a specific batter, a "triple play card" that determines an out of a first base runner, a second base runner, and a third base runner, a "first base runner advance prevention card" that nullifies the advance of a first base runner), and the fourth condition type defense card is conditioned to be used before the result of the operation of the second attack dice (700) is generated and the result of the operation of the second attack dice (800) is generated and may include a defense card that determines an out of at least one runner and a specific batter, an out of at least two or more runners, and the nullification of the advance of at least one runner (e.g., a "double play card" that determines an out of the leading runner and a specific batter, a "triple play card" that determines an out of a first base runner, a second base runner, and a third base runner, a "first base runner advance prevention card" that nullifies the advance of a first base runner, etc.). In a state where the result of the operation of the dice (800) is generated, a defense card (e.g., a "home guard card") that determines to nullify the home run of a specific runner located at the earliest position among multiple bases (e.g., when a runner is located at the third base, the runner is treated as a specific runner, and when there is no runner at the third base, the runner is treated as a specific runner when a runner is located at the second base).

Meanwhile, the above is described as an example of a second condition type defensive card, namely, a "first base pickoff card" that determines the out of a first base runner, but it is not limited to this, and in some cases, cards with different usage conditions and usage effects depending on the position of the runner (e.g., "second base pickoff card", "third base pickoff card", etc.) may be included in the second condition type defensive card.

In addition, although the above has been described as an example of a third condition type defensive card, a "double play card" that determines the out of the leading runner and a specific batter, it is not limited thereto, and in some cases, a card with the same or similar usage conditions and usage effects (such as another "double play card" that determines the out of only the leading runner and the next leading runner) may be included in the third condition type defensive card.

Also, as another example of a third condition type defensive card, a "triple play card" that determines the outs of runners on first base, second base, and third base is described, but is not limited thereto, and in some cases, cards with the same or similar usage conditions and usage effects (such as other "triple play cards" that determine the outs of the leading runner, the next leading runner, and a specific batter, etc.) may be included in the third condition type defensive card.

Also, as another example of a 3rd condition type offensive card, a "1st base runner advance prevention card" that nullifies the advance of a runner on 1st base was described, but it is not limited to this, and in some cases, cards with the same or similar usage conditions and usage effects (for example, a "2nd base runner advance prevention card" that nullifies the advance of a runner on 2nd base, a "3rd base runner advance prevention card" that nullifies the advance of a runner on 3rd base, etc.) may be included in the 3rd condition type defensive card.

In addition, the above is described as an example of a 4th condition type defensive card, a "home guard card" that nullifies the home run of a specific runner located in the first row among multiple bases, but it is not limited to this, and in some cases, cards with the same or similar usage conditions and usage effects (such as another "home guard card" that nullifies the home run of the next-most-row runner) may be included in the 4th condition type defensive card.

Meanwhile, when at least some of the multiple post-provision type defensive cards are provided to the defensive player, the defensive player may additionally obtain at least some of the remaining multiple post-provision type offensive cards that were not provided in advance before manipulating the defensive dice (600). For example, if at least some of the multiple baseball game rules, such as “great defense,” which are advantageous to the defensive player, are implemented before the defensive player manipulates the defensive dice (600), the defensive player may additionally obtain at least some of the remaining multiple post-provision type defensive cards that were not provided in advance. Meanwhile, the number of times the above rule is implemented may be preset before the baseball board game starts, and the quantity of at least some of the remaining multiple post-provision type defensive cards that are provided to the defensive player for each implementation may also be preset. Accordingly, during the baseball board game, the total quantity of the remaining multiple post-provision type defensive cards that will be provided to the defensive player among the remaining multiple post-provision type defensive cards that were not provided in advance may also be preset.

Meanwhile, the computing device (100) can match each of a plurality of event recording templates, each of which additionally includes a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of a plurality of typists.

By doing so, the computing device (100) additionally operates in a first card-related auxiliary recording mode in which, if at least some of the second condition type defensive cards are used by the defensive player in response to a specific batter and a first specific card-related auxiliary event result is obtained according to each effect displayed on each side of at least some of the second condition type defensive cards, the first specific card-related auxiliary event result is recorded in the first specific card-related auxiliary software defined event holder of the specific auxiliary event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific card-related auxiliary software defined event holder, the third specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder of the specific auxiliary event recording template. For example, if the input in the first specific related auxiliary software defined event holder is a "first base pickoff card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

In addition, the computing device (100) additionally operates in a third card-related auxiliary recording mode in which, if at least some of the third condition type defensive cards are used by the defensive player in response to a specific batter and a third specific auxiliary event result is obtained according to each effect displayed on each side of at least some of the third condition type defensive cards, the third specific auxiliary event result is recorded in the third specific card-related auxiliary software defined event holder, and a NULL value is recorded in the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder. For example, if what is input to the third specific card-related auxiliary software defined event holder is a "double play card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

In addition, the computing device (100) additionally operates in a fourth card-related auxiliary recording mode in which, if at least some of the fourth condition type defensive cards are used by the defensive player in response to a specific batter and a fourth specific auxiliary event result is obtained according to each effect displayed on each side of at least some of the fourth condition type defensive cards, the fourth specific auxiliary event result is recorded in the fourth specific card-related auxiliary software defined event holder, and a NULL value is recorded in the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the third specific card-related auxiliary software defined event holder. For example, if the input in the fourth specific card-related auxiliary software defined event holder is a "home care card," the specific auxiliary event recording template is, for example, will be recorded, and the specific auxiliary event recording template recorded in this way will be additionally matched to the specific typist.

