JP2019165907A - Point tallying up system - Google Patents

Abstract

To provide a point tallying up system that can be installed in a limited space while reducing an equipment cost.SOLUTION: A point tallying up system 10 is used for tallying up points of a competition in which numerical values for evaluating a competition content are determined by a plurality of judges, and points are tallied up on the basis of the numerical values. An electronic calculator 12 is installed for each judge and can perform USB communication. A control computer 14 is connected to the electronic calculator 12 through a USB circuit 24. The control computer 14 includes a judge identification part 1440 for identifying which judge uses each of the electronic calculators 12, and a tallied-up information generation part 1400 for generating tallied-up information including total points of the competition by processing the numerical values transmitted from each of the electronic calculators 12 on the basis of predetermined scoring rules.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a score totaling system for a game in which a numerical value for evaluating a game content is determined by a plurality of judges and the score is totaled based on the numerical value.

In the competition of individual or group, for example, rhythmic gymnastics, where scores are evaluated by multiple judges and the scores are calculated based on the numbers, scores are calculated as follows: Yes.
That is, a notebook personal computer or a tablet personal computer for inputting numerical values is arranged at the hands of a plurality of judges, and the plurality of personal computers are connected to one host computer via a communication line.
When each referee inputs a numerical value to a plurality of personal computers for each competition, each numerical value is transmitted to the host computer via a communication line.
The host computer accepts numerical values input by each referee and totals the scores based on those numerical values.
Although Patent Document 1 discloses a technique for displaying scores of competitive sports such as basketball and judo, points are scored in an individual or group competition where scores are given by a plurality of judges. Is not disclosed.

JP2013-81616A

However, for example, in the provisions for women's rhythmic gymnastics, there are as many as 10 judges, and it is necessary to prepare a corresponding number of devices, and the equipment cost is a heavy burden. This is because multiple competition courts are set up in a single game venue, and multiple matches are played at the same time, so there is a background that multiple referee groups of around 10 players are placed, which necessitates a large amount of equipment. Because it becomes.
In addition, a large space is required to install a large number of notebook personal computers or tablet personal computers, and there is a problem that it is not easy to secure space at the competition venue when many competitions are held at the same time. .
On the other hand, calculators having a USB communication function are on the market.
The present invention has been devised by paying attention to the calculator having the USB communication function, and its purpose is to easily reduce the equipment cost in competitions such as rhythmic gymnastics and easily in a limited space. The object is to provide a scoring system that is advantageous for installation.

  In order to achieve the above-mentioned object, the present invention is a game scoring system in which a numerical value for evaluating the content of a game is determined by a plurality of referees, and the score is totaled based on the numerical value. A plurality of calculators installed and capable of USB communication, and a control computer connected to the calculator via a USB line, and the calculator inputs the numerical value based on an evaluation by the referee using the calculator And the control computer processes a referee identification unit for identifying which referee is using each of the calculators and a numerical value transmitted from each of the calculators based on a predetermined scoring rule. And a total information generation unit that generates total information including the overall score of the competition.

According to the present invention, compared with a conventional case where a notebook personal computer or a tablet personal computer is installed corresponding to each of a large number of judges, a commercially available inexpensive USB communication function is provided. It is sufficient to prepare as many calculators as there are judges.
This is advantageous in reducing the cost of the score totaling system.
In addition, since it is sufficient to place a small calculator at each referee's hand, there are various types of referees' hands at hand as compared to the case where a notebook personal computer or tablet personal computer is placed at each referee's hand. A large space for placing these materials can be secured, which is advantageous for efficient refereeing by each referee.
In addition, the calculator is smaller and lighter than conventional notebook personal computers or tablet personal computers that can handle the number of judges, and it consumes less power. It is advantageous for simplification, and it is advantageous for reduction of capital investment because it can be operated with a miniaturized facility such as continuous operation time.
In addition, the control computer identifies which referee will use each calculator, so even if the competition rules are complex, that is, in the case of a team competition or individual sport, even if the referee's composition changes It is possible to accurately and accurately identify the referee's calculator.

It is explanatory drawing which shows typically the structure of the score totaling system 10 concerning embodiment. 1 is an external view of a calculator 12. FIG. 3 is a block diagram showing a configuration of a calculator 12. FIG. It is a block diagram which shows the structure of each computer 140,142,144. It is a block diagram which shows the functional structure of each computer 140,142,144. It is a table | surface which shows an example of the numerical value for identification. It is a table | surface which shows the identification result of the referee who uses each calculator 12. FIG. It is a table | surface which shows an example of input value information. 6 is an explanatory diagram illustrating an example of a total information screen of a host computer 140. FIG. 6 is an explanatory diagram illustrating an example of a total information screen of a host computer 140. FIG. An example of a totaling display screen is shown. It is explanatory drawing which shows an example of a total information display screen. 4 is a flowchart showing the operation of the score totaling system 10. 4 is a flowchart showing the operation of the score totaling system 10. It is a figure explaining provision of the numerical value for identification in the case of judging in two referee groups. It is explanatory drawing which shows an example of the total information screen of the host computer 140 when a correction button is installed.

Hereinafter, a score totaling system according to an embodiment of the present invention will be described with reference to the drawings.
In the present embodiment, a case will be described in which the competition for collecting scores is a female rhythmic gymnastics.

