JP6277439B2 - Amusement hall equipment - Google Patents

Description

The present invention relates to a game BaSo location capable of aggregation and display of game information, in particular, it relates to a gaming BaSo location capable of displaying game information to each group configured by arbitrarily selected gaming machine.

A game arcade in which game machines such as slot machines and pachinko machines are installed is provided with a game hall management device capable of collecting and displaying game information related to the game machines.
According to such a game hall management device, game information can be classified and displayed based on a predetermined category (see Patent Document 1).
For example, according to the game hall management device (data management device) of Patent Document 1, it is possible to display a list of sales for each gaming machine, display an average value or a total value for all the gaming machines in the gaming hall. Yes (see FIG. 4 etc.).

JP 2011-110332 A

However, in such a game BaSo location, there is room for improvement.

In order to achieve the above object, a game room device according to the present invention is a game field device capable of displaying game information for a plurality of game machines installed in a game hall, wherein the game information is displayed in a first display mode and a second display mode. In the display means capable of changing the display mode, and in the first display mode, identification information that can identify the gaming machines can be set in a predetermined group in response to a predetermined selection operation being performed. A display unit configured to set the identification information in a predetermined group in response to a predetermined selection operation being performed, wherein the display unit is set to the predetermined group by the setting unit; Ri displayable der the game information relating to a game machine which is specified from the identification information, the first display mode, can display a first area capable of displaying a plurality of said identification information, a summary item information about the aggregation of game information The second region A display area capable of displaying a third area for setting the identification information in a predetermined group, and the setting means is configured to display the identification information from the first area by a moving operation as the predetermined selection operation. The identification information moved to the third area is set to a predetermined group by moving the aggregate item information from the second area to the third area after moving the item to the third area Is possible .

1 is a system configuration diagram including a game hall management device according to an embodiment of the present invention. 1 is a layout diagram showing an example of the arrangement of gaming machines in a game hall to which a game hall management device according to an embodiment of the present invention is applied. It is a block diagram which shows the structure of the game hall management apparatus which concerns on one Embodiment of this invention. It is a figure which shows the setting screen at the time of selecting the game machine which belongs to a group. It is a figure which shows operation which selects the game machine which belongs to a group. It is a figure which shows the aggregation screen of the game information for every group comprised based on the machine number. It is a figure which shows the aggregation screen of the game information for every group comprised based on the corner number. It is a figure which shows operation which changes a group structure based on a total screen. It is a figure which shows the total screen after a group structure is changed. It is a group hierarchy conceptual diagram which shows the structure of a group notionally. It is a flowchart which shows the calculation procedure of a representative value when there exists a change in a group structure.

Hereinafter, a preferred embodiment of a game hall management apparatus according to the game hall apparatus of the present invention will be described with reference to FIGS.

First, with reference to FIG. 1, the system configuration of the entire game arcade provided with the game arcade management apparatus of the present invention will be described. FIG. 1 is a system configuration diagram including a game hall management device according to an embodiment of the present invention.
As shown in FIG. 1, the game hall includes a gaming machine 10, a game medium lending machine 20, a stand management device 30 connected thereto, an island management device 40, a parent island management device 50, and a counting device. 60, a game hall management device 70, and a prize exchange device 80, each of which is connected via a predetermined network (for example, a local area network).

The gaming machine 10 includes various gaming machines that use a gaming medium such as a game ball or medal, such as a pachinko machine 10a, a slot machine 10b, an arrange ball machine, and a sparrow ball machine. Will be described using the pachinko machine 10a as an example.
The gaming machines 10 are arranged side by side by a predetermined number in the game hall. In this embodiment, the gaming machines 10 are arranged based on the layout shown in FIG. Each gaming machine is assigned a stand number (1 to 120 in FIG. 2), and a corner number (1 to 12 in FIG. 2) is assigned to each so-called Katashima. In FIG. 2, the game machine or corner at the upper left corner is used as a reference, and the machine number and the corner number are assigned in order from there to the predetermined arrangement direction.
Also, from each gaming machine 10, an out signal indicating the number of game media inserted, a safe signal indicating the number of game media paid out, a start signal output for each game from the pachinko machine 10a, and a big hit signal output at the time of a big hit Various game signals such as are output.