Next, I will explain the 1st condition type attack cards and the 1st condition type defense cards.

First, referring again to FIG. 6, a first condition type attack card according to an embodiment of the present invention is at least some of a plurality of pre-provision type attack cards and a plurality of post-provision type attack cards that condition prior use of at least some of a plurality of pre-provision type defensive cards and a plurality of post-provision type defensive cards. A first condition type attack card according to an embodiment of the present invention can nullify the effect of at least some of a second condition type defensive cards. For example, if a "first base pickoff card" that determines an out of a first base runner is used by a defensive player before the defensive dice (600) are manipulated, the offensive player can use a "pickoff foil card" that nullifies the effect of the use of the "first base pickoff card" as the first condition type attack card in order to prevent an out of a first base runner. As another example, if a "2nd base pickoff card" that determines an out of a runner on second base is used by a defensive player before the defensive dice (600) are manipulated, the offensive player can use another "pickoff foil card" that nullifies the use effect of the "2nd base pickoff card" as a first condition type attack card to prevent the runner on second base from being put out. As another example, if a "3rd base pickoff card" that determines an out of a runner on third base is used by a defensive player before the defensive dice (600) are manipulated, the offensive player can use another "pickoff foil card" that nullifies the use effect of the "3rd base pickoff card" as a first condition type attack card to prevent the runner on third base from being put out.

Next, referring again to FIG. 7, a first condition type defensive card according to an embodiment of the present invention is at least some of a plurality of pre-provision type defensive cards and a plurality of post-provision type defensive cards that condition prior use of at least some of a plurality of pre-provision type attack cards and a plurality of post-provision type attack cards. A first condition type defensive card according to an embodiment of the present invention can nullify the effect of at least some of a third condition type attack card. For example, if a "2nd base stealing card" that determines a 1st base runner's stealing of 2nd base is used by an attacking player before the 1st attack dice (700) is manipulated, the defending player can use a "2nd base steal prevention card" that nullifies the effect of the use of the "2nd base stealing card" as the first condition type defensive card in order to prevent the 1st base runner's stealing of 2nd base. As another example, if a "3rd Base Steal Card" that determines whether a runner on 2nd base will steal 3rd base is used by an offensive player before the first offensive dice (700) is manipulated, the defensive player can use a "3rd Base Steal Prevention Card" that nullifies the use effect of the "3rd Base Steal Card" as a first condition type defensive card to prevent the runner on 2nd base from stealing 3rd base. As another example, if a "Home Steal Card" that determines whether a runner on 3rd base will steal home is used by an offensive player before the first offensive dice (700) is manipulated, the defensive player can use a "Home Steal Prevention Card" that nullifies the use effect of the "Home Steal Card" as a first condition type defensive card to prevent the runner on 3rd base from stealing home. Meanwhile, the "Second Base Steal Prevention Card", "Third Base Steal Prevention Card", and "Home Steal Prevention Card" were described above as the first condition type defensive cards, but they are not limited to this, and in some cases, the defensive player may also use the "Bunt Defense Card" to prevent the offensive player's "Sacrifice Bunt Card", "Surprise Bunt Card", etc., as the first condition type defensive cards.

Meanwhile, the first usage records of at least some of the first condition type attack cards, the second condition type attack cards, the third condition type attack cards, and the fourth condition type attack cards, and the second usage records of at least some of the first condition type defense cards, the second condition type defense cards, the third condition type defense cards, and the fourth condition type defense cards may be obtained from both the attacking device (300) corresponding to the attacking player and the defense device (400) corresponding to the defense player, but are not limited thereto, and may be obtained from only at least one of the attacking device (300) and the defense device (400).

Next, the computing device (100) stores a 3_1 usage record for a specific defensive card, which is at least a part of a plurality of pre-provision type defensive cards and a plurality of post-provision type defensive cards, which convert a first specific face of a plurality of faces of a defensive dice (600) that is the farthest from the ground to a first specific adjustment face while the defensive dice (600) is stopped on the ground, a first specific attack card, which is at least a part of a plurality of pre-provision type attack cards and a plurality of post-provision type attack cards, which convert a second specific face of a plurality of faces of a first attack dice (700) that is the farthest from the ground to a second specific adjustment face while the first attack dice (700) is stopped on the ground, and a plurality of pre-provision type attack cards and a plurality of post-provision type attack cards, which convert a third specific face of a plurality of faces of a second attack dice (800) that is the farthest from the ground to a third specific adjustment face while the second attack dice (800) is stopped on the ground. Additional 3_2 usage records for at least some of the second specific attack cards, which are at least some of the type attack cards, can be obtained from at least one of the attacking device (300) corresponding to the attacking player and the defending device (400) corresponding to the defending player.

For example, if the first specific aspect is "hit", the defensive player can use a specific defensive card to change the first specific aspect to the first specific control aspect (e.g., one of "strike", "ball", and "foul") in order to prevent a specific batter from getting on base, and if the second specific aspect is "ground out", the offensive player can use the first specific offensive card to change the second specific aspect to the second specific control aspect (e.g., one of "hit" and "home run") in order to prevent at least one runner or a specific batter from getting out or to have more scoring opportunities, and if the third specific aspect is "left-center single" that determines all runners to advance one base, the offensive player can use the second specific offensive card to change the third specific aspect to the third specific control aspect (e.g., "fence hit triple" that determines all runners to score) in order to have more scoring opportunities.

