JP2017170018A - Electronic scorebook generating apparatus, electronic scorebook generating method, and electronic scorebook generating program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic scorebook generating apparatus, an electronic scorebook generating method, and an electronic scorebook generating program that can generate scorebook data containing effective information.SOLUTION: An electronic scorebook generating apparatus includes: a memory unit for storing scorebook data on a game and information on players played in the game; a control unit including a contribution degree calculator for extracting information on a target player from the scorebook and calculating the degree of contribution of the target player based on the extracted information, and a display image generator for generating an image including information on the degree of contribution of the target player; and a display unit for displaying the image generated at the display image generator.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an electronic scorebook creation device, an electronic scorebook creation method, and an electronic scorebook creation program.

  There is known a display technology capable of displaying score information in a score book together with a baseball game video and watching the game while watching the score information (see, for example, Patent Document 1).

JP 2005-236541 A

  In the display technique described in Patent Document 1, score information corresponding to an event displayed on a display unit or the like is displayed. For example, in the event that the batter swings with respect to the pitcher's pitch, the score information of the swing is displayed. Further, for example, in the event that a batter hits a pitcher to make a single hit, the score information of the single hit is displayed.

  The display technique described in Patent Literature 1 displays only score information corresponding to the displayed event. Here, it is required to include information that can be effectively used by the information in the scorebook.

  The present invention has been made in view of the above, and provides an electronic scorebook creation apparatus, an electronic scorebook creation method, and an electronic scorebook creation program capable of creating scorebook information including effective information. For the purpose.

  An electronic scorebook creation device according to the present invention extracts scorebook data about a game and information of players who have participated in the game, and information on target players included in the scorebook, A contribution calculation unit that calculates the contribution of the target player based on the extracted information, a control unit that includes a display image creation unit that creates an image including information on the contribution of the target player, and the display image creation unit A display unit for displaying the created image.

An electronic scorebook creation method according to the present invention includes a display unit capable of displaying an image, a scorebook data about a game, and a storage unit that stores information on players who have participated in the game,
An electronic scorebook creating method of an electronic scorebook creating device comprising: extracting information on a target player included in the scorebook, calculating a contribution degree of the target player based on the extracted information, and the target player Create an image that contains information about the contribution of.

  An electronic scorebook creating program according to the present invention comprises an electronic scorebook comprising: a display unit capable of displaying an image; and a storage unit for storing scorebook data about a game and information of players who have participated in the game An electronic scorebook creation program for creating a scorebook of a creation device, extracting information of a target player included in the scorebook, and calculating a contribution degree of the target player based on the extracted information; A process of creating an image including information on the contribution level of the target player, and causing the electronic scorebook creating apparatus to execute the process.

  According to the present invention, an electronic scorebook creation device, an electronic scorebook creation method, and an electronic scorebook capable of creating scorebook information including effective information that is a degree of contribution that allows the player to know the contribution to the game. Creation program can be provided.

FIG. 1 is a block diagram illustrating an example of an electronic scorebook creation apparatus according to the present embodiment. FIG. 2 is a diagram illustrating an example of an electronic scorebook creation apparatus according to the present embodiment. FIG. 3 is a diagram illustrating an example of score book data stored in the score book data storage unit. FIG. 4 is a flowchart showing an example of the operation of the electronic scorebook creation apparatus according to the present embodiment. FIG. 5 is a diagram for explaining an example of a contribution degree calculation process. FIG. 6 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. FIG. 7 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. FIG. 8 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. FIG. 9 is a diagram showing the display contents of the display unit of the electronic scorebook creation apparatus. FIG. 10 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus.

  Embodiments of an electronic scorebook creation device, an electronic scorebook creation method, and an electronic scorebook creation program according to the present invention will be described below with reference to the drawings. In addition, this invention is not limited by this embodiment. In addition, constituent elements in the following embodiments include those that can be easily replaced by those skilled in the art or those that are substantially the same.

  FIG. 1 is a block diagram illustrating an example of an electronic scorebook creation apparatus 100 according to the present embodiment. The electronic scorebook creation apparatus 100 shown in FIG. 1 displays the baseball game video based on, for example, video data about a baseball game that has been taken in advance. As illustrated in FIG. 1, the electronic scorebook creation apparatus 100 includes an input unit 1, a display unit 9, a communication unit 13, a storage unit 14, and a control unit 15. The input unit 1, the display unit 9, the communication unit 13, the storage unit 14, and the control unit 15 are connected via a bus line 16, for example.