First, the scoring rules for rhythmic gymnastics will be described.
In rhythmic gymnastics, a plurality of referees are classified as follows, for example.
The number and placement of referees vary from competition to competition, and rule revisions are frequently made, so the following classifications are standard at the time of filing this patent.
(1) Referees scoring technical points (difficulty) (D points) (4 in total)
Referees D1 and D2 are the first group, and the average value of the scoring results of referees D1 and D2 is scored.
Referees D3 and D4 become the second group, and the average value of the scoring results of referees D3 and D4 is scored.
The total of the scores of the first group and the second group is the score of the technical point (D point).
(2) Judges scoring artistic points (implementation) (E points) (6 in total)
Referees E1 and E2 become the third group, and referees E1 and E2 decide to deduct points, and the average of the deduction results is scored.
Referees E3 to E6 become the fourth group, and referees E3 to E6 decide to deduct points, and score the average of the remaining deductions excluding the highest and lowest points of the deduction results.
The result of subtracting the total score of the third group and the fourth group from the ten points is the score of the art point (E point).
(3) Line Manager (2 persons)
The number of times that two competitors deviate from the prescribed line in the rectangular competition area is counted as the number of times the competitor or equipment has deviated, and the result obtained by multiplying the total by 0.3 is deducted.
(4) Judge (1 person)
One jury will measure the time when the competitor's performance time exceeds the specified time, and the result of multiplying the excess time (seconds) by 0.05 points will be deducted.
The value obtained by subtracting (3) Line Manager's deduction and (4) Judge's deduction from the total of (1) technical points and (2) art points is the total score of the competitor.
However, in addition to this, deductions related to costumes may occasionally be added to the deductions.

Moreover, the number of the above-mentioned referees is not fixed and can be changed as follows.
For example, in the first, second, and third pairs, one or two judges may be used.
In the fourth group, there may be three, four, or five judges.
According to the scoring rules described above, the number of referees is at least 7 and at most 13.
In addition, in this specification, in order to simplify description, it describes with the simplified content compared with the scoring rule actually used.
Also, such scoring rules are reviewed and revised regularly.

As shown in FIG. 1, the score totaling system 10 is installed in a competition venue, and includes a calculator 12 (12A to 12L), a control computer 14 (140, 142, 144), and a large monitor (monitor) 16. It is comprised including.
The calculator 12 is installed for each referee. For example, the calculator 12 is placed on the table where the referee is seated or at the hand of each referee. As will be described later, a numerical value based on an evaluation by a judge who uses the calculator 12 is input to the calculator 12.
The calculator 12 is configured to be capable of USB communication, but does not have a LAN communication function. The calculator 12 capable of USB communication is a commercial product and is inexpensive. For example, the product name MZ-20, which is a calculator with a USB communication function of Casio Computer Co., Ltd., is 5000 yen.
2 and 3, the calculator 12 includes a CPU 1602, a numeric key 1604, an operation key 1606, a clear key 1607, a transmission key 1608, a display 1610, a communication unit 1612, and a solar battery. 1614.
The CPU 1602 performs processing according to the operation of the numeric key 1604, the operation key 1606, and the clear key 1607, displays the result on the display 1610, and controls the communication unit 1612 according to the operation of the transmission key 1608. Is.
A numeric key 1604 is operated to input a numerical value from 0 to 9 and a decimal point.
The operation key 1606 is operated to use addition / subtraction / division / division / calculation and a memory function.
The clear key 1607 is operated to clear the numerical value and calculation result input with the numeric key 1604.
The transmission key 1608 is operated to transmit the numerical value input with the numeric key 1604.
The display 1610 displays the numerical value input by the numeric key 1604 and the numerical value of the calculation result.
When the transmission key 1608 is operated, the communication unit 1612 transmits the numerical value displayed on the display 1610 via the USB line 24 under the control of the CPU 1602.
The solar cell 1614 supplies power to the CPU 1602, the display device 1610, and the communication unit 1612. Note that power may be supplied by using the internal button battery, the dry battery, and the like together with the solar battery 1614.
In addition, the numerical value (value based on evaluation by a judge) input with respect to the calculator 12 is determined based on the scoring rule mentioned above, and there are the following types of numerical values.
(1) A numerical value indicating the score input by the judges D1 to D4 who score the technical points (D points).
(2) A numerical value indicating a deduction point input by the judges E1 to E6 who score the art point (E point).
(3) A numerical value indicating the number of times that the competitor or equipment input by the line keeper deviates from the prescribed line of the rectangular competition area.
(4) A numerical value indicating the performance time input by the jury.