In addition, the computing device (100) operates in a first adjustment recording mode in which, when the first specific final adjustment event result is obtained according to the first specific adjustment surface and the first specific final adjustment event result does not satisfy the first predetermined condition (i.e., “strike”), the first specific final adjustment event result is recorded in the first specific software defined event holder and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder. For example, when the first specific final adjustment event result entered in the first specific software defined event holder is “strike out,” the first specific event recording template may be, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

In addition, the computing device (100) operates in a second adjustment recording mode in which, when the second specific final adjustment event result is obtained according to the second specific adjustment surface and the second specific final adjustment event result does not satisfy the second predetermined condition, the second specific final adjustment event result is recorded in the second specific software defined event holder and a NULL value is recorded in the third specific software defined event holder. For example, when the second specific final adjustment event result entered in the second specific software defined event holder is a "home run," the second specific event recording template is, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

In addition, the computing device (100), if the third specific final adjustment event result is obtained according to the third specific adjustment surface, records the third specific final adjustment event result in the third specific software defined event holder and operates in the third adjustment recording mode. For example, if the third specific final adjustment event result entered in the third specific software defined event holder is "three base hit on first base", the third specific event recording template is, for example, will be recorded, and the specific event data recorded in this way will be matched to a specific typist.

Next, the computing device (100) may determine the first specific final event result as the first specific abnormal event result if it is determined that the first acquisition time of the first specific final event result is acquired before a preset 1_1 time has elapsed (from an event immediately preceding the first specific final event result) or is not acquired even during a preset 1_2 time (the 1_2 time lags the 1_1 time by a preset threshold or more) (i.e., acquired too early or too late). For example, assuming that the average first time gap from the time the immediate event of the first specific final event result occurs to the time the first specific final event result is obtained is 1 minute, and assuming a normal distribution, if the time gap corresponding to the lower 10% is 10 seconds and the time gap corresponding to the upper 10% is 5 minutes, the computing device (100) may set 10 seconds from the time the immediate event of the first specific final event result occurs as the 1_1 time, and may set 5 minutes from the time the immediate event of the first specific final event result occurs as the 1_2 time. In this case, if the first specific final event result for a specific batter is obtained within the 1_1 time (i.e., within 10 seconds) or after the 1_2 time (i.e., after 5 minutes), the first specific final event result will be determined as the first specific abnormal event result. This is primarily to prevent one of the offensive or defensive players from intentionally losing or manipulating the baseball board game, thereby causing the other player's winning percentage to be abnormally high.

In addition, the computing device (100), if it is determined that the occurrence frequency of the first operation result corresponding to the fourth specific face of the defensive dice, which is the farthest from the ground among the faces of the defensive dice while the defensive dice is stopped on the ground, is greater than or equal to a preset first threshold, with reference to the game data for the plurality of batters, at least one player among the offensive player and the defensive player may be determined as an abnormal player. For example, if it is determined that the occurrence frequency of each of the event results of the plurality of batters is greater than or equal to a preset 1_1 threshold (e.g., 90% or more) or that the occurrence frequency of each of the “hit” events is greater than or equal to a preset 1_2 threshold (e.g., 80% or more), the computing device (100) may determine the offensive player and/or the defensive player as an abnormal player, and determine that the game data acquired during the baseball board game of the offensive player and the defensive player is invalid. This is to secondarily prevent one of the offensive or defensive players from intentionally losing or manipulating the baseball board game, thereby causing the other player's winning percentage to be abnormally high.

Meanwhile, although only the first specific final event result has been described as an example above, it is not limited thereto, and additionally, by referring to the input time of each of the second specific final event result and the third specific final event result, the occurrence frequency of the fifth specific side of the first attack dice, and the occurrence frequency of the sixth specific side of the second attack dice, the cheating of the attacking player and/or the defending player can be detected.

For example, if the computing device (100) determines that the second acquisition time of the second specific final event result is acquired before a preset 2_1 time (from an event immediately preceding the second specific final event result) or is not acquired even during a preset 2_2 time (the 2_2 time is later than the 2_1 time by a preset threshold value or more), the computing device (100) may determine the second specific final event result as the second specific abnormal event result. For example, assuming that the average second time gap from the event immediately preceding the result of the second specific final event to the time the result of the second specific final event is obtained is 1 minute, and assuming a normal distribution, if the time gap corresponding to the lower 10% is 10 seconds and the time gap corresponding to the upper 10% is 5 minutes, the computing device (100) may set 10 seconds from the time the event immediately preceding the result of the second specific final event occurred as the 2_1 time, and may set 5 minutes from the time the event immediately preceding the result of the second specific final event occurred as the 2_2 time. In this case, if the result of the second specific final event for a specific batter is obtained within the 2_1 time (i.e., within 10 seconds) or after the 2_2 time (i.e., after 5 minutes), the result of the second specific final event may be determined as the result of the second specific abnormal event. In addition, if the computing device (100) determines that the frequency of occurrence of the second manipulation result corresponding to the fifth specific face of the first attacking dice (700) that is the farthest from the ground among the plurality of faces of the first attacking dice (700) while the first attacking dice (700) is stopped on the ground is greater than or equal to a preset second threshold, the computing device (100) may determine at least one player among the attacking player and the defending player as an abnormal player. For example, if the frequency of occurrence of each of the second specific final event results of each of the plurality of batters is greater than or equal to a preset second_1 threshold (e.g., greater than or equal to 50%), or the frequency of occurrence of each of the "hit" events is greater than or equal to a preset second_2 threshold (e.g., greater than or equal to 90%), the computing device (100) may determine the attacking player and/or the defending player as an abnormal player, and may determine that game data acquired during the baseball board game of the attacking player and the defending player is invalid.