  The input unit 1 outputs an instruction signal for the control unit 15. As the input unit 1, for example, an input device such as a touch panel is used. In addition to the touch panel or instead of the touch panel, the input unit 1 may be a button, lever, dial, switch, or other input device. The input unit 1 outputs an instruction signal corresponding to a predetermined input operation. The display unit 9 displays various information including characters and images. The display unit 9 includes a display panel such as a liquid crystal panel. The display unit 9 can display information including video.

  FIG. 2 is a diagram illustrating an example of the electronic scorebook creation apparatus 100 according to the present embodiment. As shown in FIG. 2, the electronic scorebook creation device 100 has a portable terminal type housing 101, for example. The input unit 1 and the display unit 9 are provided on the surface of the housing 101. Note that the communication unit 13, the storage unit 14, and the control unit 15 are provided inside the housing 101.

  As shown in FIG. 2, as the input unit 1 and the display unit 9, a touch panel that is the input unit 1 is disposed on a display panel that is the display unit 9. The display unit 9 can display an operation image. For example, a button 21 and a switch 22 are displayed on the display unit 9 as operation images. The button 21 and the switch 22 are displayed in different areas of the display unit 9.

  The input unit 1 outputs a predetermined instruction signal when a touch operation is performed on a region of the touch panel that overlaps the button 21 and the switch 22 that are operation images. For example, when an operation on the button 21 is detected, an instruction signal for reproducing a video is output. In addition, the structure of the input part 1 and the display part 9 is not limited to the said structure.

  As shown in FIG. 1, the communication unit 13 communicates information with an external device by wire or wireless. The communication unit 13 transmits and receives video data and the like with an external imaging device, for example. The electronic scorebook creation apparatus 100 may be configured to include an imaging device.

  The storage unit 14 has a storage such as a hard disk drive or a solid state drive. Note that an external storage medium such as a removable disk may be used as the storage unit 14. The storage unit 14 stores an operating system of the electronic scorebook creation apparatus 100, various programs and data for controlling operations of the input unit 1, the display unit 9, and the communication unit 13.

  The storage unit 14 is an electronic scorebook creation program that causes the electronic scorebook creation device 100 to display, and when the first instruction signal is output, the video data of the baseball game that has been captured in advance is displayed. Based on the process of displaying the game video of the game on the display unit 9 and the second instruction signal, the batter displayed on the display unit 9 is hit at least at the batter from the scorebook data about the game A program for causing the electronic scorebook creating apparatus 100 to execute a process of extracting the result and displaying the result information including the hitting result on the display unit 9 in a state where the result information is superimposed on the game video is stored.

  The storage unit 14 includes a video data storage unit 25, a scorebook data storage unit 26, a synchronization information storage unit 27, a player data storage unit 28, and a contribution calculation reference data storage unit 29. .

  The video data storage unit 25 stores video data. The video data includes data on a game video previously shot for a baseball game. Video data is associated with time data. The time data may be, for example, the time at which the game video is shot, or may be the elapsed time from the start of shooting the game video. The video data storage unit 25 can store a plurality of video data.

  The scorebook data storage unit 26 stores scorebook data for one game corresponding to each video data stored in the video data storage unit 25. The score book data includes score data described in the baseball score book. The score recorded in the score book will be briefly described. A score is a set of score information. The score information is individual events constituting a series of events starting from the pitcher's pitch. Therefore, each time a pitcher throws one ball, a plurality of pieces of score information are created, thereby creating one score. For example, if the result of hitting in the 1st base is a light flyout and the 1st runner is also a touchout, score information that the batter is out, score information that is a light fly, and 1st runner Is generated as score information, and one score is formed from the score information.

  In addition to the score information exemplified above, the score includes the batter's action, the fielder's action, the count confirmation, if there is a runner who has already come out, the progress status of that runner, and others Score information such as other actions may be included. Specifically, the score may include score information such as a strike, a ball, a foul, a hitting result, a hitting ball type, a catcher, a progress result, and the like. The hitting result is information such as out, first hit, second hit, third hit, and home run. The type of hit ball is information such as goro, liner, fly, and bunt, and may be further classified. The catcher fielder is information for specifying the fielder who actually caught the hit ball or the fielder's defense position. The advancement result is information on the advancement of the runner who has come out, such as “1” to “2”, and can include other actions such as a batter or a fielder.