  The game media lending machine 20 is a device that lends game media, and is normally provided for each game machine 10 and lends a predetermined number of game media according to the insertion of cash or a prepaid card. The game medium lending machine 20 includes a ball lending machine 20a that lends game balls and a medal lending machine 20b that lends medals. Further, the game medium lending machine 20 is configured to output a sales signal indicating the number of game medium lending according to the amount of money to be input to the stand management device 30 and lend game media for the number of lending to the corresponding gaming machine 10. Has been.

The table management device 30 is an information processing device that relays and processes various signals. The table management device 30 is connected to the gaming machine 10 and the game medium lending machine 20, and receives various signals output from the gaming machine 10 and the game medium lending machine 20. A signal is received and transmitted to the island management device 40 via the communication line.
The island management device 40 is an information processing device that relays and processes various signals. The island management device 40 receives various signals transmitted from the table management device 30, accumulates or tabulates them as appropriate, and plays the game hall via the parent island management device 50. It transmits to the management apparatus 70.
The parent island management device 50 is an information processing device that relays and processes various signals. The parent island management device 50 receives signals transmitted from the island management devices 40, accumulates or tabulates them appropriately, and transmits them to the game hall management device 70.

The counting device 60 is a device for counting game media acquired by the player in the gaming machine 10, and is distinguished into a ball counter 60a for counting game balls and a medal counter 60b for counting medals. In addition, the counting device 60 includes a receipt issuing machine 61 that records and issues the number of game media (count value) as a counting result on a receipt.
Specifically, when a game medium is inserted into the ball counter 60a and the medal counter 60b, the number is automatically counted and a receipt on which the count value is recorded is issued from the receipt issuing machine 61. Thus, the player can exchange the issued receipt for a predetermined prize according to the count value by presenting the issued receipt to the prize exchange counter in the game hall.

The prize exchange device 80 is an information processing apparatus that is installed at a prize exchange counter or the like of a game hall and performs prize exchange processing between the acquired game medium and the prize. Specifically, the prize exchange device 80 reads information including the number of game media recorded in the receipt issued by the counting device 60 with a reading means (not shown), and sets the read number of game media (count value). Accordingly, the number of exchangeable prizes is calculated, and exchange processing with prizes is performed.
The prize exchange device 80 outputs a signal indicating the number of exchanged balls when the prize exchange is performed to the game hall management device 70.

The game hall management device 70 is an information processing device that operates under program control, and stores, manages, and analyzes game information related to all the gaming machines 10 provided in the game hall.
As shown in FIG. 3, the game hall management device 70 includes a storage unit 71, an operation unit 72, a display unit 73, a communication unit 74, and a control unit 75.

The storage unit 71 includes a storage medium such as a ROM, a RAM, and a hard disk (not shown), and stores programs related to various functions provided in the game hall management device 70, game information related to all game machines in the game hall, and the like.
For example, the operation unit 72 includes an input device such as a keyboard and a mouse (not shown), and data input from the input device is input to the control unit 75 (CPU) via an IO port (not shown).
The display unit 73 includes, for example, a liquid crystal display, and can display predetermined information (for example, a setting screen for group setting, a totaling screen for game information, etc.).
The communication unit 74 transmits and receives predetermined signals to and from other devices.
For example, various game signals (out signal, safe signal, start signal, jackpot signal, sales signal, etc.) transmitted from the parent island management device 50 via the communication line are received.
Further, a signal indicating the number of exchanged balls when the prize exchange is performed is received from the prize exchange device 80.
The control unit 75 includes a CPU (not shown) and the like, and by reading and executing a program stored in the storage unit 71, the following units (arithmetic unit, belonging game machine) of the game hall management device 70 are included. (Selection means, group information display means, group representative value calculation means, association means).