As shown in FIG. 1, each calculator 12 is connected to a USB hub 22 (22 </ b> A to 22 </ b> D) provided in the vicinity thereof (for example, the same table on which the calculator 12 is placed) via a USB line 24. Has been. In the example of FIG. 1, twelve calculators 12A to 12L are illustrated, but the calculators 12A to 12C are connected to the USB hub 22A, the calculators 12D to 12F are connected to the USB hub 22B, and the calculators 12G to 12I are connected to the USB hub 22C. The calculators 12J to 12L are connected to the USB hub 22D, respectively.
The USB hub 22A and the USB hub 22B, and the USB hub 22C and the USB hub 22D are connected in series via the USB line 24, respectively. Further, the USB hub 22A is connected to the management computer 144A via the USB line 24, and the USB hub 22C is connected to the management computer 144B via the USB line 24.
Such a connection assumes that, for example, 12 judges are divided into two desks of 6 people and seated side by side to make a judgment. That is, it is assumed that the calculators 12A to 12F are arranged on the first table, the calculators 12G to 12L are arranged on the second table, and one USB hub 22 is arranged for every three calculators. By arranging the USB hub 22 for each of a small number of calculators 12, the length of the wiring extending from each calculator 12 can be shortened, and the tabletop of the judge seat can be prevented from becoming messy.
Moreover, since there are many referees of 9 to 13, and among the referees, the line referee is in the immediate vicinity of the competition area, a part of the plurality of calculators 12 is located far from the control computer 14. The case where it must be installed is assumed. However, the upper limit of the length of the USB line 24 is 5 m. In this case as well, by providing a power supply type USB hub 22 for each of a small number of calculators 12, it becomes possible to connect with an upper limit length of the USB line 24.
Further, in the case of the calculator 12 used by the referee far away from the control computer 14 such as a wire examiner, a small personal computer, for example, a stick personal computer, is installed in the vicinity of the wire examiner and connected to the control computer 14 via the LAN cable 26 from this stick personal computer. By doing so, the input numerical value of the calculator 12 used by the line manager can be transmitted.
For example, when three or more calculators (for example, calculators 12A to 12F) can be connected to one USB hub 22 (for example, USB hub 22A), it is needless to say that only one USB hub 22 needs to be installed. It is. For example, when the number of calculators 12 is equal to or less than the number of USB ports of the management computer 144 and within the upper limit length of the USB line 24, the calculator 12 and the management computer 144 can be directly connected without using the USB hub 22. You may connect.
In FIG. 1, the calculator 12 and the USB hub 22 are connected by wire (USB cable), but may be connected by wireless communication (for example, Bluetooth®). In this case, for example, a USB receiver set with each calculator 12 is connected to a terminal of the USB hub 22.

The control computer 14 includes a host computer 140, a sub computer 142, and a management computer 144 (144A, 144B).
The computers 140, 142, and 144 are connected to the router 23 (or a LAN hub (not shown) connected to the router 23) via the LAN line 26, and can be connected to each other. That is, information (numerical values) transmitted from the calculator 12 is transmitted to the management computer 144 via the USB line 24, and is transmitted from the management computer 144 to the other computers 140 and 142 via the LAN line 26. .
Although not shown, a LAN cable HUB (hub) can be arbitrarily installed to shorten the distance of the USB cable 24 or to add the USB hub 22.
In the present embodiment, the router 23 is wired, but the router 23 may be wireless and the LAN line 26 may be wireless.
In the present embodiment, the control computer 14 is a plurality of computers 140, 142, and 144. However, these functions are integrated into one or the number of computers other than those shown in the present embodiment. Of course, it may be dispersed.

Each of the computers 140, 142, and 144 is composed of a notebook personal computer, a tablet personal computer, a desktop personal computer, a stick personal computer, or the like.
As shown in FIG. 4, 140, 142, and 144 include a CPU 38, a ROM 40, a RAM 42, a hard disk device 44, a display device 46, an input device 48, a communication unit 50, an interface 52, and the like connected via a bus line. It consists of
The ROM 40 stores and stores various data.
The RAM 42 provides a working area for the CPU 38.
The hard disk device 44 stores a program executed by the CPU 38.

The display device 46 displays characters and images, and is composed of, for example, a flat panel display such as a liquid crystal display device.
The input device 48 receives an input operation and is configured by a keyboard and a mouse. The input device 48 may be configured by a touch panel provided on the display surface of the display device 46, and various conventionally known input devices can be used as the input device 48.
The communication unit 50 performs LAN communication, and is connected to the router 23 via the LAN line 26 in the present embodiment.

Next, functions of the computers 140, 142, and 144 will be described.
FIG. 5 is a block diagram showing a functional configuration of each computer 140, 142, 144. 5 is realized by the CPU 38 of each computer 140, 142, 144 executing a program stored in the hard disk device 44 or the like.

The management computer 144 (144A, 144B) is a referee identification unit 1440 that identifies which referee is using each of the calculators 12 connected to the USB hub 22 connected to the USB port of the own device. Function as.
Usually, the computer has a port number of a USB port (including a USB port of a USB hub connected to the USB port of its own device) and identification information of a connected device (the calculator 12 in this embodiment) connected to the port. Can be recognized, but the user (referee in this embodiment) who uses the connected device cannot be identified. On the other hand, in competitions such as rhythmic gymnastics, the contents evaluated by each referee are different as described above (referees D1 to D4 scoring technical points (D points), referees scoring art points (E points)) Members E1 to E6, line keeper and meter keeper), and the meanings of numerical values input to the calculators 12 are also different. Therefore, it is necessary to know which calculator 12 is used by which judge.
For this reason, the referee identifying unit 1440 assigns a numerical value for identification that can be input by the calculator to each referee (more specifically, evaluation contents evaluated by the referee). Then, for example, before the start of the competition, the referee who uses the calculator is identified by inputting an identification value corresponding to the referee who uses the calculator from each calculator.

