JP7415602B2 - Program and workshop system - Google Patents

Description

The present invention relates to a program that assists in conducting workshops.

Patent Document 1 discloses an educational support system in which a server sends a worksheet stored in a database to a user terminal used by a student, and collects the worksheet from the user terminal after the student has completed work such as filling out information. is disclosed.

Japanese Patent Application Publication No. 2018-194652

In a workshop, the contents that students fill out on worksheets and the speed of progress vary, so facilitators need to be flexible in managing the workshop. The management of such workshops depends on the ability of the facilitators, so in order to maintain a constant quality of the workshop, it is necessary to secure multiple highly capable facilitators or train highly capable facilitators. is necessary.

Further, Patent Document 1 does not disclose a technique for a facilitator to manage a worksheet on which a user is working.

An object of the present invention is to provide a technology that can homogenize the operation and management of workshops. Another object of the present invention is to provide a technique that allows a facilitator to easily check the work of workshop participants.

(1) A program according to the present invention includes a first program implemented in a communication device including a facilitator terminal having a first display, a first input interface, and a first communication interface, a second display, a second input interface, and a second program installed on each of a plurality of participant terminals each having a second communication interface. The first program performs a first display process of displaying on the first display a distribution icon that accepts distribution of the worksheet stored in the memory, and the first communication based on the reception of the selection of the distribution icon. A first transmission process of transmitting the worksheet to the participant terminal through an interface is executed. The second program includes a second display process for receiving the worksheet through the second communication interface and displaying the received worksheet on the second display, and a work input reception process for receiving input to the worksheet. , execute a second transmission process of transmitting notification information including the input worksheet, which is the input worksheet, and terminal identification information or participant identification information to the communication device through the second communication interface; . The first program includes a generation process for generating progress information indicating progress from the filled-in worksheet included in the received notification information based on the notification information received through the first communication interface; identification processing for identifying attribute information from the terminal identification information or the participant identification information included in the notification information; and a third display processing for displaying the progress information including the identified attribute information on the first display; Execute.

The first program displays progress information including the identified attribute information on the first display. Therefore, the facilitator can grasp the progress of the worksheet in the group and participants. Thereby, the facilitator can, for example, go to the table of a group that is making slow progress or the seat of a participant who is making slow progress, and assist the work of the slow progressing participant.

(2) Based on the reception of a plurality of the worksheets, the second program displays a switching icon that accepts switching between the worksheet displayed on the second display and other worksheets. You may further perform a fourth display process of displaying on the second display.

If a workshop participant finishes filling out one worksheet within the working time and has not finished filling out the previous worksheet, the participants will be able to use the remaining work to fill out the previous worksheet. This can be done using time. Therefore, the program according to the present invention allows participants to perform tasks efficiently.

(3) The first program includes an output process for outputting image data stored in the memory to a display device, a display image indicated by the image data, and a display image associated with the display image, and You may further perform a fifth display process of displaying the characters stored in the first display on the first display.

The facilitator can provide an appropriate explanation for the display image displayed by the display device by reading out the characters associated with the display image. Therefore, the program according to the present invention can, for example, assist an inexperienced facilitator in explaining.

(4) The first program further includes a sixth display process that causes the first display to display the remaining time that is counted down as the initial value of the working time stored in the memory based on the transmission of the worksheet. May be executed.

According to the above configuration, the facilitator can be made aware of the remaining time.

(5) In the generation process, the first program calculates the progress rate based on the completed worksheet, and the progress information includes the average progress rate in the group to which the participant belongs and the minimum progress rate of the participant. It may contain at least one of the following.

If the progress information includes the average progress rate of the group, the facilitator can identify the slow progressing group, and if the progress information includes the minimum progress rate of the participants, the facilitator can identify the slow progress group. can be specified. The facilitator assists the participants in the group who are making slow progress or the participants who are making slow progress in performing the work.

(6) The memory stores an appropriate progress rate associated with the remaining time, and the progress information includes the progress rate calculated by the first program based on the entry worksheet, and the progress information includes the progress rate calculated by the first program based on the entry worksheet. Based on the sending of the worksheet, the program calculates the remaining time by counting down the working time stored in the memory using the initial value, and calculates the appropriate progress rate associated with the calculated remaining time. The progress information may be identified, and in the third display process, the progress information including the progress rate that is less than the identified appropriate progress rate may be displayed on the first display.

The first program causes the first display to display progress information including progress information that is less than the specified appropriate progress rate. Therefore, the facilitator can identify groups or participants who may not be able to finish filling out the worksheet within the working time, and assist the participants.

(7) The communication device includes the facilitator terminal and a server capable of communicating with the participant terminal and the facilitator terminal via the Internet, and the first program includes a server program implemented by the server and the facilitator terminal. and a facilitator program implemented by the terminal.