The control unit 75 operates as a calculation means, and thus, based on game signals (out signal, safe signal, start signal, jackpot signal, sales signal, etc.) received from the parent island management device 50, various game information (out balls) , The number of safe balls, the number of starts, the number of jackpots, sales, etc.) for each gaming machine 10, each island, each corner, and each model.
In addition to the above, the game information aggregated by the computing means includes “gross profit”, “depart rate”, “start”, “base”, “probability base”, “T1Y”, and the like.
The “delay rate” is a ratio of the number of safe balls to the number of out balls, and can be calculated by the number of safe balls ÷ the number of out balls.
The “base” is a payout rate in a gaming state other than the jackpot.
“Gross profit” is an operating profit on the amusement hall side according to the game with respect to sales, and can be obtained by sales−exchange balls × exchange unit price.
“Start” is the number of operations of the accessory based on the start signal.
The “probability change base” is a play rate in the gaming state during the probability change.
“T1Y” is the average number of hits during jackpots, and can be calculated by (safe number during jackpots−out number during jackpots) ÷ total jackpots.
Such game information is displayed in association with the identification information of the gaming machine 10 on the counting screen 101 based on the function of the group information display means described later.

The control unit 75 operates as belonging gaming machine selection means, and selects gaming machines belonging to a predetermined group according to the selection operation of the operation unit 72.
Hereinafter, the group setting process based on the belonging gaming machine selection means will be described.

FIG. 4 is a setting screen used when selecting gaming machines belonging to a group.
In the setting screen 100, first, a category is designated by a selection operation in “Segment”, and identification information (unit number, name) of gaming machines classified based on this category is displayed in an array on each line of “Segment item t1”. The
In "Category A", either "Pachinko" or "Slot Machine" can be selected. In "Category B", "Game number", "Corner number", "Island number", "Model" One of them can be selected.
For this reason, for example, when the administrator selects “Pachinko” in “Section A” and selects “Game machine number” in “Section B”, all pachinko machines in the game hall are displayed in each row of the category-specific item t1. The identification information is arranged and displayed in order of machine numbers (see FIG. 4).

Next, an operation (dragging) for selecting an arbitrary row from each row of the classification item t1 in which the identification information of the gaming machine is arranged, and assigning the data of the selected row to an arbitrary row of the “total image t2” (dragging) -Drop etc.) (see FIG. 5).
In this embodiment, by this operation, “11 CRbbb”, “22 CRccc”, “33 CRddd”, “44 CReeee”, “55 CRfff”, “66 ggg” are arranged in the first to sixth rows of the total image t2. Further, it is assumed that “77 CRhh”, “88 CRiii”, and “99 CRjjj” are arranged in the 8th to 10th rows of the total image t2 (see FIG. 6).
As described above, by arranging the data selected from the classification item t1 in each row of the total image t2, a group of data rows arranged in series is set.

Further, in the seventh and eleventh lines of the total image t2, the item “average” is arranged as a total line.
Specifically, the “average” row is selected from “total item t3” on the setting screen 100 shown in FIG. 4, and this is selected after the data rows constituting each group of the total image t2 (7th and 11th rows). To place.
In this way, by providing a total row (average row) following the data row group constituting the group, the groups are displayed separately, and the average of the group is displayed for each group (described later). (See Group information display means).

The control unit 75 operates the display unit 73 as a group information display unit, thereby displaying the identification information of the gaming machines belonging to the group separately for each group in one table, and lists them in each group. While displaying, the game information regarding the gaming machine belonging to each group is displayed in association with the identification information.
Specifically, as shown in FIG. 6, on the aggregation screen 101, an aggregation table M composed of a large number of cells formed by a plurality of rows and columns is formed. “Name”, “Number of units”, “Days”, “Out”, “Sales”, “Gross profit / day”, “Dead rate” headings are provided, and the cell of each row of “Unit number name” has a setting screen The identification information of gaming machines is arranged in accordance with 100 total images t2.
Then, for each gaming machine identification information arranged in the summary table M, the game information of out, sales, gross profit / day, and payout rate calculated and calculated by the calculation means is assigned to the cell corresponding to each heading. indicate.
According to the tabulation screen 101, game information for each group configured by gaming machines arbitrarily selected via the setting screen 100 can be displayed via the tabulation table M.