FIG. 6 is a table showing an example of identification numerical values.
In the example of FIG. 6, “999901” is assigned to the referee D1, “999902” is assigned to the referee D2, and “999903” is assigned to the referee D3.
The value to be set as the identification value is arbitrary, but in order to prevent erroneous input, etc., for example, set a value outside the range that can be taken by the numerical value that evaluates the content of the competition (number entered by the referee for the content of the competition) It is preferable to do.
Also, depending on the form of competition, different events may be scored alternately on one competition court. At this time, as shown in FIG. 15, for example, “888801” is a referee who is in charge of the same determination area as that of D1, but can be managed as a D1 referee in charge of a different event.
FIG. 7 is a table showing the identification results of the referees who use each calculator 12.
The table of FIG. 7 stores the identification number of the USB port of the USB hub 22 and the identification number of the referee who uses the calculator (more specifically, the evaluation content evaluated by the referee).
When the identification numerical value is input via the USB port, the referee identification unit 1440 stores the identification number of the referee in association with the USB port.
Thereby, for example, it can be determined that the information (numerical value) input to the USB port having the identification number P001 is input by the referee D1.
In addition, it is preferable to perform the identification process of the referee using each calculator 12 at a timing that does not affect the referee, for example, before starting the competition or immediately after changing the seat of the referee.
When receiving a numerical value input from the calculator 12, the management computer 144 associates the input numerical value with the identification information of the referee who performed the input and transmits it to the router 23. The router 23 transfers the input numerical value and the referee identification information to the sub computer 142 and the host computer 140.

Returning to the description of FIG. 5, the sub-computer 142 generates input value information in which the numerical value input to each calculator 12, the identification information of the referee who uses the calculator 12, and the evaluation target item are associated with each other. Functions as the input value information generation unit 1420.
The sub-computer 142 inputs the input numerical value and the identification information of the referee transmitted from each management computer 144A, 144B to the spreadsheet data in which the items to be evaluated (the competitor name, the event, etc.) are input in advance. Generate input value information. The input value information is displayed on the display device 46 of the sub-computer 142, and is in a state where the referee head can always refer to it, for example.
FIG. 8 is a table showing an example of input value information.
In the example of FIG. 8, the input value information includes information on the athlete to be evaluated, that is, the event 800, the competition order 801, the team name 802, the name 803, and the input value 804 of each judge. The information of the athlete is provided in advance as, for example, spreadsheet data from the organizer of the competition. The input value information is generated as one piece of data for one tournament, for example. That is, a list of input values of each referee in the final tournament is displayed on the same screen.
Since the input value information is displayed on the spreadsheet software, for example, the input values of a specific referee are sorted and displayed, or the input values for a specific team are sorted and displayed. Can do. If there is a bias in the referee's evaluation, the chief referee will individually pay attention or order the score again.
As described above, by making it possible to refer to the input values of all the judges in the past, it is possible to prevent the referees from being varied and to perform more appropriate evaluation.
As will be described later, the display device 46 (FIGS. 9 and 10) of the host computer 140 displays a total value (for example, an average value in a set of D-point referees) based on the input values of each referee, Individual input values for each referee are also displayed.
In addition, although it is possible to refer to past input values in the selected player display section 94 of the host computer 140 described later, only the input values for a specific event of a certain player can be referred to, and a specific referee It is difficult to compare the input values of members. Although it is conceivable to display past input information of all referees of around 10 people, the amount of information is limited due to the layout of the monitor, which is actually difficult.
Of course, the host computer 140 may be provided with the input value information generation unit 1420 so that the display can be switched. However, by providing the input value confirmation sub-computer 142, the monitor 16 described later due to an erroneous operation or the like. Can be prevented from being affected.

  Returning to the description of FIG. 4, the host computer 140 processes the numerical values transmitted from the respective calculators 12 based on a predetermined scoring rule to generate total information including the total score of the competition. 1400 and functions as a display control unit 1402 that is installed in the venue where the competition is held and displays the total information on the monitor 16 that is visible to the athletes and the viewers who are performing the competition.

The total information generation unit 1400 receives numerical values transmitted from the plurality of calculators 12 via the management computer 144, the router 23, etc., and processes the received numerical values based on a predetermined scoring rule, thereby comprehending the overall score of the competition. Is generated.
Numerical processing by the total information generation unit 1400 is performed based on the scoring rules described above.
The total information includes, for example, a numerical value input by each judge, an average value of the numerical values, a total of scores, a total of deductions, and a total score obtained by adding the total of these scores and the total of deductions.

FIG. 9 is an explanatory diagram showing an example of total information displayed on the display screen of the host computer 140.
The display screen 90 shown in FIG. 9 includes an evaluation target player selection unit 92, a selected player display unit 94 (player score information that has already been registered and registered), and a total value display unit 96 (left half of the screen). Contains.
The evaluation target player selection unit 92 is an interface for selecting a player to be evaluated this time, and includes a competition selection tab 9202, a player information display unit 9204, and a player selection button 9214.
A competition selection tab 9202 is provided for each type of rhythmic gymnastics, and by clicking a desired tab (tap in the case of a touch panel, the same applies hereinafter), a list of athletes participating in the event is displayed.
The player information display unit 9204 displays information for identifying one player for each line. More specifically, the number display unit 9206 displays the serial numbers (competition order) of the competitors in the selected event. The affiliation team display portion 9208 displays the affiliation team name of the athlete. The name display portion 9210 displays the name of the competitor.
The player selection button 9214 is provided corresponding to each row of the player information display unit 9204. When the player selection button 9214 is clicked, the player name information is transferred to the total value display portion 96 (the left half of the screen), and the input of the referee is waited (the numerical input standby screen indicating the evaluation to the selected player). . Therefore, when the player selection button 9214 is clicked, the scoring entry column C2 of each referee including D1 is normally set to 0 (zero) or blank as a reset value.