As another example, the computing device (100) may determine the third specific final event result as the third specific abnormal event result if it is determined that the third acquisition time of the third specific final event result is acquired before a preset 3_1 time (from an event immediately preceding the 3 specific final event result) or is not acquired even during a preset 3_2 time (the 3_2 time is later than the 3_1 time by a preset threshold). For example, assuming that the average third time gap from the time the immediate event of the third specific final event result occurs to the time the third specific final event result is obtained is 1 minute, and assuming a normal distribution, if the time gap corresponding to the lower 10% is 10 seconds and the time gap corresponding to the upper 10% is 5 minutes, the computing device (100) can set, for example, 10 seconds from the time the immediate event of the third specific final event result occurs as the 3_1 time, and set 5 minutes from the time the immediate event of the third specific final event result occurs as the 3_2 time. At this time, if the third specific final event result is obtained within the 3_1 time (i.e., within 10 seconds) or after the 3_2 time (i.e., after 5 minutes), the third specific final event result can be determined as the third specific abnormal event result. In addition, if the computing device (100) determines that the occurrence frequency of the third manipulation result corresponding to the sixth specific face of the second attacking dice (800) that is the farthest from the ground among the plurality of faces of the second attacking dice (800) while the second attacking dice (800) is stopped on the ground is greater than or equal to a preset third threshold, the computing device (100) may determine at least one player among the attacking player and the defending player as an abnormal player. For example, if the occurrence frequency of each of the third specific final event results of each of the plurality of batters, "fence direct hit triple", is greater than or equal to a preset third_1 threshold (e.g., 60%), or the occurrence frequency of "first base triple" is greater than or equal to a preset third_2 threshold (e.g., 65%), the computing device (100) may determine the attacking player and/or the defending player as an abnormal player, and may determine that game data acquired during the baseball board game of the attacking player and the defending player is invalid.

In addition, the offline baseball board game according to one embodiment of the present invention may further include a data transmission chip that recognizes which side each of the defense dice (600), the first attack dice (700), and the second attack dice (800) comes out as a result of the manipulation of the defense player or the attack player, and transmits each of the event results to the computing device (100), preferably, a service server providing the baseball board game or a recording server linked with the service server. For example, when the "strike" side, which is one of the multiple sides of the defense dice (600), comes out as a result of the manipulation of the defense player, the data transmission chip may recognize this and transmit it to the computing device (100), thereby causing the computing device (100) to increase the strike count for a specific batter by one and record this.

Meanwhile, an offline baseball board game according to another embodiment of the present invention may further include a voice recognition device for recognizing the voice of a defensive player and/or an offensive player. At this time, the computing device (100) may recognize the voice of the defensive player and/or the offensive player through the voice recognition device and record event data for a specific batter with reference to the voice. For example, if the voice "ball" is recognized from a defensive player before the first specific final event result is generated, the computing device (100) may increase the ball count for the specific batter by one and record it.

Meanwhile, the computing device (100) according to one embodiment of the present invention may calculate ranking information of each of the plurality of players by referring to at least a portion of the team names of each of the plurality of players, the account information of each of the plurality of players, the personal information of each of the plurality of players, the winning percentage information of each of the plurality of players, and the event data of each of the plurality of batters of each of the plurality of players. For example, each of the defensive player and the offensive player according to one embodiment of the present invention may check their rankings and ranking fluctuation trends in real time through the offensive device (300) and the defensive device (400), respectively. In addition, the computing device (100) may match a first player having a ranking within a preset threshold range with respect to a specific player among the defensive player and the offensive player, or may match a second player having a winning percentage within a preset threshold range with respect to the specific winning percentage information of the specific player, but is not limited thereto.

In addition, the embodiments according to the present invention described above may be implemented in the form of program commands that can be executed through various computer components and recorded on a computer-readable recording medium. The computer-readable recording medium may include program commands, data files, data structures, etc., alone or in combination. The program commands recorded on the computer-readable recording medium may be those specially designed and configured for the present invention or may be those known to those skilled in the art of computer software and available for use. Examples of the computer-readable recording medium 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 specially configured to store and execute program commands such as ROMs, RAMs, flash memories, etc. Examples of the program commands include not only machine language codes generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter, etc. The hardware devices may be configured to operate as one or more software modules to perform processing according to the present invention, and vice versa.

Although the present invention has been described above with specific details such as specific components and limited examples and drawings, these have been provided only to help a more general understanding of the present invention, and the present invention is not limited to the above examples, and those with common knowledge in the technical field to which the present invention belongs can make various modifications and variations from this description.

Therefore, the idea of the present invention should not be limited to the embodiments described above, and not only the claims described below but also all modifications equivalent to or equivalent to the claims are included in the scope of the idea of the present invention.