(8) The workshop system according to the present invention includes a communication device including a facilitator terminal having a first display, a first input interface, a first communication interface, and a first controller; 2 communication interfaces, and a plurality of participant terminals each having a second controller. The first controller performs a first display process of displaying a distribution icon for accepting distribution of the worksheet stored in a memory on the first display, and performs the first communication based on receiving the selection of the distribution icon. A first transmission process of transmitting the worksheet to the participant terminal through an interface is executed. The second controller receives the worksheet through the second communication interface, and performs a second display process to display the received worksheet on the second display, and a work input reception process to receive input to the worksheet. , execute a second transmission process of transmitting notification information including the input worksheet, which is the input worksheet, and terminal identification information or participant identification information to the communication device through the second communication interface; . The first controller performs a generation process of generating progress information indicating progress from the filled-in worksheet included in the received notification information based on receiving the notification information through the first communication interface; identification processing for identifying attribute information from the terminal identification information or the participant identification information included in the notification information; and a third display processing for displaying the progress information including the identified attribute information on the first display; Execute.

The present invention can also be viewed as a workshop system.

According to the program and management system according to the present invention, it is possible to homogenize the operation and management of workshops. Additionally, the facilitator can easily check the work of the workshop participants.

FIG. 1 is a diagram showing the configuration of a workshop system 10. FIG. 2 is a diagram showing group names to which participants belong. FIG. 3(A) is a diagram showing the first correspondence table, FIG. 3(B) is a diagram showing the second correspondence table, and FIG. 3(C) is a diagram showing the third correspondence table. , FIG. 3(D) is a diagram showing the database. FIG. 4 is a diagram illustrating a part of the processing executed by the terminal program 29 of the facilitator terminal 11, the terminal program 39 of the participant terminal 12, and the server program 49 of the server 13. FIG. 5 is a diagram showing a continuation of the process shown in FIG. 4. FIG. 6 is a diagram showing a continuation of the process shown in FIG. 5. FIG. 7 is a diagram showing a continuation of the process shown in FIG. 6. FIG. 8(A) is a diagram showing the facilitator first screen, FIG. 8(B) is a diagram showing the participant first screen, and FIG. 8(C) is a diagram showing the facilitator second screen. be. FIG. 9(A) is a diagram showing the first participant worksheet screen, FIG. 9(B) is a diagram showing the second participant worksheet screen, and FIG. 9(C) is a diagram showing the modified example. It is a figure which shows the facilitator 2nd screen which concerns.

Embodiments of the present invention will be described below. Note that the embodiments described below are merely examples of the present invention, and it goes without saying that the embodiments of the present invention can be modified as appropriate without changing the gist of the present invention.

In this embodiment, a workshop system 10 shown in FIG. 1 will be described. The workshop system 10 is a system that assists a facilitator in running a workshop. A facilitator uses the workshop system 10 to conduct a workshop for participants.

The workshop system 10 includes a facilitator terminal 11 used by a facilitator, a plurality of participant terminals 12 used by participants, a server 13, and a projection device 16. Facilitator terminal 11 and server 13 are examples of communication devices. The projection device 16 is an example of a display device. Note that the display device is not limited to the projection device 16 as long as it can display a screen.

Multiple participants participate in the workshop by being divided into multiple groups. In the example shown in FIG. 2, the plurality of participants are divided into four groups with group names "A", "B", "C", and "D". Participants are notified of their participant ID and group name in advance. The participants operate the participant terminals 12 placed on the table with the same group name as the notified group name.

The facilitator terminal 11 and the plurality of participant terminals 12 shown in FIG. 1 are personal computers, tablets, or the like. The facilitator terminal 11 and the plurality of participant terminals 12 are communicably connected to each other via a local network 15 such as a wired LAN or a wireless LAN. The local network 15 is connected to the Internet 14 via a router (not shown).

The server 13 is a so-called web server that publishes a URL on the Internet 14, and is connected to the Internet 14. The server 13 may be a so-called rental server, or may be a server owned by the person operating the workshop system 10, as long as the person operating the workshop system 10 has usage authority.

The projection device 16 is a device such as a projector that projects an image onto the screen 17. The projection device 16 is connected to the facilitator terminal 11 using a USB (registered trademark) cable or the like so that they can communicate with each other. Alternatively, the projection device 16 may be connected to the facilitator terminal 11 so as to be able to communicate with each other using a wireless communication standard such as Bluetooth (registered trademark), or may be connected to the local network 15 so that the facilitator terminal 11 can communicate with the facilitator terminal 11 through the local network 15. It may be connected to the terminal 11 so that they can communicate with each other.