  FIG. 3 is a diagram illustrating an example of score book data stored in the score book data storage unit 26. In the example shown in FIG. 3, all score information for the first-time table and the first-time table is shown. As shown in FIG. 3, the score book data includes batter score information 40, defense score information 41, runner score information 42, and tag data 43. The batter score information 40 includes a pitch record 44, a batting record 45, inning information 46, front / back information 47, batting order information 48, personal ID 49, pitch result information 50, and output information 51. .

  One pitch record 44 is created every time the pitcher pitches. The pitch record 44 is given a pitch record number (throw ID) in ascending order as the pitch. One batting record 45 is created every time one batting is completed, that is, every time a score is determined. The same at-bat includes one or more pitches. The batting record 45 is given an ascending order of the batting record number (batting ID) as an index for one batting record.

  The inning information 46 is information indicating the number of innings in which the pitch record 44 and the batting record 45 are created. The front / back information 47 is information indicating the front and back in the inning. The batting order information 48 is information indicating the batting order corresponding to one score, and is represented by an integer from 1 to 9. The personal ID 49 is information for identifying a batter in one score. The personal ID 49 is associated with information such as the name of the corresponding batter by a table (not shown).

  The pitching result information 50 is information indicating a result for one pitching record. The pitching result information for the last pitch in one bat is equivalent to the batting result in the one bat. That is, the batting result for one batter of a batter is the pitching result information for the last pitch at the corresponding batter.

  For example, in FIG. 3, the score of the batter (personal ID: 005) whose batting record number is D0005 includes three pitches of three pitch record numbers T0013 to T0015. Of these, the pitch result information for the first pitch T0013 is a ball. The pitching result information for the second pitch T0014 is a foul. Also, the pitching result information for the third pitch T0015 is two strokes. In this case, the hitting result of the batter 005 at the corresponding bat D0005 is two strokes.

  The output information 51 is information indicating the output status of the batter in the batting record 45. The output information 51 is represented by, for example, 1 when an output is made and 0 when no output is made.

  The batter score information 40 includes the batter action, the fielder action, the count determination in the above-described score information, the progress status of the runner if there is a runner already in the race, and other batter and fielder other information. Corresponds to score information such as behavior. The score information such as other actions indicates irregular events that should be recorded separately from the normal score, that is, batter obstruction, defensive obstruction, swing escape, boke, and the like.

  The defensive score information 41 is information on the defensive player who processed the hit ball at the time of the last pitch in which the hitting result occurs. Information is registered in the pitch record number in which the pitch result information is registered. In the defensive score information 41, the information of the defensive player who processed the hit ball is registered with the defensive position number. For example, when the pitch record number is T0003, “4-6” is registered. This indicates that the second baseman catches the ball and then hands the ball to the shortstop. When the pitch record number is T0015, “7-2” is registered. This indicates that the left hand has caught the ball and then handed the ball to the catcher. Here, since the pitching record number is T0015, the pitching result information is 2 hits, that is, the left winger catches a ball that has bounced at least once in the outfield, and then throws the ball toward the base and the catcher catches it. You can see that it is a ball.

  The runner score information 42 is score information related to the progress result among the above score information. The runner score information 42 includes first runner information 52, second runner information 53, and third runner information 54. The first runner information 52, the second runner information 53, and the third runner information 54 are created for each pitch record 44. In FIG. 3, the 1st runner information 52, 2nd runner information 53, and 3rd runner information 54 are information on how many have been advanced when progressing in the pitch record as shown on the right side of each column. Including. Further, the first runner information 52, the second runner information 53, and the third runner information 54 include individual IDs for identifying who the runner of each run is, as shown on the left side of each column.

  For example, in the pitching of the pitch record number T0012, it is shown that the batter with the personal ID 005 hit one hit (hit) at the batting record number D004 and the first runner with the personal ID 004 advanced to the second base.

  In addition, for example, when it is out due to a check ball, the fact that it has been out is displayed above each column of the first runner information 52, the second runner information 53, and the third runner information 54. The personal ID of the runner who is out is displayed. In addition, the same display is made when a force-out or a touch-out occurs.

  The tag data 43 is information for identifying score information created for each pitch record 44. The tag data 43 is created with one start tag and one end tag each time the pitch record 44 is created. The start tag and the end tag are associated with the respective times, the start time and the end time. Although time is displayed in the tag data 43, the start tag and the end tag may be assigned with tag numbers as an index in ascending order, and processing may be performed using the tag numbers. In this case, it is preferable to separately store the relationship between the tag number of the start tag and the end tag and the time. Note that the pitch record number of the pitch record 44 may be used as tag data.