The selected athlete display unit 94 displays athlete information that has already been evaluated (competition). In the selected player display unit 94, for example, the player information is displayed from above in the order of the game (the order of selection in the evaluation target player selection unit 92). Therefore, the athlete who has finished the competition or who is currently competing is displayed on the last line of the selected athlete display section 94.
Alternatively, the player information may be displayed from the bottom in the order of the competition (the order of selection in the evaluation target player selection unit 92).
The selected player display unit 94 includes, for example, a D point display unit 9402, an E point display unit 9404, a deduction display unit 9406, a total score display unit 9408, an event display unit 9410, a number display unit 9412, a name display unit 9414, and a display button. 9420.
Of these, when the display button 9420 is clicked, the evaluation for the player is displayed on the large monitor 16.

Next, the total value display unit 96 will be described.
Reference numeral C1 is a referee display field for displaying the identification information of the referee who performs scoring. In the referee display field C1, as described above, “D1 to D4”, “E1 to D1” are provided as identification information indicating the referee. E7 "is displayed.
Reference numeral C2 indicates corresponding numerical data input by the judges D1 to D4 and E1 to E7 using the calculator 12, and here, a first numerical data display field in which a score or a deduction point is displayed.

The check box CB is displayed at a location adjacent to the first numerical data display column C2 corresponding to each identification information.
In the check box CB, the pointer is positioned in the check box CB by the operation of the mouse, and the check input is performed by clicking, and the check input is canceled by clicking again.
The state in which the check in the check box CB is input indicates that there is a referee of identification information corresponding to the check box CB, and the state in which the check in the check box CB is not input indicates identification information corresponding to the check box CB. Indicates that the referee is absent (or vice versa).
In the rhythmic gymnastics scoring rules, the number of people in line 1, line 2, and total essay is fixed, and vacancy is allowed for 10 judges, D1 to D4 and E1 to E6. CBs are provided corresponding to 10 judges D1 to D4 and E1 to E6, respectively.
For example, if all 13 judges are present, a check is input to all the check boxes CB as shown in FIG.
If some referees are absent, the check box CB corresponding to the identification information of the referee is unchecked as shown in FIG. The example of FIG. 10 is a case where the referees E2 and E6 are absent, and the check box CB corresponding to the identification information of the referees E2 and E6 is unchecked.
For the referee for whom the check box CB is unchecked, the first numerical data display field C2 and the referee display field C1 are grayed out, reversely displayed with the screen background color, or the screen background color. The invalid display state is displayed in a thin color with a different color.
By making such an invalid display state, the referee corresponding to the identification information displayed in the display area is vacant, and the corresponding numerical data corresponding to the referee is excluded from the target used for calculating the score. Is clearly displayed.

Reference numeral C3 indicates a first score display field in which an average value of scores input by the first set of judges D1 and D2 is displayed.
Reference numeral C4 indicates a second score display field in which an average value of scores input by the second set of judges D3 and D4 is displayed.
A symbol C5 indicates a first deduction display column in which an average value of deductions input by the third set of judges E1 and E2 is displayed.
Reference numeral C6 indicates a second deduction display column in which the remaining deductions excluding the highest point and the lowest point among the deductions input by the fourth set of judges E3 to E6 are displayed.

A symbol C7 indicates a third score display field in which a score obtained by adding the score displayed in the first average value display field C3 and the score displayed in the second average value display field C4 is displayed.
A symbol C8 is a fourth score display in which a score obtained as a result of subtracting a calculated value obtained by adding the deduction displayed in the deduction display column C5 and the deduction displayed in the deduction display column C6 from the ten points is displayed. Indicates the column.
The symbol C9 is a score total display column in which a total score obtained by adding the score displayed in the third score display column C7 and the score displayed in the fourth score display column C8 is displayed.

Reference numeral C10 is a referee display field for displaying a jury and a line referee. In the referee display field, as described above, “total”, “line 1”, and “line 2” are provided as identification information indicating the referee. It is displayed.
Reference numeral C11 indicates corresponding numerical data input by the examiner through the calculator 12 and associated with the identification information, here, a second numerical data display field in which the competition time is displayed.
Reference numeral C12 is numerical data corresponding to the identification information input by line 1 and line 2 with the calculator 12, and here, the third numerical data in which the number of times the player or equipment has deviated from the prescribed line is displayed. The display column is shown.
The symbol C13 displays a deduction obtained by multiplying the excess time (seconds) by 0.05 when the competition time displayed in the second numerical data display column C11 exceeds the prescribed performance time. A second deduction display column is shown.
Symbols C14 and C15 indicate a third deduction display column for displaying a deduction obtained by multiplying the number of times displayed in the third numerical data display column C12 by 0.3.
Reference numeral C16 indicates a deduction total display column for displaying a deduction total obtained by adding the deductions displayed in the second deduction display column C13, the third deduction display column C14, and C15.
A symbol C17 indicates a total score display column for displaying a total score obtained by subtracting a deduction displayed in the total deduction display column C16 from a score displayed in the total score display column C9.
Reference numeral C18 indicates a player information display column in which the name, team, and the like of the player to be evaluated this time are displayed.

The operation buttons B1 to B3 are buttons for instructing confirmation of total information, switching of display, and the like, and are operated by a predetermined person in charge (such as a referee head, a coordinator judge, or a person in charge of display switching of the monitor 16).
Before describing the operation buttons B1 to B3, the display control unit 1402 (see FIG. 5) of the host computer 140 will be described.
The display control unit 1402 is installed in the venue where the competition is performed, and controls the display content of the monitor 16 that is visible to the athlete and the viewer who perform the competition.
In the present embodiment, the monitor 16 switches between a “totalizing display screen” indicating that the scores are being totaled and a “total information display screen” indicating the total information generated by the total information generation unit 1400. Displayable. In addition, for example, “in-competition display” indicating that a competition is in progress may be displayed.