The facilitator operates the facilitator terminal 11 to project an image on the screen 17 to provide explanations to the participants, and also displays a worksheet on the participant terminal 12 to have the participants do the work. Conduct workshops on The configurations of the facilitator terminal 11, participant terminal 12, and server 13 will be explained in detail below. Note that an example will be described below in which the facilitator terminal 11 and the participant terminal 12 are personal computers.

The facilitator terminal 11 includes a controller 21, a first display 22, a first input I/F 23, and a first communication I/F 24. "I/F" is an abbreviation for "interface." Controller 21 is an example of a first controller.

The first input I/F 23 is an interface that accepts input from a facilitator, such as a keyboard, mouse, or microphone.

The first communication I/F 24 is connected to the local network 15 by wire or wirelessly. The facilitator terminal 11 communicates with the server 13 by transmitting an HTTP request to the server 13 through the first communication I/F 24 and receiving an HTTP response to the transmitted HTTP request.

The controller 21 includes a CPU 25 that is a central processing unit, a memory 26, and a communication bus 27. The memory 26 includes a storage area such as a hard disk that stores the OS 28 and the terminal program 29 executed by the CPU 25, a storage area such as a RAM used to execute the OS 28 and the terminal program 29, and other storage areas such as a buffer. has. The terminal program 29 is an example of a facilitator program.

In addition to the OS 28 and the terminal program 29, the memory 26 also stores the server URL, which is a URL published by the server 13, and the IP address and MAC address assigned to itself.

The CPU 25 , memory 26 , first display 22 , first input I/F 23 , and first communication I/F 24 are interconnected by a communication bus 27 . That is, the OS 28 and the terminal program 29 executed by the CPU 25 can read information and data from the memory 26 or write information and data to the memory 26, input image data to the first display 22, and display the image on the first display. It can be displayed on the display 22, it can receive signals output from the first input I/F 23, and it can transmit and receive information and data through the first communication I/F 24.

The OS 28 is an operating system and provides API (abbreviation for Application Programming Interface) to programs including the terminal program 29. The terminal program 29 communicates with the server 13 using, for example, API.

The terminal program 29 includes, for example, a UI module that inputs screen data to the first display 22 and receives operation signals input from the first input I/F 23, and a communication module that communicates with the server 13 through the first communication I/F 24. It is composed of a plurality of modules, including a main module that instructs processing to a UI module and a communication module. However, the terminal program 29 may be a single program that is not composed of multiple modules.

The terminal program 29 is a so-called application. However, the terminal program 29 may be a plug-in program that extends the functionality of the browser installed in the facilitator terminal 11. Alternatively, the terminal program 29 may be HTML data with a script that is processed by a browser.

The participant terminal 12 has the same configuration as the facilitator terminal 11. The participant terminal 12 includes a controller 31, a second display 32, a second input I/F 33, and a second communication I/F 34. The controller 31 includes a CPU 35, a memory 36, and a communication bus 37. The memory 36 of the participant terminal 12 stores an OS 38, a terminal program 39, and a server URL. Controller 31 is an example of a second controller. The terminal program 39 is an example of a second program.

The server 13 includes a controller 41 and a communication I/F 44. Communication I/F 44 is connected to the Internet 14. The configuration of the communication I/F 44 is the same as the configuration of the first communication I/F 24 of the facilitator terminal 11.

The controller 41 includes a CPU 45, a memory 46, and a communication bus (not shown). The CPU 45, memory 46, and communication I/F 44 are connected to a communication bus. The configuration of memory 46 is similar to that of memory 26. The memory 46 stores an OS 48 and a server program 49. The server program 49 and the above-mentioned terminal program 29 are examples of the first program.

The memory 46 stores a first correspondence table, a second correspondence table, a third correspondence table, and a database.

As shown in FIG. 3(A), the first correspondence table is a table that associates facilitator IDs, workshop identification information, workshop names, facilitator screen data, and participant screen data. .

The facilitator ID is an ID that individually identifies a facilitator. The workshop identification information is identification information that individually identifies a workshop. The facilitator inputs, for example, a facilitator ID into the facilitator terminal 11, accesses the server 13 through the facilitator terminal 11, and registers a new workshop in the server 13. The server program 49 of the server 13 attaches workshop identification information to the newly registered workshop and registers it in the first table in association with the facilitator ID.

The workshop name is a name given to the workshop. For example, the facilitator inputs the workshop name into the server 13 through the facilitator terminal 11. The server program 49 registers the input facilitator name in the first table in association with the facilitator ID and workshop name.

The facilitator screen data is screen data of a screen displayed on the first display 22 of the facilitator terminal 11 when the workshop is executed. The facilitator screen data is, for example, screen data for displaying a plurality of screens. The facilitator screen data is, for example, HTML data.