Thus, according to the game hall management device 70 provided with the belonging gaming machine selection means and the group information display means, it is possible to display the gaming information for each group configured by combining arbitrary gaming machines.
For this reason, a user (game hall manager or the like) can easily grasp game information and game tendency of a gaming machine that the user wants to refer to based on a unique category composed of a group that he / she has configured.
For example, a group can also be constituted by gaming machines that are scattered in the layout, such as gaming machines whose unit numbers are Zoro eyes (11, 22, 33, 44, 55, 66) (see FIGS. 2 and 6). .
In this case, the convenience of easily grasping the game tendency of the gaming machines of the group of doublet eyes is improved as in the case of performing a predetermined service for the doublet platform.
In other words, according to the game hall management device 70 of the present embodiment, it is necessary to search for the target game information from the game information listed in the order of machine numbers. By simply looking at the display location of the corresponding group in Table M, it is possible to immediately confirm the desired game information.
Therefore, it is possible to display game information for each group constituted by arbitrarily selected gaming machines without being restricted by the arrangement relationship of gaming machines in the game hall.

In addition, a gaming machine, an island, a corner, and a model can be set as a group unit, and these can be freely combined to form a group.
For this reason, it is possible to smoothly refer to the game information classified based on various usage modes and viewpoints.
In addition, since only necessary gaming machine information can be selected and displayed in a group, the processing load on the control unit (CPU) is reduced and the display speed is reduced as compared to the case of displaying a list of gaming information relating to all gaming machines. Etc. can be improved.

The control unit 75 operates as a group representative value calculating unit, calculates the representative value of the game information in the group using the game information of each gaming machine belonging to the group, and operates as the group information display unit. By doing so, the representative value of the game information in the group is displayed in the area located at the boundary that separates one group from the other group.
For example, in the total image t2 of the setting screen 100 shown in FIG. 5, when “average” is assigned to the seventh line after the first to sixth lines related to the group G1, the group G1 and the group G2 in the total table M The average of the game information of the gaming machines belonging to the group G1 is displayed in the row between.
Thus, according to the aspect which displays the representative value of game information for every group, the game tendency as a group can be grasped | ascertained immediately.
Further, when a plurality of groups are configured, it is possible to easily grasp the difference in game tendency between groups by comparing representative values displayed for each group.
In addition, a totaling row (average row) indicating representative values is displayed with a role of a boundary that divides the groups.
For this reason, it becomes easy to distinguish the game information of gaming machines belonging to a certain group from the gaming information of gaming machines belonging to another group, and the visibility of the gaming information can be improved.

Next, the change of the group structure and the group configuration will be described with reference to FIGS.
FIG. 7 is a diagram showing a tabulation table M based on groups configured based on corner numbers.
In this summary table M, the headings relating to game information are “start”, “base”, “probability change base”, and “T1Y”.
In addition, this tabulation table M constitutes four groups according to the person in charge of adjusting the nail (the former, the second) and the types of gaming machines having different jackpot probabilities (so-called MAX type and MID type).
Specifically, group G1 consisting of MAX type corner numbers 2 to 4 for which A is in charge, group G2 consisting of MID type corner numbers 11 to 13 for which A is in charge, and MAX type corner numbers 5 to 5 for which B is in charge. 7 and a group G4 consisting of MID type corner numbers 14 to 16 in charge of the second party.
According to such a group configuration, game information can be displayed separately for each person who performs nail adjustment and for each type of gaming machine.
Therefore, depending on the type of gaming machine for each person in charge of adjusting the nail, whether or not the nail adjustment is properly performed is determined according to various types such as “start”, “base”, “probability change base”, “T1Y”, etc. The game information can be checked in comparison.