  The synchronization information storage unit 27 stores synchronization information. The synchronization information is information for associating video data and scorebook data. The synchronization information includes data that associates video data and score book data with tag data. The tag data is information corresponding to the tag data 43 stored in the scorebook data storage unit 26.

  In the player data storage unit 28, information of players registered in the score book is registered. The player data information unit 28 is data common to the game videos and score books of a plurality of games. The contribution calculation reference data storage unit 29 stores reference information for calculating the contribution. Specifically, a calculation rule for calculating the participation time of a player as a contribution is stored.

  The control unit 15 illustrated in FIG. 1 controls each unit of the input unit 1, the display unit 9, and the communication unit 13. In addition, the control unit 15 performs calculation, processing, and the like according to the instruction signal from the input unit 1. The control unit 15 includes an input signal processing unit 2, a video data processing unit 3, a scorebook data processing unit 4, a synchronization signal extraction unit 5, a contribution calculation unit 6, a contribution image creation unit 7, a data It has a superimposing unit 8 and a video storage processing unit 12.

  The input signal processing unit 2 receives an instruction signal output from the input unit 1. When an instruction for calculating the contribution of a player is input as the instruction signal, the input signal processing unit 2 outputs information on the input instruction to the contribution calculation unit.

  The video data processing unit 3 receives a video data read signal. When the video data read signal is input, the video data processing unit 3 reads the video data stored in the video data storage unit 25 and outputs the video signal to the synchronization signal extraction unit 5 and the contribution image creation unit 7.

  The scorebook data processing unit 4 receives a scorebook data read signal. When the scorebook data read signal is input, the scorebook data processing unit 4 reads the scorebook data stored in the scorebook data storage unit 26, and as the scorebook signal, the target data specifying unit 10 of the contribution calculating unit 6 Output to.

  The synchronization signal extraction unit 5 acquires a synchronization signal for synchronizing the scorebook information and the video signal, and outputs the synchronization signal to the scorebook data processing unit 4 and the video data processing unit 3. Further, the synchronization signal extraction unit 5 acquires tag data from one of the scorebook data processing unit 4 and the video data processing unit 3, acquires a synchronization signal based on the acquired tag data, and obtains information on the acquired synchronization signal. The result is output to the other of the scorebook data processing unit 4 and the video data processing unit 3.

  The contribution calculation unit 6 includes a target data identification unit 10 and a conversion unit 11. The target data specifying unit 10 receives a scorebook signal. The target data specifying unit 10 specifies scorebook data corresponding to the specified player based on the input scorebook signal and a signal specifying the player input from the input signal processing unit 2, and specifies the specified scorebook Is output to the conversion unit 11.

  The conversion unit 11 receives the scorebook data specified by the target data specifying unit and the specified player information. The conversion unit 11 calculates the contribution based on the input scorebook data, the identified player information, and the contribution calculation reference data. For example, the conversion unit 11 searches the score book data for the personal ID 49 corresponding to the specific player from the batter score information 40, and outputs information among the pitch record data of the batting record 45 with the record of the searched personal ID. All pitch record data other than 0 indicating that 51 is not out is extracted. By this extraction method, for example, even if the number of pitch record data included in the batting record 45 is large, if the batting information 51 of the batting of the retrieved personal ID is 0, the specific player contributes to the game at that batting. It will not be done. This extraction method increases the certainty of contribution. Further, the conversion unit 11 searches the runner score information 42 for the pitch record 44 including the specific player as the runner from the score book data, and extracts all the pitch record data of the extracted pitch record 44. Further, the conversion unit 11 searches the defense score information 41 for the defense number corresponding to the specific player in the scorebook data, and extracts all the pitch record data of the pitch record 44 that has been extracted. The conversion unit 11 calculates the degree of contribution based on the pitch record information extracted in this way.

  The contribution degree image creation unit 7 receives the contribution degree information calculated by the contribution degree calculation unit 6. The contribution image creation unit 7 creates an image indicating the contribution of a specific player based on the input information.

  The data superimposing unit 8 receives video data and a contribution image. The data superimposing unit 8 creates an image in which the contribution image is superimposed on the input video data. Alternatively, a score book image may be input instead of the video data, and an image in which a contribution image is superimposed on the score book image may be created.