The participant screen data is screen data of a screen displayed on the second display 32 of the participant terminal 12 when the workshop is executed. The participant screen data is, for example, screen data that displays a plurality of screens. The participant screen data is, for example, HTML data. For example, when registering a new workshop in the first correspondence table, the facilitator selects existing facilitator screen data and participant screen data, or generates new facilitator screen data and participant screen data and starts the workshop by selecting existing facilitator screen data and participant screen data. 1 Register in the correspondence table.

The first correspondence table is used to display a list of workshops on the selection screen where the facilitator selects the workshop he or she wishes to carry out. Details will be described later.

As shown in FIG. 3(B), the second correspondence table is a table that associates workshop identification information, execution order, worksheet ID, sheet file, work time, and specified number of characters.

The execution order indicates the order in which works are executed in the workshop. The sheet file is a worksheet file. The worksheet ID is an ID that individually identifies a worksheet. The work time is a time limit for performing work, and is a predetermined time for a worksheet.

The specified number of characters indicates the number of characters written in the model answer of the worksheet indicated by the sheet file. The specified number of characters is used to calculate the progress rate of the worksheet. The details will be described later.

For example, the facilitator generates worksheets and model answers in advance, selects a worksheet to be used for a newly registered workshop from among the generated worksheets through the facilitator terminal 11, and assigns the execution order to the second worksheet. Register in the correspondence table. Further, the facilitator registers the number of characters of the model answer as the specified number of characters in the second correspondence table. The server program 49 associates the sheet file and execution order of the registered worksheet, the work time predetermined for the sheet file, and the specified number of characters with the workshop identification information and creates a second correspondence table. Register. Note that the server program 49 may specify the specified number of characters from the model answer and register it in the second correspondence table.

Based on the facilitator selecting a workshop on the selection screen described later, the server program 49 generates a sheet file indicating a worksheet to be transmitted to the participant terminal 12 in the selected workshop, the transmission order of the sheet file, The working time is determined using the second correspondence table. Details will be described later.

As shown in FIG. 3C, the third correspondence table is a table that associates workshop identification information, participant IDs, names of participants, and group names. The participant ID is an ID that individually identifies each participant. The group name is information indicating the group to which each participant belongs. Multiple participants are divided into multiple groups based on group names. The facilitator accesses the server 13, for example through the facilitator terminal 11, and inputs the names and group names of participants participating in the workshop. The server program 49 assigns a participant ID to the input name of the participant and registers it in the third correspondence table in association with the workshop identification information. The participant ID is an example of participant identification information.

The third correspondence table is used by the server program 49 when determining whether the participant terminal 12 that requested the transmission of the worksheet is being operated by a proper participant. Alternatively, the third correspondence table is used to determine the group name to which the participant belongs. Details will be described later.

As shown in FIG. 3(D), the database stores the input sheet file, which is the worksheet after the participant has made input, using the facilitator ID, workshop identification information, participant ID, and the participant's input sheet file. This is a database that stores names, group names, and progress rates in association with each other.

The server program 49 registers the input sheet file sent by the participant terminal 12 in the database in association with the facilitator ID and workshop identification information. The server program 49 also calculates the progress rate and average progress rate based on the acquired input sheet file, and registers the calculated progress rate and average progress rate in the database. Details will be described later.

Note that the first correspondence table, the second correspondence table, and the third correspondence table may be part of a database.

Refer to FIGS. 4 to 9 below for the processes executed by the terminal program 29 of the facilitator terminal 11, the terminal program 39 of the participant terminal 12, and the server program 49 of the server 13 when the facilitator executes a worksheet. and explain. Note that in FIGS. 4 to 7, only one participant terminal 12 among the plurality of participant terminals 12 is shown. The terminal program 39 of the plurality of participant terminals 12 executes the same processing as the terminal program 39 of the participant terminal 12 shown in FIGS. 4 to 7.

The facilitator starts the terminal program 29 on the facilitator terminal 11 and the terminal program 39 on the participant terminal 12. As shown in FIG. 4, the activated terminal program 29 of the facilitator terminal 11 displays a first input screen (not shown) on the first display 22 (S11). The first input screen has a text box that accepts input of a facilitator ID. The facilitator uses the first input I/F 23 to input the facilitator ID into the text box. The terminal program 29 acquires the facilitator ID input in the text box (S12). Then, the terminal program 29 transmits an HTTP request having the acquired facilitator ID to the server URL stored in the memory 26 via the first communication I/F 24 and the Internet 14 (S13). That is, the terminal program 29 transmits the facilitator ID to the server 13. Hereinafter, sending an HTTP request to the server URL through the first communication I/F 24 and the Internet 14 will be simply described as "sending an HTTP request to the server 13." The fact that the participant terminal 12 sends an HTTP request to the server URL through the second communication I/F 34 and the Internet 14 will also be described and explained in the same manner.