Claims (20)

A method for recording batter-specific event data obtained through a baseball board game using multiple dice,
(a) a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an offensive player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the offensive player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice, thereby supporting the performance of the baseball board game by providing the defensive player and the offensive player with the step of, the computing device, acquiring game data generated during the baseball board game; and
(b) the computing device operates in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to the offensive player, and (i) a first specific final event result - the first specific final event result includes a strike out, a walk, and a hit - is obtained according to a result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, and (ii) in the case in which the first specific final event result satisfies the first predetermined condition, the second specific final event result - the second specific final event result - is obtained from the first offensive dice. If the final event result includes at least some of a batter out after a hit, a runner out after a hit, a hit, and a home run - is acquired, and if the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in the second specific software defined event holder of the specific event recording template corresponding to the specific batter, and the NULL value is recorded in the third specific software defined event holder of the specific event recording template, operating in a second recording mode; (iii) if the second specific final event result satisfies the second predetermined condition, if a third specific final event result is acquired from the second attacking dice - the third specific final event result includes at least some of a hit with at least one runner home, a hit without the at least one runner home -, the third specific final event result is recorded in the third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, so that the specific event data recorded in the specific event recording template is recorded in the specific batter. Step of matching and recording;
A method including: In the first paragraph,
In step (b) above,
The computing device, (i) if any one of the first specific final event results entered into the first specific software defined event holder is determined to be the walk or the strike out, records the specific event data corresponding to the specific batter as the first recording mode, (ii) if any one of the first specific final event results is determined to be the hit, and if any one of the second specific final event results entered into the second specific software defined event holder is determined to be at least one of the batter out after the hit, the runner out after the hit, and the home run, records the specific event data corresponding to the specific batter as the second recording mode, (iii) if any one of the second specific final event results is determined to be the hit, and if any one of the third specific final event results entered into the third specific software defined event holder is determined to be a hit with at least one runner home or a hit without at least one runner home, records the specific event data corresponding to the specific batter as the third recording mode. A method characterized by recording as a mode. In the first paragraph,
In step (b) above,
A method wherein, before the specific batter starts pitching for the first time, a specific pitcher is determined by the defensive player or the computing device, and at least one of the first recording mode, the second recording mode, and the third recording mode corresponding to the specific batter is determined, the computing device additionally records the specific event data by matching it to the specific pitcher, and records at least one of the first pair data corresponding to the first recording mode, the second pair data corresponding to the second recording mode, and the third pair data corresponding to the third recording mode, which are composed of the specific pitcher and the specific batter, in a database. In the first paragraph,
In step (b) above,
The computing device further matches each of the plurality of event recording templates including a sequence-related auxiliary software defined event holder to each of the plurality of batters corresponding to the attacking player,
A method characterized in that the results of multiple sequence manipulations of the defensive dice acquired before the end of pitching targeting the specific batter are grouped as specific manipulation sequence data corresponding to the specific batter, and this is additionally inputted and recorded in the auxiliary software defined event holder. In the first paragraph,
In step (a) above,
The method of claim 1, wherein the computing device acquires the game data generated during the baseball board game by additionally providing at least some of a plurality of pre-provision type attack cards provided to the attacking player before the baseball board game is played, a plurality of post-provision type attack cards provided to the attacking player during the baseball board game, a plurality of pre-provision type defense cards provided to the defending player before the baseball board game is played, and a plurality of post-provision type defense cards provided to the defending player during the baseball board game to the defending player and the attacking player to support the performance of the baseball board game,
(i) a first condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards before the end of pitching targeting the specific batter, a second condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the use before the result of manipulation of the defense dice is generated and which determines the advancement of at least one runner, a third condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the use before the result of manipulation of the defense dice is generated and the result of manipulation of the first attack dice is generated and which determines at least some of the on-base of the specific batter, the advancement of the at least one runner, the stealing of the at least one runner, and the home run of the at least one runner, and which is conditioned on the use before the result of manipulation of the first attack dice is generated and the result of manipulation of the second attack dice is generated. Acquire a first usage record of at least some of the fourth condition type attack cards, which are at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which nullify at least some outs of the specific batter and at least one runner, from at least one of the attacking device corresponding to the attacking player and the defensive device corresponding to the defensive player,
(ii) a first condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type offensive cards and the plurality of post-provision type offensive cards before the start of pitching for the subsequent batter of the specific batter, or before the alternation of offense and defense between the offensive player and the defensive player, a second condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the use before the result of the manipulation of the defensive dice is generated and which determines the out of the at least one runner, a third condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the use before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated and which determines at least some of the out of the at least one runner and the specific batter, the out of at least two or more of the runners, and the nullification of the advance of the at least one runner, and the second condition type defensive card, which is conditioned on the use before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated, which determines at least some of the out of the at least one runner and the specific batter, the out of at least two or more of the runners, and the nullification of the advance of the at least one runner, and A method characterized in that the second usage records of at least some of the fourth condition type defensive cards, which are at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which nullify the home run of a specific runner located at the earliest row among the plurality of bases in a state where the result of the manipulation of the offensive dice is generated, are acquired from at least one of the attacking device and the defending device. In paragraph 5,
In step (b) above,
The computing device additionally matches each of the plurality of event recording templates, each of the plurality of event recording templates additionally including a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of the plurality of typists,