FIG. 11 shows an example of the totaling display screen.
The totaling display screen M1 is displayed by operating (clicking) the display button 9420 of FIG. 9 or FIG. That is, the display button 9420 is an operation unit for switching the display of the monitor 16 installed in the venue to the totaling display screen M1.
When a certain athlete finishes the competition, the display switching person in charge operates the display button 9420 to switch the display on the monitor 16 to the counting display screen M1. Each referee inputs a numerical value using the calculator 12 at hand.

A message 1102 indicating that scores are being counted, player information 1104, advertisement display 1106, referee input status display 1108, and input value display 1110 are displayed on the display screen M1 during counting.
The referee input state display 1108 may be displayed on a separate small monitor installed in the referee seat.
Athlete information 1104 is information for identifying an evaluation target person including the name, team, number, etc. of the evaluation target athlete.
The advertisement display 1106 displays the name of a company investing in the tournament. That is, the display control unit 1402 displays the advertisement information on the monitor 16 until the display of the total information described later is started after the end of the competition. This is because the display screen M1 during counting attracts the attention of visitors and athletes in the venue in order to confirm the evaluation results after the competition, and it can be expected that a high advertising effect can be obtained.
Note that the content of the advertisement display 1106 may be switched every predetermined time.
Further, since the referee input state display 1108 may not be displayed depending on the intention of the organizer, the presence or absence of display may be set separately.

The referee input status display 1108 is information indicating whether each referee has completed inputting numerical values into the calculator 12. In the example of FIG. 11, the identification information of the referees D1 to D4 and E1 to E6 is displayed as the referee input state display 1108. The identification information of the referee who has completed the input and the identification of the referee who has completed the input The display mode (display color) with information is changed.
That is, the display control unit 1402 displays the identification information of the referee who uses each calculator 12 on the monitor 16 after the competition ends, and displays the identification information based on whether or not the numerical value input to the calculator 12 is completed. Change the aspect.
For example, in the example of FIG. 11, it can be seen that the referees D2, E1, E4, and E6 have not completed the input of numerical values, and other referees have completed the input.
The referee input state display 1108 allows the player and the viewer to check the progress of the evaluation of the referee.

FIG. 12 shows an example of the total information display screen.
In the total information display screen M2, the decision point information (reference numerals 9402, 9404, 9404, 9406, 9408, 9410, 9412, 9414 in FIG. 9 or 10) is displayed by operating (clicking) the display button 9420 in FIG. 9 or FIG. It is displayed on the large monitor 16. That is, the display button 9420 is an operation unit for switching the display of the monitor 16 installed in the venue to the total information display screen M2.
The clear button B3 in FIGS. 9 and 10 is an operation unit for clearing the corresponding numerical data, scores, and deductions displayed in the columns C2 to C17 to zero. It should be noted that 0 (zero) is displayed in each of the columns C2 to C17 after the operation of the clear button B3 or set to a blank column.
The person in charge of display switching completes the input of numerical values to the calculator 12 by all the referees, and when the input content is confirmed by the referee head, the display button 9420 is operated to display the display on the monitor 16 as the total information display screen M2. Switch to.
The total information display screen M2 displays player identification information 1202, total score information 1204, E point information 1206, D point information 1208, and deduction information 1210.
Athletes and viewers can check the evaluation of the content of the current competition through the total information display screen M2.
Moreover, you may make it display the total information (total score etc.) regarding a some competitor (competitor who completed the competition) on the large monitor 16. At this time, the competitors may be rearranged in the overall score order to display the aggregate information. Specifically, in conjunction with the spreadsheet system, the ranking of the total score is automatically aligned (rearranged), and the result of the alignment (rearrangement) is displayed on the large monitor 16. That is, the display control unit 1402 can change the arrangement order of the total information for each player on the large monitor 16 based on the total score in the total information.

Next, the operation of the score totaling system 10 will be described with reference to the flowcharts of FIGS.
First, the process before a competition start is demonstrated using FIG.
First, in the competition hall, devices that are components of the score totaling system 10 are connected (step S1300). The referee identification unit 1440 of each management computer 144 waits until a numerical value for identifying the referee is transmitted from each calculator 12 connected to the downstream side of the own computer (step S1302: No). At this time, each referee inputs the numerical value for identification allocated to himself / herself from the calculator 12 he / she uses and presses the transmission button. Or a specific administrator may input a numerical value for identification.
When the numerical value for identification is transmitted from the calculator 12 (step S1302: Yes), the identification information of the referee identified by the numerical value for identification is associated with the identification information of the USB port to which the calculator 12 is connected. The computer 144 stores it (step S1304).
When the numerical values for identification are transmitted from all the calculators 12 connected to the management computer 144 and the judgment of the referee to be used is completed (step S1306: Yes), the processing according to this flowchart is terminated.

Next, processing before and after the competition will be described with reference to FIG.
The process of FIG. 14 is repeated every time each competitor performs a competition.
When a competition is performed by a certain player, the person in charge of display switching clicks (operates) the aggregation button B1 of the host computer 140. When the aggregation button B1 is operated (step S1400: Yes), the display control unit 1402 of the host computer 140 switches the display on the monitor 16 to the during-aggregation display screen M1 (step S1402).
Each referee inputs numerical values such as points, points deducted, number of times, time, etc., into his / her calculator 12 and transmits them. When the numerical data is transmitted from the calculator 12 (step S1404: Yes), the referee identifying unit 1440 of the management computer 144 is based on the USB port number to which the calculator 12 (transmission source) that transmitted each numerical value is connected. The identification information of the referee using the calculator 12 is specified (step S1406). Then, the identification information of the referee is attached to the transmitted numerical value and transmitted to the host computer 140 via the router 23 (step S1408).