The server program 49 of the server 13 receives the HTTP request sent by the facilitator terminal 11 via the Internet 14 and the communication I/F 44. In the following, receiving an HTTP request transmitted by the facilitator terminal 11 or the participant terminal 12 through the Internet 14 and the communication I/F 44 will be simply described as "receiving an HTTP request."

The server program 49 of the server 13 identifies, in the first correspondence table, a plurality of workshop identification information and workshop names associated with a facilitator ID that matches the facilitator ID included in the received HTTP request (S14). The server program 49 generates an HTTP response that includes a list of the identified workshop identification information and workshop names, and returns the generated HTTP response via the communication I/F 44 and the Internet 14 (S15). In the following, the fact that the server 13 returns an HTTP response to the facilitator terminal 11 and the participant terminal 12 through the communication I/F 44 and the Internet 14 will be simply described as "replying an HTTP response."

The terminal program 29 of the facilitator terminal 11 receives the HTTP response sent by the server 13 via the Internet 14 and the first communication I/F 24 (S15). In the following, the fact that the facilitator terminal 11 and the participant terminals 12 receive an HTTP response through the Internet 14 and the first communication I/F 24 (second communication I/F 34) is simply referred to as "receiving an HTTP response." I will explain.

Based on receiving the HTTP response sent by the server 13 (S15), the terminal program 29 of the facilitator terminal 11 displays a selection screen having a list of workshop names included in the received HTTP response on the first display 22. (S16). The facilitator uses the first input I/F 23 to select one workshop name from the displayed list of workshop names. The terminal program 29 acquires the workshop name selected by the facilitator (S17). Then, the terminal program 29 generates an HTTP request including workshop identification information associated with the acquired workshop name, and transmits the generated HTTP request to the server 13 (S18).

Based on receiving the HTTP request sent by the facilitator terminal 11 (S18), the server program 49 of the server 13 associates the HTTP request with workshop identification information that matches the workshop identification information included in the received HTTP request. Facilitator screen data is specified in the first correspondence table (S19). Then, the server program 49 generates an HTTP response including the specified facilitator screen data, and returns the generated HTTP response to the facilitator terminal 11 (S20).

Based on receiving the HTTP response sent by the server 13 (S20), the terminal program 29 of the facilitator terminal 11 displays the facilitator first screen (FIG. 8(A)) indicated by the facilitator screen data included in the received HTTP response. is displayed on the first display 22 (S21). The process in step S21 is an example of the first display process and the fifth display process.

Further, the terminal program 29 transmits the slide image data included in the facilitator screen data to the projection device 16 (S22), and causes the slide image indicated by the slide image data to be projected onto the screen 17. The process in step S22 is an example of an output process. A slide image is an example of a display image.

FIG. 8(A) shows the facilitator first screen. The facilitator first screen includes a slide image display area 51 where slide images are displayed, a script display area 52 where a script is displayed, a distribution icon 53, an end icon 54, and previous and previous slide image display areas 71, 72, 73. and has. The slide image displayed in the slide image display area 51 is the same screen as the slide image that is transmitted to the projection device 16 and projected onto the screen 17 in step S22 (FIG. 4). The script displayed in the script display area 52 is characters, symbols, and figures that indicate what the facilitator will say according to the slide image displayed in the slide image display area 51. The distribution icon 53 is an icon that accepts instructions for distributing a worksheet. The end icon 54 is an icon that accepts an instruction to end the workshop.

The front and rear slide image display areas 71, 72, and 73 display the slide image displayed in the slide image display area 51 before the slide image displayed in the slide image display area 51, and the slide image displayed in the slide image display area 51. This area displays a slide image that is scheduled to be displayed in the slide image display area 51 after the slide image that is being displayed. For example, the previous slide image is displayed in the front/back slide image display area 71, the next slide image is displayed in the front/back slide image display area 72, and the next slide image is displayed in the front/back slide image display area 73. A slide image scheduled to be displayed in the slide image display area 51 is displayed next to the slide image displayed in . The facilitator explains while checking not only the slide image displayed in the slide image display area 51 but also the slide image displayed before the slide image and the slide image scheduled to be displayed after the slide image. I do. That is, the slide images displayed in the front and rear slide image display areas 71, 72, and 73 facilitate the progress of the workshop by the facilitator.

The facilitator, while looking at the first facilitator screen displayed on the first display 22 of the facilitator terminal 11, gives an explanation according to the content shown in the displayed script, and after giving the explanation, uses the first input I/F 23. and select the distribution icon 53.

On the other hand, the terminal program 39 of the participant terminal 12 displays a second input screen (not shown) on the second display 32, as shown in FIG. 5 (S31). The second input screen includes, for example, a text box that accepts input of a participant ID. Each participant uses the second input I/F 33 to input the participant ID notified in advance into the text box.