The groups indicated by the tabulation table M have a tree structure (hierarchical structure), and the control unit 75 operates as an association unit, so that the gaming machines belong to the same group and are displayed side by side. The identification information is associated with each other.
In addition, the control unit 75 operates as a group representative value calculating unit, thereby calculating the representative value of the game information in each group using the game information of each gaming machine belonging to the same group recognized by the association.
Hereinafter, the tree structure will be described based on the group example shown in FIG.

As shown in FIG. 10 (a), all the gaming machines installed in the game hall are first classified into pachinko machines and slot machines as upper nodes. The “node” indicates each branch element for each layer in the tree structure.
Among the upper nodes, the pachinko machines are classified as middle nodes of the groups G1 to G4. Since the average row is provided for each group, it corresponds to the middle node in the same layer.
Further, the groups G1 to G4 corresponding to the middle-level nodes are linked to lower-level nodes corresponding to the data row groups in which the corner numbers as the constituent elements are associated in series.
In each lower node, data row groups with corner numbers 2 to 4 are associated with each other, data row groups with corner numbers 11 to 13 are associated with each other, and data row groups with corner numbers 5 to 7 are associated with each other. The data row groups having the corner numbers 14 to 16 are associated with each other.

Such association will be described with reference to FIG. 7, taking the group G1 as an example.
First, in the data row group of the group G1 in the summary table M, for the corner number 2, the association data indicating that the upper row has no corner number and the lower row has the corner number 3 is stored, and the corner number 3 For, store the association data indicating that corner number 2 is in the upper row and corner number 4 is in the lower row, and for corner number 4, corner number 3 is in the upper row and the corner is in the lower row Association data indicating that there is no number is stored.
For this reason, with respect to the representative value (average row) of the group G1, reference is made to this association data, corner number 2 of the row having data related only to the lower row, and the row having data related only to the upper row. Recognize that the corner number 4 and the corner number 3 of the row with the data related to the upper and lower rows belong to the same group, and use the game information associated with each corner number, the total or average of the group G1 Can be calculated.

Next, processing in the case of moving the corner number 7 belonging to the group G3 to the group G1 in such a group configuration will be described.
Specifically, as shown in FIG. 8, an operation of moving the row of the corner number 7 shown in the summary table M of the summary screen 101 to the bottom row of the group G1 by dragging and dropping is performed.
In this way, as shown in FIG. 9, in the group G1, the row with the corner number 7 is inserted and displayed between the row with the corner number 4 and the average row, and in the group G3, the corner number 7 is displayed. As a result of deleting the line and shifting all subsequent lines upward by one line, the line of the corner number 6 and the average line are displayed side by side.
As described above, when there is a predetermined operation for selecting a gaming machine belonging to one group and belonging to another group, the control unit 75 selects the selected one of the groups as the operation of the association means. After deleting the gaming machines, the gaming machines of the identification information displayed side by side are associated with each other. In other groups, after the selected gaming machines are added, the gaming machines of the identification information displayed side by side Make an association.
And the control part 75 operate | moves as a group representative value calculation means, in one group and another group, using each game machine information of each gaming machine belonging to the same group newly recognized by association, A representative value of game information in the group is calculated.

Specifically, as shown in FIG. 10B, for the corner number 4 belonging to the group G1, the original association data indicating that the upper row has the corner number 3 and the lower row has no corner number. , Change to association data indicating that corner number 3 is in the upper row and corner number 7 is in the lower row.
For the corner number 6 belonging to the group G3, the original association data indicating that the upper row has the corner number 5 and the lower row has the corner number 7, and the upper row has the corner number 5 and the lower row Change the association data to indicate that there is no corner number in the row.
And for the corner number 7, the upper row has the corner number 4 and the lower row from the association data related to the original group G3 indicating that the upper row has the corner number 6 and the lower row has no corner number. Is changed to association data indicating that there is no corner number, so that the corner number 7 belongs to the group G1.
In this way, by changing the association data of the source group G3 and the association data of the destination group G1 with the movement of the group number 7, in the group G3, the corner number 7 is changed from the original data row group. A new deleted data row group is configured, and in the group G1, a new data row group in which the corner number 7 is added to the original data row group is configured.