  Based on the display video signal output from the data superimposing unit 8 to the display unit 9, the video storage processing unit 12 stores the game video 61 in a state where the result information is superimposed.

  Next, the operation of the electronic scorebook creation apparatus 100 configured as described above will be described. FIG. 4 is a flowchart showing an example of the operation of the electronic scorebook creation apparatus 100 according to the present embodiment. FIG. 5 is a diagram for explaining processing of the electronic scorebook creation apparatus 100. The processing shown in FIG. 5 can be realized by executing processing in each unit of the control unit 15.

  The control unit 15 detects the player's specific instruction (step S101). Specifically, an instruction for calculating the degree of contribution input to the input unit 1 is detected. In addition, the specific instruction | indication of a player may be the specific instruction | indication of all the players output to the game. In this case, an instruction for calculating the contribution to the game is input. Moreover, when calculating the contribution degree in the game of all the players, the player to be identified is switched, and the same processing is executed in order.

  The control unit 15 specifies the player to be processed based on the player specifying instruction, and acquires information of the specified player's score book (step S102). The control unit 15 calculates the contribution degree at the time of the player's attack based on the acquired score book information (step S103). Specifically, the control unit 15 extracts items in which the player specified as the attack time is included in the scorebook. Specifically, the batter record information that is a batter and the batter record information that is a runner are extracted, the start time and end time of the extracted batter record information are acquired, and the start time is calculated from the end time. The subtracted time is set as the score time (TS), and the total time of the score time (TS) is set as the total score time (TTS). The control unit 15 calculates the contribution by dividing the total score time (TTS) by the total time of the attacking times in which the specific player has played. The total time of attacking times that a specific player has played is the sum of the time from the first time of each attacking batter where the personal ID of the specific player is recorded in the order of batting in the attack inning to the time when the result was recorded It is calculated by calculating | requiring. Here, in the extraction of the score time from the batter record information that is a batter, if the last output information 51 of the batter record is 0, the score time corresponding to that batter is 0.

  Next, the control part 15 calculates the contribution degree at the time of defense of a player based on the information of the acquired score book (step S104). The control part 15 extracts the item in which the player specified by the defensive times is included on the score book. Specifically, the control unit 15 extracts batting record information included in the defensive score information, extracts a score time (TS) from the start time and end time of the extracted batting record information, and total score time (TTS) Is calculated. The control unit 15 calculates the degree of contribution by dividing the total score time (TS) in the defensive times of the specific player by the total time of the defensive times in which the specific player has participated. The total time of the defensive times that the specific player has played is the time from the start time to the end time of the defensive inning of the team to which the specific player belongs.

  The control unit 15 calculates the degree of contribution to the game based on the results of step S103 and step S104. Specifically, the time that the specific player has been involved in the game is calculated from the information in the score book, that is, the total score time that is the sum of the score times extracted in step S103 and step S104 is calculated, and the specific player attacks. The contribution is calculated by dividing by the game time played through the first and defensive times. That is, the degree of contribution is calculated by TTS (total score time TS of scores related to the specific player) / T (participation time of the specific player). Specifically, as shown in FIG. 5, for each score time (difference between the start time and end time of one pitch ID data), the player A is sent to the score time or corresponds to the entry time. The score time and the participation time are calculated by classifying whether or not to perform and integrating the score time (TTSA) and the participation time (TA).

  Next, the control unit 15 creates an image based on the degree of contribution (step S105), superimposes the created image on another image (step S106), and causes the display unit 9 to display the superimposed image (step S107). ).

  FIG. 6 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. FIG. 7 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. 6 and 7 show the score book 102 displayed on the display unit. As shown in FIG. 7, the control unit 15 may display an image created from the calculated contribution level so as to overlap the scorebook. In the score book 102, the control unit 15 displays the contribution degree image 110 on the column displaying the player information in the score book 102. In the column for displaying player information, a player name, a player's batting order, a spine number, and the like are displayed. The contribution image 110 is displayed at a position on the item 106 of the corresponding player.

  FIG. 8 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. FIG. 8 is a player data display screen 130. The display screen 130 displays the player data of the players who participated in the game of the selected score book data. On the display screen 130, player data 132 of one team and player data 134 of the other team are displayed. The displayed player data includes a player name, a personal ID indicating the player, a player's batting order, a defense position, a defense number corresponding to the defense position, and a contribution level. The contributions are the total contribution R, which is the total contribution of the game, the attack Ro, the attack inning contribution Ro, which is the total contribution of the attack inning, and the defensive inning contribution Rd, which is the sum of the defensive inning contributions. Is displayed. Thereby, each player's contribution to a game can be easily grasped.