The terminal program 39 of the participant terminal 12 acquires the participant ID input in the text box on the second screen (S32). The terminal program 39 generates an HTTP request including the acquired participant ID, and transmits the generated HTTP request to the server 13 (S33).

Based on receiving the HTTP request sent by the participant terminal 12 (S33), the server program 49 of the server 13 executes the work associated with the participant ID that matches the participant ID included in the received HTTP request. Shop identification information is specified in the third correspondence table. Then, participant screen data associated with workshop identification information that matches the identified workshop identification information is specified in the first correspondence table (S34). The server program 49 generates an HTTP response including the identified participant screen data, and returns the generated HTTP response to the participant terminal 12 (S35).

Although not shown in FIGS. 4 and 5, if the participant ID included in the received HTTP request is not registered in the database, the server program 49 of the server 13 sends an HTTP request that includes error information indicating an error. A response is generated and the generated HTTP response is sent back to the participant terminal 12.

Based on receiving the HTTP response sent by the server 13 (S35), the terminal program 39 of the participant terminal 12 displays the first participant screen indicated by the participant screen data included in the received HTTP response on the second display. 32 (S36).

FIG. 8(B) shows the first participant screen. The participant first screen has a slide image display area 55 in which the above-mentioned slide images are displayed. Note that the server 13 may transmit slide image data to the participant terminal 12 instead of the participant screen data in step S35. In that case, the terminal program 39 of the participant terminal 12 causes the second display 32 to display a slide image instead of the participant first screen in step S36.

On the other hand, based on the reception of the selection of the distribution icon 53 on the facilitator first screen (FIG. 8(A)), the terminal program 29 of the facilitator terminal 11 executes the work corresponding to the displayed facilitator screen (S41). Specify the sheet ID. The worksheet ID corresponding to the facilitator screen is included in advance in the facilitator screen data received in step S20. For example, the facilitator first screen is associated with the worksheet ID "K001-0" (FIG. 3(B)) whose execution order is "1". The terminal program 29 generates an HTTP request including the specified worksheet ID, and transmits the generated HTTP request to the server 13 (S42).

Based on receiving the HTTP request sent by the facilitator terminal 11 (S42), the server program 49 of the server 13 generates a sheet file associated with a worksheet ID that matches the worksheet ID included in the received HTTP request. and the working time are specified in the second correspondence table (S43). The server program 49 returns an HTTP response including the specified sheet file and working time to the facilitator terminal 11 (S44).

Based on receiving the HTTP response sent by the server 13 (S44), the terminal program 29 of the facilitator terminal 11 displays the facilitator second screen (see FIG. 8(C)) is displayed on the first display 22 (S45). Further, the terminal program 29 inputs the sheet file to the projection device 16 and causes the first worksheet to be displayed on the screen 17 (S45). Then, the terminal program 29 starts counting down a countdown timer whose initial value is the working time included in the received HTTP response, and displays the remaining time indicated by the countdown timer on the facilitator second screen (S46). The process in step S46 is an example of the sixth display process.

As shown in FIG. 8(C), the facilitator second screen includes a worksheet display area 56 where worksheets are displayed, and a group display area where the average progress rate, which is the average progress rate for each group, is displayed. 57, a low progress rate participant display area 58 where the name and progress rate of the participant with the lowest progress rate are displayed, a remaining time display area 59 where the above-mentioned remaining time is displayed, and a work completion icon 60. , has. The work end icon 60 is an icon that instructs the server 13 to end input to the displayed worksheet. For example, the facilitator selects the work completion icon in response to the remaining time reaching zero. The group name and progress rate displayed in the group display area 57 and the participant name and progress rate displayed in the low progress rate participant display area 58 will be described later. Note that when the terminal program 39 of the participant terminal 12 forcibly ends input to the worksheet in response to the remaining time becoming zero, the work end icon 60 may be omitted.

On the other hand, after displaying the first participant screen on the second display 32 (S36), the terminal program 39 of the participant terminal 12 generates an HTTP request including a request for a sheet file, and sends the generated HTTP request to a predetermined It is periodically transmitted to the server 13 at time intervals of (S47). The predetermined time interval is predetermined and stored in the memory 36 of the participant terminal 12.

The server program 49 of the server 13 returns an HTTP response including the sheet file and working time specified in step S43 to the HTTP request (S47) received after executing the process of step S43 (S48). The process in step S48 is an example of the first transmission process.