Next, a procedure for calculating a representative value when there is a change in the group configuration will be described.
FIG. 11 is a flowchart illustrating a procedure for calculating a representative value when there is a change in the group configuration.
As shown in FIG. 11, first, it is determined whether or not there has been a change of row for each group (S1). That is, it is determined for each group whether or not the group configuration has changed. Here, in the summary table M shown in FIG. 7, it is assumed that there is an operation for moving the row of the corner number 7 belonging to the group G3 to the lowest row of the group G1.

If there is a line change (S1-Yes), the association data of the movement source group and the movement destination group is changed (S2). Specifically, the source group G3 is changed to association data with the corner number 7 deleted, and the destination group G1 is changed to association data with the corner number 7 added.
Then, the total data (representative value) of the source group and the destination group is recalculated (S3). Specifically, for the groups G1 and G3, the representative value (average) of the group is recalculated based on the game information related to each corner number reconfigured based on the changed association data.
On the other hand, when there is no exchange of rows (S1-No), that is, for groups G2 and G4, S2 and S3 are skipped.
That is, even when there is a predetermined operation for selecting a gaming machine belonging to one group and belonging to another group, the control unit 75 performs association in one group other than the other group. No representative value is calculated.

According to such a procedure for calculating the representative value, when the game machine belonging to one group is changed in the tabulation table M according to the operation of belonging to another group, the configuration is changed only for the group whose configuration is changed. After that, the representative value (average) is recalculated and displayed, and no processing is performed for the group whose configuration is not changed.
For this reason, the representative value after changing the group configuration can be quickly displayed.
For example, as shown in FIGS. 7 to 9, in the initial tabulation table M, when the gaming machine having the corner number 7 belonging to the group G3 is tabulated as a person in charge of nail adjustment, Actually, when it is noticed that the upper is performing the nail adjustment, the representative value can be immediately calculated and displayed only by moving the row of the corner number 7 to the row of the group G1.
In addition to this, when a person in charge of nail adjustment is newly added and the number of gaming machines is increased or decreased, the assignment of the person in charge of the corner performing the nail adjustment is changed, and the group is changed by the same line movement operation. The game information including the representative value can be displayed immediately after reorganization.
On the other hand, the conventional game hall management apparatus has the following problems.
In conventional game hall management devices, game information can be classified and displayed only on the basis of “gaming machine”, “by island”, “by corner”, or “by machine type”. The game information could not be classified and displayed on the basis of.
For example, if “gaming machine” is selected as the category, the game information of all the gaming machines in the amusement hall is listed in the order of the machine number, so the administrator can display the gaming information of the gaming machine that he / she wants to refer to for all the gaming machines. It was necessary to search from a list of game information.
In addition, since the machine number is assigned according to the arrangement of gaming machines in the game hall, when there are a plurality of gaming machines to be referred to and these are not arranged side by side, it is a great deal to find the plurality of gaming information. It took time and effort.
In particular, when the comparison target display covers a plurality of pages, it is necessary to perform the comparison while scrolling the screen, which is inconvenient.
According to the game hall device of the present invention, all or a part of such problems to be improved by the conventional game hall device can be solved.

While the game BaSo location of the present invention, there is shown and described preferred embodiments, a player BaSo location according to the present invention it is not intended to be limited only to the embodiments described above, various in the scope of the present invention Needless to say, it is possible to implement this change.