The host computer 140 transmits the information transmitted from the management computer 144 to the sub computer 142 via the router 23.
The sub-computer 142 stores spreadsheet data in which the player name, the event, and the referee identification information are input in advance. The input value information generation unit 1420 of the sub-computer 142 generates input value information by writing a numerical value included in the information in a location corresponding to the referee identification information included in the transmitted information (step S1). S1410).

Further, in the host computer 140, the display control unit 1402 displays the referee input status display 1108 and the input value display 1110 on the totalizing display screen M1 based on the referee identification information and numerical values included in the transmitted information. Update (step S1412).
Until the input of all the judges' numerical values is completed (step S1416: No), the process returns to step S1404 and the subsequent processing is repeated. When the input of numerical values for all the referees is completed (step S1416: Yes), the referee head confirms the input numerical values.
When a predetermined person in charge (such as the referee head or coordinator judge) presses the confirm button B2 (step S1418: Yes) after obtaining the numerical confirmation by the referee head, the total information generation unit 1400 of the host computer 140 causes each calculator 12 to The numerical values transmitted from are aggregated based on a predetermined scoring rule to generate aggregate information (step S1420).
When the counting is completed, the total information of the current athlete is displayed on the selected athlete display unit 94. After confirming the total information by the referee head or the like, the person in charge of display switching clicks (operates) the display button 9420 of the host computer 140. If display button 9420 is clicked (operated) (step S1422: Yes), display control unit 1402 of host computer 140 switches the display on monitor 16 to total information display screen M2 (step S1424), and performs the processing according to this flowchart. finish.

In the above description, after the numerical value is input by the referee, the generation of the total information is not started until the confirmation button B2 is pressed. On the other hand, if the player selection button 9214 corresponding to the next player is operated without generating the total information due to forgetting to press the confirmation button B2, etc., the input numerical value is cleared, There is a problem that the previous competitors cannot be evaluated.
For this reason, generation of total information is automatically started when the input of numerical values by a plurality of arbitrarily determined judges is completed, and the total information is automatically displayed on the monitor of the host computer 140 when generation of the total information is completed. An automatic score totaling function may be provided.
In this case, instead of the confirmation button B2 (see FIG. 9 and the like), for example, a correction button B4 is provided as shown in FIG.

The flow when the automatic score totaling function is adopted will be described.
When a certain player tries to perform, the system administrator presses a display button 9214 corresponding to the player (or group) from the evaluation target player selection unit 92. When the display button 9214 is pressed, the numerical data C2 input by each referee is reset, and 0 (zero) or a blank is displayed.
After the athlete's performance is over, each referee inputs the result of the examination with the calculator 12. At this time, when the input of a predetermined referee (which may be all referees, referees with a predetermined attribute, or more than a predetermined number of referees, etc.) is completed, it is not necessary to press the confirmation button B2. The calculation of the total information is automatically started, and the total score such as the total score C17 is displayed on the selected player display unit 94 (automatic score total function).
The system administrator obtains the approval of the chief referee and presses the display button 9420 if there is no problem with the input numerical value. The player's score result is displayed on the monitor 16 when the display button 9420 is pressed.

However, if the referee inputs a different value again on the calculator 12 for some reason after the count result is displayed on the selected player display section 94 by the automatic score counting function and before the referee chief understands, the selected competition An event occurs in which the numerical value of the person display unit 94 and the numerical value of the total value display unit 96 are different. At this time, if the system administrator presses the display button 9420 without knowing that the numerical values are different, there is a possibility that the progress of the competition will be hindered.
Therefore, when the input value information generation unit 1420 and the total information generation unit 1400 in the control computer 14 compare and calculate the difference in numerical values and the difference between the input numerical histories of each referee and a different numerical value is input, the system administrator When the display button 9420 is pressed, a warning message is displayed by means of easy visual recognition such as a balloon. At this time, the name of the referee who entered a different numerical value may be written.
That is, when the predetermined referee inputs a numerical correction value after the generation of the total information is completed, the total information generating unit 1400 displays information including a warning message or a predetermined referee name on the monitor of the control computer. . As a result, it is possible to provide an automatic score totaling function that is easy for a system administrator to understand and enables accurate competition operation.
In addition, when a different numerical value is input as described above, when the correction button B4 is pressed, the changed result of the competitor after the change is updated in the selected player display section 94, or a line break has occurred. , The summary information is described with a note such as “manual” or “correction”.
By using this correction button B4, for example, even if two types of counting results are described in the selected player display section 94, the system administrator is correct because there are notes such as “manual” or “correction”. The count result can be displayed on the monitor 16.