(i) if at least some of the second condition type attack card and the second condition type defense card are used by the attacking player or the defending player in response to the specific batter and a first specific card related auxiliary event result is obtained according to each effect displayed on one side of each of the second condition type attack card and the second condition type defense card, the first specific card related auxiliary event result is recorded in a first specific card related auxiliary software defined event holder of a specific auxiliary event recording template corresponding to the specific batter, and the second specific card related auxiliary software defined event holder, the third specific card related auxiliary software defined event holder, and the fourth specific card related auxiliary software defined event holder of the specific auxiliary event recording template are additionally operated in a first card related auxiliary recording mode in which the NULL value is recorded, and (ii) if the third condition type attack card is used by the attacking player and a second specific auxiliary event result is obtained according to the effect displayed on one side of the third condition type attack card, the second specific auxiliary event result is recorded. (iii) if at least some of the fourth condition type attack card and the third condition type defense card are used by the attacking player or the defending player and a third specific auxiliary event result is obtained according to each effect displayed on one side of each of at least some of the fourth condition type attack card and the third condition type defense card, the third specific auxiliary event result is recorded in the third specific card-related auxiliary software defined event holder, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder additionally operate in a third card-related auxiliary recording mode in which the NULL value is recorded; A method characterized in that: (iv) when the fourth condition type defensive card is used by the defensive player and a fourth specific auxiliary event result is obtained according to an effect displayed on one side of the fourth condition type defensive card, the fourth specific auxiliary event result is recorded in the fourth specific card related auxiliary software defined event holder, and the NULL value is recorded in the first specific card related auxiliary software defined event holder, the second specific card related auxiliary software defined event holder, and the third specific card related auxiliary software defined event holder, to additionally operate in a fourth card related auxiliary recording mode. In paragraph 5,
A method characterized in that the first condition type attack card nullifies an effect displayed on one side of the second condition type defense card, and the first condition type defense card nullifies each effect displayed on at least some of the third condition type attack cards. In paragraph 5,
In step (a) above,
The computing device stores a 3_1 usage record for a specific defensive card, which is at least a part of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which causes the first specific face of the plurality of faces of the defensive dice to be switched to the first specific adjustment face while the defensive dice is stopped on the ground, and a first specific attack card, which is at least a part of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which causes the second specific face of the plurality of faces of the first attack dice to be switched to the second specific adjustment face while the first attack dice is stopped on the ground, and a second specific attack card, which is at least a part of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which causes the third specific face of the plurality of faces of the second attack dice to be switched to the third specific adjustment face while the second attack dice is stopped on the ground. 3_2 Additional usage records are obtained from at least one of the attacking device corresponding to the attacking player and the defending device corresponding to the defending player,
In step (b) above,
The computing device operates in a first adjustment recording mode in which (i) if a first specific final adjustment event result is obtained according to the first specific adjustment plane and the first specific final adjustment event result does not satisfy the first predetermined condition, the first specific final adjustment event result is recorded in the first specific software defined event holder and the NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder, (ii) if a second specific final adjustment event result is obtained according to the second specific adjustment plane and the second specific final adjustment event result does not satisfy the second predetermined condition, the computing device operates in a second adjustment recording mode in which the second specific final adjustment event result is recorded in the second specific software defined event holder and the NULL value is recorded in the third specific software defined event holder, (iii) if a third specific final adjustment event result is obtained according to the third specific adjustment plane, the third specific final adjustment event result is recorded in the third specific software defined event holder. A method characterized by recording in a holder and operating in a third adjustment recording mode. In the first paragraph,
In step (b) above,
A method characterized in that the computing device determines, if the first acquisition time of the first specific final event result is determined to be acquired before a preset 1_1 time or after a preset 1_2 time, wherein the 1_2 time is later than the 1_1 time, the first specific final event result is determined as the first specific abnormal event result, if the second acquisition time of the second specific final event result is determined to be acquired before a preset 2_1 time or after a preset 2_2 time, wherein the 2_2 time is later than the 2_1 time, the second specific final event result is determined as the second specific abnormal event result, and if the third acquisition time of the third specific final event result is determined to be acquired before a preset 3_1 time or after a preset 3_2 time, wherein the 3_2 time is later than the 3_1 time, the third specific final event result is determined as the third specific abnormal event result. In the first paragraph,
In step (a) above,
A method characterized in that, when the computing device, with reference to the game data for the plurality of batters, determines that a frequency of occurrence of a first manipulation result corresponding to a fourth specific face of the plurality of faces of the defensive dice having the greatest distance from the ground while the defensive dice is stopped on the ground is greater than or equal to a first threshold value, or when the frequency of occurrence of a second manipulation result corresponding to a fifth specific face of the plurality of faces of the first attack dice having the greatest distance from the ground while the first attack dice is stopped on the ground is greater than or equal to a second threshold value, or when the frequency of occurrence of a third manipulation result corresponding to a sixth specific face of the plurality of faces of the second attack dice having the greatest distance from the ground while the second attack dice is stopped on the ground is greater than or equal to a third threshold value, at least one of the attacking player and the defending player is determined as an abnormal player. A method for recording batter-specific event data obtained through a baseball board game using multiple dice,
At least one memory for storing instructions; and
comprising at least one processor configured to execute the above instructions;