Based on receiving the HTTP response sent back by the server 13 (S48), the terminal program 39 of the participant terminal 12 displays the participant's first worksheet screen (FIG. 8(A)) containing the worksheet indicated by the received sheet file. )) is displayed on the second display 32 (S49). The terminal program 39 generates participant first worksheet screen data based on, for example, the participant screen data received in step S35 and the sheet file received in step S48, and the generated participant first worksheet The screen data is input to the second display 32, and the participant first worksheet screen is displayed on the second display 32. The process in step S49 is an example of the second display process.

As shown in FIG. 9(A), the participant first worksheet screen includes a worksheet display area 61 where the worksheet is displayed, a remaining time display area 62 where the remaining time is displayed, and a send icon 63. , has. The send icon 63 is an icon that the participant selects when the remaining time reaches zero and the facilitator instructs to end the work. Note that when the terminal program 39 of the participant terminal 12 forcibly sends the entry sheet file indicating the completed worksheet to the server 13 based on the fact that the remaining time has become zero, the sending icon 63 is omitted. may be done.

As shown in FIG. 5, the terminal program 39 of the participant terminal 12 starts a countdown timer with the initial value as the working time included in the HTTP response received in step S48, and calculates the remaining time indicated by the countdown timer. The remaining time is displayed in the remaining time display area 62 of the participant's first worksheet screen (S50).

The terminal program 39 then receives input to the first worksheet, as shown in FIG. 6 (S51). The process in step S51 is an example of a work input reception process.

The terminal program 39 sends an HTTP request containing a first entry sheet file, which is a sheet file in which participants have made input, a participant ID, workshop identification information, and a worksheet ID, at predetermined time intervals. The generated HTTP request is sent to the server 13 (S52). Note that the workshop identification information is included in the participant screen data received in step S35, and the worksheet ID is included in the sheet file received in step S48. Further, the predetermined time interval is determined in advance and stored in the memory 36 of the participant terminal 12. The terminal program 39 includes the workshop identification information included in the participant screen data, the worksheet ID included in the sheet file, and the participant ID acquired in step S32 in the HTTP response. An HTTP request including the first entry sheet file, participant ID, workshop identification information, and worksheet ID is an example of notification information. Step S52 of transmitting notification information is an example of second transmission processing.

Based on receiving the HTTP request sent by the participant terminal 12 (S52), the server program 49 of the server 13 registers the first entry worksheet included in the HTTP request in the database (S53). To explain in detail, the server program 49 matches the participant ID, workshop identification information, and worksheet ID included in the received HTTP request with the participant ID, workshop identification information, and worksheet ID included in the received HTTP request. The assigned field is specified, and the first entry worksheet is registered in the specified field. The process of identifying the participant ID that matches the participant ID included in the received HTTP request in step S53 is an example of the identifying process. Further, the participant ID and the group name associated with the participant ID in the database or the third correspondence table are examples of attribute information.

The server program 49 of the server 13 also calculates the progress rate and average progress rate based on the first entry worksheet, and registers the calculated progress rate and average progress rate in the database (S54). To explain in detail, the server program 49 counts the number of characters filled in on the first entry worksheet. Then, the server program 49 calculates the progress rate by dividing the counted number of characters by the specified number of characters (FIG. 3(B)) and multiplying by 100. Note that the server program 49 uses the worksheet ID received in step S52 to obtain the specified number of characters from the second correspondence table.

Next, the server program 49 calculates the average progress rate for each group name. For example, the server program 49 reads a plurality of progress rates associated with the group name "A", calculates the average value of the plurality of read progress rates, and registers the calculated average value of the progress rates in the database.

On the other hand, the terminal program 29 of the facilitator terminal 11 generates an HTTP request including a request for progress information, a facilitator ID, and workshop identification information, and sends the generated HTTP request to the server 13 periodically at predetermined time intervals. (S61). The predetermined time interval is predetermined and stored in the memory 26 of the facilitator terminal 11.

The server program 49 of the server 13 generates progress information (S62) based on receiving the HTTP request sent by the facilitator terminal 11 (S61). Specifically, the server program 49 includes the name of the participant, group information, progress rate, and the name of the participant associated with the facilitator ID and workshop identification information that match the facilitator ID and workshop identification information included in the received HTTP request. and the average progress rate are read from the database, and progress information including list data of the average progress rate for each group, the name of the participant with a low progress rate, and the progress rate of the participant is generated. The process in step S62 is an example of a generation process.

The server program 49 generates an HTTP response that includes the generated progress information and the sheet file specified in step S43, and returns the generated HTTP response to the facilitator terminal 11 (S63).

Based on receiving the HTTP response returned by the server 13 (S63), the terminal program 29 of the facilitator terminal 11 causes the first display 22 to display a facilitator second screen having progress information included in the received HTTP response. (S64). The process in step S64 is an example of the third display process.