For example, in the above-described embodiment, the game hall management device has been described. However, the present invention is not limited to such an aspect, and a method (game hall) for sequentially performing each process of the belonging game machine selection means and the group information display means. It can also be realized by a management method.
That is, in accordance with the selection operation, a game machine belonging to a predetermined group is selected without being restricted by the placement relationship of the game machines in the game hall (a process corresponding to the belonging game machine selection means), and a game belonging to the group The process of displaying the identification information of the machines for each group in one table, displaying them in a list in each group, and displaying the game information relating to the gaming machines belonging to each group in association with the identification information (The process corresponding to the group information display means) and the same operation as the game hall management device 70 by using the game hall management method in other game hall devices capable of counting and displaying game information. There is an effect.

In addition, a pachinko machine has been described as an example of a gaming machine, but it can also be applied to a slot machine. For example, a setting change stand and a stand that does not change a setting can be displayed in groups. it can.
Further, in the tabulation table M shown in FIG. 6 and the like, the rows and the columns can be exchanged.
Further, in the tabulation table M on the tabulation screen 101, the target period of game information to be handled can be arbitrarily set and changed (see FIG. 6 and the like).
Further, the division between one group and another group can be performed by simply providing a blank row, in addition to performing a total row consisting of an average and a total.
In addition, the representative value is not limited to the above-described total and average, and other representative values such as a median value and a mode value can be applied.

DESCRIPTION OF SYMBOLS 10 Game machine 20 Game media lending machine 30 Management apparatus 40 Island management apparatus 50 Parent island management apparatus 60 Counting apparatus 70 Game hall management apparatus 71 Memory | storage part 72 Operation part 73 Display part 74 Communication part 75 Control part 80 Prize exchange apparatus 100 Setting Screen 101 Total screen M Total table

Claims (4)

A plurality of gaming machines installed in a gaming hall, a gaming hall device capable of displaying gaming information,
Display means capable of changing the display mode between the first display mode and the second display mode;
In the first display mode, identification information that can identify the gaming machine can be set in a predetermined group in response to a predetermined selection operation being performed, and in the second display mode, a predetermined selection is performed. Setting means capable of setting the identification information in a predetermined group in response to an operation being performed,
The display means, Ri displayable der the game information relating to a game machine which is specified from the identification information set to a predetermined group by the setting unit,
The first display mode is:
A first region capable of displaying a plurality of the identification information;
A second area capable of displaying total item information related to game information totalization;
A display mode capable of displaying a third area for setting the identification information in a predetermined group,
The setting means moves the identification information from the first area to the third area by a moving operation as the predetermined selection operation, and then transfers the total item information from the second area to the third area. By moving it, it is possible to set the identification information moved to the third area to a predetermined group . The first display mode is a display mode that can be set to a predetermined group for identification information that is not set to the predetermined group,
The game field device according to claim 1, wherein the second display mode is a display mode in which identification information set in one group can be set in another group. The second display mode is:
A first area capable of individually displaying game information of the gaming machine specified from the identification information set in one group by the setting means;
A display area capable of displaying a second area capable of displaying a total result of game information in the first area;
The game area apparatus according to claim 1 or 2, wherein the first area and the second area have different display modes . For a plurality of gaming machines installed in the game hall, a computer of a game hall device capable of displaying game information,
Display means capable of changing the display mode between the first display mode and the second display mode; and
In the first display mode, identification information that can identify the gaming machine can be set in a predetermined group in response to a predetermined selection operation being performed, and in the second display mode, a predetermined selection is performed. According to the operation being performed, the identification information functions as a setting unit that can be set in a predetermined group,
The display means can display game information relating to a gaming machine specified from the identification information set in a predetermined group by the setting means,
The first display mode is:
A first region capable of displaying a plurality of the identification information;
A second area capable of displaying total item information related to game information totalization;
A display mode capable of displaying a third area for setting the identification information in a predetermined group,
The setting means moves the identification information from the first area to the third area by a moving operation as the predetermined selection operation, and then transfers the total item information from the second area to the third area. A program characterized in that the identification information moved to the third area can be set in a predetermined group by being moved .

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