The processor, (I) provides a baseball board game board, a defensive dice manipulated by a defensive player, a first attack dice manipulated by an offensive player when a first predetermined condition is satisfied according to a result of the manipulation of the defensive dice, and a second attack dice additionally manipulated by the offensive player when a second predetermined condition is satisfied according to a result of the manipulation of the first attack dice to the defensive player and the offensive player, thereby supporting the performance of the baseball board game, thereby obtaining game data generated during the baseball board game; And (II) operating in a first recording mode in which each of a plurality of event recording templates including a first software defined event holder, a second software defined event holder, and a third software defined event holder is matched to each of a plurality of batters corresponding to the offensive player, (i) a first specific final event result - the first specific final event result includes a strike out, a walk, and a hit - is obtained according to a result of the manipulation of the defensive dice corresponding to a specific batter among the plurality of batters and the first specific final event result does not satisfy the first predetermined condition, the first specific final event result is recorded in the first specific software defined event holder of the specific event recording template corresponding to the specific batter, and a NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder of the specific event recording template, (ii) in the case in which the first specific final event result satisfies the first predetermined condition, a second specific final event result - the second specific final event result - is obtained from the first offensive dice. If a state in which at least some of a batter out after a hit, a runner out after a hit, a hit, and a home run are acquired, and if the second specific final event result does not satisfy the second predetermined condition, the second specific final event result is recorded in the second specific software defined event holder of the specific event recording template corresponding to the specific batter, and the NULL value is recorded in the third specific software defined event holder of the specific event recording template, operating in a second recording mode; (iii) if the second specific final event result satisfies the second predetermined condition, if a third specific final event result is acquired from the second attacking dice, and the third specific final event result includes at least some of a hit with at least one runner homering, a hit without the at least one runner homering, the third specific final event result is recorded in the third specific software defined event holder of the specific event recording template corresponding to the specific batter, and operating in a third recording mode, thereby matching the specific event data recorded in the specific event recording template to the specific batter. A computing device that performs the process of recording. In Article 11,
In the above process (II),
The processor, (i) if any one of the first specific final event results inputted into the first specific software defined event holder is determined to be the walk or the strike out, records the specific event data corresponding to the specific batter as the first recording mode, (ii) if any one of the first specific final event results is determined to be the hit, and if any one of the second specific final event results inputted into the second specific software defined event holder is determined to be at least one of the batter out after the hit, the runner out after the hit, and the home run, records the specific event data corresponding to the specific batter as the second recording mode, (iii) if any one of the second specific final event results is determined to be the hit, and if any one of the third specific final event results inputted into the third specific software defined event holder is determined to be a hit with at least one runner home or a hit without at least one runner home, records the specific event data corresponding to the specific batter as the third recording mode. A computing device characterized by recording as a mode. In Article 11,
In the above process (II),
The processor is characterized in that, when at least one of the first recording mode, the second recording mode, and the third recording mode corresponding to the specific batter is determined in a state where a specific pitcher is determined by the defensive player or the processor before the specific batter starts pitching for the first time, the processor additionally records the specific event data by matching it to the specific pitcher, and records at least one of the first pair data corresponding to the first recording mode, the second pair data corresponding to the second recording mode, and the third pair data corresponding to the third recording mode, which are composed of the specific pitcher and the specific batter, in a database. In Article 11,
In the above process (II),
The processor further matches each of the plurality of event recording templates, each of which additionally includes a sequence-related auxiliary software defined event holder, to each of the plurality of batters corresponding to the attacking player,
A computing device characterized in that it groups the results of multiple sequence manipulations of the defensive dice acquired before the end of pitching targeting the specific batter as specific manipulation sequence data corresponding to the specific batter, and additionally inputs and records this in the auxiliary software defined event holder. In Article 11,
In the above process (I),
The processor is characterized in that, when the baseball board game is performed by additionally providing at least some of a plurality of pre-provision type attack cards provided to the attacking player before the baseball board game is performed, a plurality of post-provision type attack cards provided to the attacking player during the baseball board game, a plurality of pre-provision type defense cards provided to the defending player before the baseball board game is performed, and a plurality of post-provision type defense cards provided to the defending player during the baseball board game, to the defending player and the attacking player, the game data generated during the baseball board game is acquired,
(i) a first condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type defense cards and the plurality of post-provision type defense cards before the end of pitching targeting the specific batter, a second condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the use before the result of manipulation of the defense dice is generated and which determines the advancement of at least one runner, a third condition type attack card, which is at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which is conditioned on the use before the result of manipulation of the defense dice is generated and the result of manipulation of the first attack dice is generated and which determines at least some of the on-base of the specific batter, the advancement of the at least one runner, the stealing of the at least one runner, and the home run of the at least one runner, and which is conditioned on the use before the result of manipulation of the first attack dice is generated and the result of manipulation of the second attack dice is generated. Acquire a first usage record of at least some of the fourth condition type attack cards, which are at least some of the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards, which nullify at least some outs of the specific batter and at least one runner, from at least one of the attacking device corresponding to the attacking player and the defensive device corresponding to the defensive player,
(ii) a first condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the prior use of at least some of the plurality of pre-provision type offensive cards and the plurality of post-provision type offensive cards before the start of pitching for the subsequent batter of the specific batter, or before the alternation of offense and defense between the offensive player and the defensive player, a second condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the use before the result of the manipulation of the defensive dice is generated and which determines the out of the at least one runner, a third condition type defensive card, which is at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which is conditioned on the use before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated and which determines at least some of the out of the at least one runner and the specific batter, the out of at least two or more of the runners, and the nullification of the advance of the at least one runner, and the second condition type defensive card, which is conditioned on the use before the result of the manipulation of the first attack dice is generated and the result of the manipulation of the second attack dice is generated, which determines at least some of the out of the at least one runner and the specific batter, the out of at least two or more of the runners, and the nullification of the advance of the at least one runner, and A computing device characterized in that the second usage record of at least some of the fourth condition type defensive cards, which are at least some of the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards, which nullify the home run of a specific runner located at the earliest row among the plurality of bases in a state where the result of the manipulation of the offensive dice is generated, is acquired from at least one of the attacking device and the defending device. In Article 15,