  FIG. 9 is a diagram showing the display contents of the display unit of the electronic scorebook creation apparatus. FIG. 9 is an image 140 showing the degree of contribution in time series. The image 140 displays the activity pattern 143 of the players of the players of both teams (18 players if there is no change) from the start time of the game to the end time with the horizontal axis as the time axis. Here, in the activity pattern 143, the mark 144 is displayed in the time zone counted as the participation time in the upper row, and the mark 146 is displayed in the time zone counted as the score time in the lower row. In addition, the contribution value is also displayed in the display field 142 in the image 140. The image 140 allows the player to visually recognize the time zone in which the player participated through the game and the time zone in which the player played a record that remains as a score among the time zones in which the player participated. Moreover, the contribution degree for every player in the game used as a calculation object is known about all the players who participated in the game.

FIG. 10 is a diagram illustrating display contents of the display unit of the electronic scorebook creation apparatus. The display unit 150 shown in FIG. 10 includes a game video 61, a video operation column 151, a game information column 152, and a player list column 160. The video operation column 151 displays a seek bar 156 that indicates which point in the video is being played in addition to the operation buttons 154 such as a play button and a stop button. Seek bar 15 6, it is also displayed activity patterns of the selected players. The seek bar 156 displays an image that marks the time zone counted as the participation time in the upper row and marks the time zone counted as the score time in the lower row. Also, the scrubber 15 6, mark 158 indicating timing for contribution is added is also displayed. The game information column 152 displays information related to the batting record assigned to the score currently being played, batter information, number of times, batting order, and results of each pitch data. Further, in the results of each pitch data, a mark is displayed at a position corresponding to the grade data currently being reproduced. In the player list column 160, the players who are participating are displayed in a list. In addition, among the players in the player list column 160, the player displaying the contribution degree is overlaid with a mark 162. In other words, the player displaying the contribution level is highlighted. Thereby, it is possible to easily grasp the position where the target player is likely to appear in the video, and to easily find the video of the target player. The seek bar 156 may be displayed so that the period of offense and defense inning can be seen on the horizontal axis.

  As described above, the electronic scorebook creation apparatus 100 calculates the contribution based on the entry time and the score time for each player, and adds the information on the contribution, so that each player included in the scorebook can play the game. You can do more information. In addition to the attack times information in the scorebook data, the defensive times information is also added to the contribution level, so that it is possible to more easily understand the degree of participation of the player in the entire game.

  Here, the electronic scorebook creation apparatus may display a menu screen for selecting the above-described processing. In this case, the menu screen includes a match list, a player data display button, a match data display button, a score book display button, an activity pattern display button, and a scene selection button. In the game list, games whose scorebook data is stored in the storage unit are displayed as a list, and the selected scorebook data is highlighted by the user's selection operation from the input unit. The score book data may be data during the game. The electronic scorebook creation apparatus determines a screen to be displayed based on the selected button on the menu screen, and displays an image including the contribution image described above. The electronic scorebook creation apparatus displays the images of FIGS. 6 and 7 when the scorebook display button is selected, and displays the image of FIG. 8 when the player data display button is selected. When is selected, the image of FIG. 9 is displayed. When the scene selection button is selected, the image of FIG. 10 is displayed. Each screen may be transitionable.

  Note that the electronic scorebook creation device may calculate the degree of contribution when the user performs a selection operation from the match list and is highlighted.

  Here, the electronic scorebook creation apparatus displays the calculation result of the contribution degree in the scorebook, but the activity pattern may be superimposed and displayed. In this case, when displaying an activity pattern and a time-series change in contribution, it is preferable to display the activity pattern in an aligned manner for each batter. Arrangement is, for example, displaying in a bar graph form. Thereby, the sum total of the score time for every player can be read easily.

  Here, the electronic scorebook creation apparatus 100 calculates the contribution based on the time information. However, the contribution may be calculated by further adding contribution points. Here, the contribution points are calculated from the information in the score book. The contribution point is composed of an attack point in the attack inning, a defensive point in the defensive inning, and a record point that is incremented by one for the number of pitching IDs extracted as having played. Therefore, the contribution may be obtained by multiplying the contribution based on the time information by the contribution point. Here, attack points and defensive points attack points have the greatest contribution to scoring, and defensive points have the greatest contribution to blocking being scored. In addition, the record points are set lower than the attack points and the defensive points as the points that contributed to the participation itself.