As described above, the score totaling system 10 according to the embodiment includes the plurality of calculators 12 and the control computer 14 that are installed for each referee, and the control computer 14 sets each of the calculators 12 to which of the referees. The referee identification unit 1440 for identifying whether a member is using and the numerical value transmitted from each calculator 12 are processed based on a predetermined scoring rule to generate aggregate information including the overall score of the competition And a total information generation unit 1400.
Therefore, compared with the conventional case where a notebook personal computer or a tablet personal computer is installed corresponding to each of a large number of judges, such as 9 to 14, a cheap calculator 12 is provided for each judge. It is enough to prepare only for the number of people.
This is advantageous in reducing the cost of the score totaling system 10.
Further, since it is sufficient to place a small calculator 12 at each referee's hand, it is closer to each referee than when a notebook personal computer or a tablet personal computer is placed at each referee's hand. A large space for placing various materials can be secured, which is advantageous for efficient refereeing by each referee.
In addition, the calculator 12 is smaller and lighter than when using a notebook personal computer or a tablet personal computer corresponding to the number of judges as in the past. Is advantageous.
Furthermore, since the calculator 12 consumes very little power, it can be operated with a system having a smaller battery capacity than when a notebook personal computer or a tablet personal computer is used.
In addition, since the referee identification unit 1440 identifies which referee is to use each calculator 12, when the competition rules are complicated, that is, the input values of the referee are not simply summed or averaged, Even if the input value of the referee is a numerical value having a different meaning, it is advantageous in accurately counting the scores.

Moreover, the score totaling system 10 assigns an identification value that can be input by the calculator 12 to each referee, and causes each referee to input an identification value corresponding to the referee who uses the calculator 12. The referee who uses the calculator 12 is identified. As a result, compared with the case where the correspondence between the calculator 12 and the referee who uses the calculator 12 is fixed in advance, the calculator 12 and the referee can be quickly compared with each other, for example, when the referee is replaced during the competition. Can be changed, which is advantageous in improving the convenience of competition management.
In addition, by setting the numerical value for identification to a value outside the range that the numerical value for evaluating the content of the competition can take, it is possible to prevent the numerical value for evaluating the content of the competition from being misidentified as the numerical value for identification, and This is advantageous in improving operational stability.

  Moreover, in the score totaling system 10, by generating input value information in which the numerical value input to each calculator 12, the identification information of the referee using the calculator 12, and the evaluation target item are associated with each other, It is possible to easily refer to the input values of each referee in the past. As a result, it is advantageous to confirm whether the evaluation by each judge is properly performed and to perform fair competition management.

Moreover, since the score totaling system 10 displays the total information on a monitor installed in the venue where the competition is held, it is advantageous for the athlete and the viewer to quickly grasp the score of the competition.
Moreover, since the identification information of the referee using each calculator 12 is displayed on the monitor 16 and the display mode of the identification information of each referee is changed based on whether or not numerical input to the calculator 12 is completed, It is advantageous for the competitors and viewers to check the progress of the evaluation.
The score totaling system 10 displays the advertising information on the monitor until the display of the totaling information is started after the end of the competition. The total display screen M1 displayed before the start of the display of the total information display screen M2 attracts the attention of visitors and competitors in the venue in order to confirm the evaluation results after the competition. It is advantageous in obtaining.

  In the embodiment, the case where the competition in which the scores are counted is a rhythmic gymnastics of a girl has been described. It is applicable to various conventionally known competitions that are tabulated.

10 score totaling system 12 (12A-12L) calculator 14 control computer 140 host computer 142 subcomputer 144 (144A, 144B) each management computer 16 monitor 22 (22A-22D) USB hub 23 router 24 USB line 26 LAN line 1400 total information Generation unit 1402 Display control unit 1420 Input value information generation unit 1440 Referee identification unit

Claims (10)

A score totaling system for a game in which a numerical value for evaluating a competition content is determined by a plurality of judges and a score is totaled based on the numerical value,
A plurality of calculators installed for each judge and capable of USB communication;
A control computer connected to the calculator via a USB line,
The calculator is inputted with the numerical value based on the evaluation by the judge using the calculator,
The control computer is
A referee identification unit for identifying which referee is using each of the calculators;
A total information generation unit that generates total information including the overall score of the competition by processing the numerical values transmitted from each of the calculators based on a predetermined scoring rule;
Score totaling system characterized by that.   The referee identification means assigns an identification value that can be input by the calculator to each referee, and causes the referee who uses the calculator to input the identification value corresponding to the calculator. The score totaling system according to claim 1, wherein the referee who uses the calculator is identified.   The score totaling system according to claim 2, wherein the numerical value for identification is set to a value outside a range that can be taken by a numerical value for evaluating the content of the game.   The control computer generates an input value information generating unit that generates input value information in which the numerical value input to each calculator, identification information of the referee using the calculator, and an evaluation target item are associated with each other The score totaling system according to any one of claims 1 to 3, further comprising: The total information generation unit automatically starts generation of the total information when input of the numerical values by a plurality of arbitrarily determined referees is completed, and automatically includes the total information when generation of the total information is completed Having an automatic score totaling function for displaying on the monitor of the control computer,
The score totaling system according to claim 1, wherein: The total information generating unit displays a warning message or information including a name of a predetermined referee on the monitor of the control computer when a predetermined referee inputs the correction value of the numerical value after the generation of the total information is completed. Let
The score totaling system according to claim 5, wherein: A large monitor installed in the venue where the competition is held and visible to the athletes and viewers who perform the competition;
The control computer is
A display control unit for displaying the aggregate information on the large monitor;
The score totaling system according to any one of claims 1 to 6, wherein The display control unit can change the order of the aggregate information for each player on the large monitor based on the total score in the aggregate information.
The score totaling system according to claim 7 characterized by things. The display control unit displays the advertisement information on the monitor until the display of the aggregate information is started after the competition of the competitor is completed.
The score totaling system according to claim 7 or 8, characterized in that. The competition is rhythmic gymnastics,
The score totaling system according to any one of claims 1 to 9, wherein

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