In the above process (II),
The processor further matches each of the plurality of event recording templates, each of which additionally includes a first card-related auxiliary software defined event holder, a second card-related auxiliary software defined event holder, a third card-related auxiliary software defined event holder, and a fourth card-related auxiliary software defined event holder, to each of the plurality of typists,
(i) if at least some of the second condition type attack card and the second condition type defense card are used by the attacking player or the defending player in response to the specific batter and a first specific card related auxiliary event result is obtained according to each effect displayed on one side of each of the second condition type attack card and the second condition type defense card, the first specific card related auxiliary event result is recorded in a first specific card related auxiliary software defined event holder of a specific auxiliary event recording template corresponding to the specific batter, and the second specific card related auxiliary software defined event holder, the third specific card related auxiliary software defined event holder, and the fourth specific card related auxiliary software defined event holder of the specific auxiliary event recording template are additionally operated in a first card related auxiliary recording mode in which the NULL value is recorded, and (ii) if the third condition type attack card is used by the attacking player and a second specific auxiliary event result is obtained according to the effect displayed on one side of the third condition type attack card, the second specific auxiliary event result is recorded. (iii) if at least some of the fourth condition type attack card and the third condition type defense card are used by the attacking player or the defending player and a third specific auxiliary event result is obtained according to each effect displayed on one side of each of at least some of the fourth condition type attack card and the third condition type defense card, the third specific auxiliary event result is recorded in the third specific card-related auxiliary software defined event holder, and the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the fourth specific card-related auxiliary software defined event holder additionally operate in a third card-related auxiliary recording mode in which the NULL value is recorded; A computing device characterized in that it additionally operates in a fourth card-related auxiliary recording mode in which, (iv) the fourth condition type defensive card is used by the defensive player and a fourth specific auxiliary event result is obtained according to an effect displayed on one side of the fourth condition type defensive card, the fourth specific auxiliary event result is recorded in the fourth specific card-related auxiliary software defined event holder, and the NULL value is recorded in the first specific card-related auxiliary software defined event holder, the second specific card-related auxiliary software defined event holder, and the third specific card-related auxiliary software defined event holder. In Article 15,
A computing device characterized in that the first condition type attack card nullifies an effect displayed on one side of the second condition type defense card, and the first condition type defense card nullifies each effect displayed on at least some of the third condition type attack cards. In Article 15,
In the above process (I),
The processor stores a 3_1 usage record for at least some of the specific defensive cards among the plurality of pre-provision type defensive cards and the plurality of post-provision type defensive cards that convert a first specific face of the plurality of faces of the defensive dice, which is the farthest from the ground, into a first specific adjustment face while the defensive dice is stopped on the ground, and at least some of the first specific attack cards among the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards that convert a second specific face of the plurality of faces of the first attack dice, which is the farthest from the ground, into a second specific adjustment face while the first attack dice is stopped on the ground, and at least some of the second specific attack cards among the plurality of pre-provision type attack cards and the plurality of post-provision type attack cards that convert a third specific face of the plurality of faces of the second attack dice, which is the farthest from the ground, into a third specific adjustment face while the second attack dice is stopped on the ground. 3_2 Additional usage records are obtained from at least one of the attacking device corresponding to the attacking player and the defending device corresponding to the defending player,
In the above process (II),
The processor operates in a first adjustment recording mode in which (i) if a first specific final adjustment event result is obtained according to the first specific adjustment plane and the first specific final adjustment event result does not satisfy the first predetermined condition, the first specific final adjustment event result is recorded in the first specific software defined event holder and the NULL value is recorded in the second specific software defined event holder and the third specific software defined event holder, (ii) if a second specific final adjustment event result is obtained according to the second specific adjustment plane and the second specific final adjustment event result does not satisfy the second predetermined condition, the processor operates in a second adjustment recording mode in which the second specific final adjustment event result is recorded in the second specific software defined event holder and the NULL value is recorded in the third specific software defined event holder, (iii) if a third specific final adjustment event result is obtained according to the third specific adjustment plane, the third specific final adjustment event result is recorded in the third specific software defined event holder. A computing device characterized by recording in a holder and operating in a third adjustment recording mode. In Article 11,
In the above process (II),
A computing device, characterized in that, if the processor determines that the first acquisition time of the first specific final event result is acquired before a preset 1_1 time or after a preset 1_2 time, wherein the 1_2 time is later than the 1_1 time, the first specific final event result is determined as the first specific abnormal event result, if the second acquisition time of the second specific final event result is determined to be acquired before a preset 2_1 time or after a preset 2_2 time, wherein the 2_2 time is later than the 2_1 time, the second specific final event result is determined as the second specific abnormal event result, and if the third acquisition time of the third specific final event result is determined to be acquired before a preset 3_1 time or after a preset 3_2 time, wherein the 3_2 time is later than the 3_1 time, the third specific final event result is determined as the third specific abnormal event result. In Article 11,
In the above process (I),
A computing device characterized in that, when the processor, with reference to the game data for the plurality of batters, determines that a frequency of occurrence of a first manipulation result corresponding to a fourth specific face of the plurality of faces of the defensive dice having the farthest distance from the ground while the defensive dice is stopped on the ground is greater than or equal to a first threshold value, or when the frequency of occurrence of a second manipulation result corresponding to a fifth specific face of the plurality of faces of the first attack dice having the farthest distance from the ground while the first attack dice is stopped on the ground is greater than or equal to a second threshold value, or when the frequency of occurrence of a third manipulation result corresponding to a sixth specific face of the plurality of faces of the second attack dice having the farthest distance from the ground while the second attack dice is stopped on the ground is greater than or equal to a third threshold value, at least one of the attacking player and the defending player is determined as an abnormal player.