  In the attack inning, the points for hitting the batter with respect to the hitting score of the batter and the points for the advance of the runner with respect to the runner's progressing score are set as attack points. Here, the attack point has a specific gravity set to the point with the greatest contribution of scoring.

  When a specific player is a batter, points are set for the result of advancement at the bat of the scorebook based on the criteria shown in Table 1 below. Specifically, 20 points for the first strike, 40 points for the second strike, 60 points for the third strike, 100 points obtained by adding the scoring points 20 to 80 points for the final strike, and attack points are set for each player.

  Next, when a specific player is a runner, points are set for the results of progress in the scorebook based on the criteria shown in Table 2 below. Specifically, 20 points are set for the first step, 40 points for the second step, and 60 points are set for the third step. Here, when the runner returns to the home base, the score point 20 is further added to the attack point to the point corresponding to the number of advance, and is set for each player.

  In addition, if there is a runner who is in the batter state of a specific player and the runner who has come out by striking a specific player has successfully advanced, the point according to the number of runners Also added when the player is a batter. Further, when the runner returns to the main runner, 20 points are added to the batter of a specific batter player as a runner point by advancement. In other words, a batter who has advanced a lot of runners who have come out will receive a lot of attack points, and when returning to the main base, more points will be added and he will be more active.

  In the last record of the same batter ID in the batter score information, the electronic scorebook creation apparatus 100 has the output information of 1, that is, the progress status of the pitching result information corresponding to the pitched ID that has been hit (hits, doubles, home runs) , Etc.) is extracted, and based on the extracted result, the attack point of the personal ID corresponding to the at-bat record is calculated. If there is a runner in the runner score information for the batter ID, the player points recorded in the runner as the attack point of the personal ID of the batter ID and the point corresponding to the number of advances extracted from the runner's progress status Is calculated as the attack point of the personal ID. Thus, an attack point is calculated for each batting ID in the attack inning, and an attack point of each player is calculated.

  Next, in defensive innings, the greatest contribution was to stop scoring, and players who went out, that is, pitchers who struck out batters, players who directly caught the batting balls, and received pitches from other fielders, went out. For the player who made the catch, the point for the catch that was out is calculated as the defensive point. Thereby, contribution points are calculated for each player on the defensive side. These points are scored differently depending on the number of advancements and whether or not you are going to the main base. Specifically, it is set as shown in Table 3 below. The defensive points are 20 points for the first stop, 40 points for the second stop, 60 points for the third stop, 80 points for the fourth stop, and 20 points for the defensive points. Is set. Here, when the runner is prevented from returning to the main base, the score prevention point 2 is further added to the points corresponding to the number of the runners who have been prevented and set as a defensive point for each defensive player.

  The electronic scorebook creation apparatus 100 extracts the strikeout from the pitching result information of the batter score information in the last record among the same batting ID of the opponent team in the defensive inning of the own team. Each time the electronic scorebook creation apparatus 100 extracts a strikeout, the electronic scorebook creation apparatus 100 adds a defensive point to the pitcher of the own team. Next, the electronic scorebook creation apparatus 100 extracts out from the pitching result information. When the extracted out directly catches a hit ball such as a fly or a liner, the electronic scorebook creation apparatus 100 adds a defensive point corresponding to the first defeat prevention to the defensive player. The electronic scorebook creation apparatus 100, after the bounced ball that has been bounced is caught, is sent to another defensive player and another defensive player catches the ball and the runner is bounced or bounces After catching a ball, if the player who catches the ball takes the runner out, the defensive points are added based on the information on the advance position of the runner who is out.

  The electronic scorebook creation apparatus 100 extracts “out” from the runner score information of the last record in the same at-bat ID. Similarly to the pitching result information in the batter score information, a defensive point is added to the runner score information based on the information on the advance position of the player who has been out. In addition, in the case of double play, in the order of numbers in the defensive score information, two defensive players in reverse order will be caught out as if they have prevented the advancement in the vicinity of the defensive number. Is added to the defensive points of each defensive player.

  In this way, by calculating the contribution by further considering the attack points and defensive points of a specific player, the attack inning and defensive inning scores for the contribution calculated by the entry time and score time, respectively. The importance of the content of information will also be taken into account, and the certainty of contribution will increase.

  As described above, the record points are points that increase corresponding to the number of appearances in the scorebook. In the present embodiment, the record point is calculated by the number of pitch records including the player ID of the score book × 1 point. The pitch record including the player ID of the score book may include the score book player ID in any of the batter, runner, and defense. By taking record points into consideration, the output information 51 is “0”, that is, the score related to the at-bat that was out as a result is taken into account. For example, when the pitcher of the opponent team has made many pitches Including contributions such as, increase the certainty of contribution.

  The electronic scorebook creation apparatus 100 calculates the total value of the calculated attack points and defense points for each player as a contribution, that is, contribution points = total value of attack points + defense points + total value of record points. By calculating, in addition to the contribution based on the above-mentioned participation time and the opportunity to appear in the scorebook, you can also consider the contribution points calculated based on the contents of the scorebook, and each player's contribution is higher It can be calculated with accuracy.

  The electronic scorebook creation apparatus 100 shows an example in which points are added only to the players who have finally caught and scored out in the defensive points, but even if they are added to all defensive players included in the defensive score Good. Thereby, a player's play which catches a hit ball can also be made into evaluation object.

  Here, although the electronic scorebook creation apparatus 100 of this embodiment showed the example which calculates the score of scorebook data about one game from the memory | storage part 14, it is in the middle of a game etc., and is recording It is also possible to calculate the contribution to the incomplete scorebook data.

  The technical scope of the present invention is not limited to the above-described embodiment, and appropriate modifications can be made without departing from the spirit of the present invention.

DESCRIPTION OF SYMBOLS 1 Input part 2 Input signal processing part 3 Video | video data processing part 4 Score book data processing part 5 Synchronization signal extraction part 6 Contribution calculation part 7 Contribution image creation part 8 Data superimposition part 9 Display part 10 Target data specification part 11 Conversion part 12 Video storage processing unit 13 Communication unit 14 Storage unit 15 Control unit 21 Button 22 Switch 25 Video data storage unit 26 Scorebook data storage unit 27 Synchronization information storage unit 28 Player data storage unit 29 Contribution calculation reference data storage unit 43 Tag data 61 Game Video 100 Electronic Scorebook Creation Device

Claims (7)

A storage unit for storing score book data about the game and information of players who participated in the game;
A contribution image calculation unit that extracts information on the target player included in the scorebook and calculates a contribution degree of the target player based on the extracted information, and a display image that creates an image including information on the contribution degree of the target player A control unit comprising a creation unit;
A display unit for displaying the image created by the display image creation unit;
An electronic scorebook creation device comprising: The information of the target player to be extracted is score information in the game,
The electronic scorebook creation device according to claim 1, wherein the contribution is calculated based on time information corresponding to score information of the target player.   3. The electronic scorebook according to claim 2, wherein the contribution is calculated based on time information corresponding to score information at the time of attack of the target player and time information corresponding to score information at the time of defense. Creation device. The contribution calculation unit further calculates the contribution based on at least one of attack points and defense points,
The attack point is
Based on the score information corresponding to the hit as the batter at the time of attack of the target player and the score information corresponding to the advance as the runner,
The defensive point is
The electronic scorebook creation apparatus according to any one of claims 1 to 3, wherein the electronic scorebook creation device calculates the score based on score information corresponding to a defense related to an out determination at the time of defense of the target player. The storage unit includes video data of the game,
5. The electronic scorebook creation device according to claim 1, wherein the display image creation unit superimposes an image including information on the contribution degree of the target player on the video data. . A display unit capable of displaying an image;
A storage unit for storing score book data about the game and information of players who participated in the game;
An electronic scorebook creation method of an electronic scorebook creation device comprising:
Extracting the information of the target player included in the score book, calculating the contribution level of the target player based on the extracted information,
An electronic scorebook creation method for creating an image including information on the contribution level of the target player. A display unit capable of displaying an image;
A storage unit for storing score book data about the game and information of players who participated in the game;
An electronic scorebook creation program for creating a scorebook of an electronic scorebook creation device comprising:
Processing for extracting the information of the target player included in the score book, and calculating the contribution of the target player based on the extracted information;
A process of creating an image including information on the contribution degree of the target player;
An electronic scorebook creation program for causing the electronic scorebook creation device to execute the program.

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