FIG. 9(C) shows the facilitator second screen. The facilitator second screen includes a worksheet display area 56 where worksheets are displayed, a group display area 57 where the average progress rate for each group is displayed, and a low progress rate where the names of participants with a low progress rate are displayed. It has a participant display area 58, a remaining time display area 59 where the remaining time is displayed, and a work completion icon 60. The work completion icon 60 is an icon that instructs the terminal program 29 to display a screen containing the next worksheet. The first worksheet indicated by the sheet file included in the HTTP request sent by the server 13 in step S63 is displayed in the worksheet display area 56.

The facilitator identifies and identifies groups and participants who require assistance based on the group name, average progress rate, participant name, and progress rate displayed in the group display area 57 and low progress rate participant display area 58. assist the participants in their work. In the example shown in FIG. 9C, the facilitator goes to Group C, who has a low average progress rate, and Mr. Saburo Tanaka, who has a low average progress rate, and assists them in executing the work.

Although not shown in FIG. 9C, the overall average progress rate may be displayed on the facilitator second screen. In that case, the server program 49 or the terminal program 29 of the facilitator terminal 11 calculates the overall average progress rate based on the progress rate of each group. The terminal program 29 displays the overall average progress rate transmitted by the server program 49 or the overall average progress rate calculated by itself on the facilitator second screen.

Although not shown in the flowchart, the terminal program 29 of the facilitator terminal 11 may receive an instruction from the facilitator to change the remaining time. For example, when the overall progress rate, group progress rate, average progress rate displayed in the low progress rate participant display area 58 is higher than the appropriate progress rate, the facilitator issues an instruction to shorten the remaining time. input to the facilitator terminal 11. Alternatively, the facilitator may issue an instruction to extend the remaining time, for example, when the overall progress rate, group progress rate, or average progress rate displayed in the low progress rate participant display area 58 is lower than the appropriate progress rate. is input into the facilitator terminal 11. In that case, the terminal program 29 of the facilitator terminal 11 transmits to the server 13 an HTTP request that includes the shortened time or extended time input by the facilitator. The server program 49 transmits the received shortened time or extended time to the participant terminal 12, for example, as a response to the HTTP request received in step S52. The terminal program 39 of the participant terminal 12 increases or decreases the remaining time displayed in the remaining time display area 62 based on the received shortened time or extended time.

Further, the server program 49 registers the received shortened time or extended time in the second correspondence table (FIG. 3(B)) in association with the worksheet ID. The shortened time or extended time registered in the second correspondence table is referred to in setting the working time of the worksheet. For example, if an extension time of 5 minutes is registered in the second correspondence table, extending the worksheet work time by 5 minutes is considered. In other words, the information obtained in the first workshop will be utilized in subsequent workshops.

On the other hand, when the participant finishes inputting data into the worksheet or when the remaining time counted by the countdown timer reaches zero, the participant selects the send icon 63 (FIG. 9(A)) using the second input I/F 33. . The terminal program 39 of the participant terminal 12 completes the input based on the selection of the send icon 63 or based on the above-mentioned countdown timer timing up and the remaining time becoming zero (S71). An HTTP request is generated that includes the completed first sheet file that is the first sheet file, the participant ID, and the worksheet ID, and the generated HTTP request is sent to the server 13 (S72). Although not shown in FIG. 6, the terminal program 39 may notify that the remaining time has become zero based on the fact that the remaining time has become zero.

Based on receiving the HTTP request sent by the terminal program 39 (S72), the server program 49 of the server 13 selects the participant ID and worksheet that match the participant ID and worksheet ID included in the received HTTP request. The completed first sheet file is registered in the field of the database associated with the ID (S73). The server program 49 also calculates the progress rate and average progress rate in the same manner as described above, and registers the calculated progress rate and average progress rate in the database (S74).

On the other hand, based on having sent the HTTP request including the completed first sheet file to the server 13 (S72), the terminal program 39 of the participant terminal 12 stores the completed first sheet file in the memory 36 (S75). . The completed first sheet file stored in the memory 36 is used by the terminal program 39 to display the first worksheet indicated by the completed first sheet file on the second display 32 in step S92 (FIG. 7), which will be described later. It will be done. The details will be described later.

Next, the terminal program 39 of the participant terminal 12 causes the second display 32 to display a second participant screen (not shown) (S76). The second participant screen is similar to the first participant screen (FIG. 8(B)). Specifically, the terminal program 39 inputs the participant second screen data included in the participant screen data received in step S35 (FIG. 5) to the second display 32, and displays the participant second screen on the second display 32. It is displayed on the display 32. Note that on the second participant screen, the slide images displayed in the slide image display area 55 are different from those on the first participant screen.

On the other hand, the terminal program 29 of the facilitator terminal 11 notifies that the remaining time has become zero based on the fact that the above-mentioned countdown timer has timed up and the remaining time has become zero (S81).

When notified, the facilitator selects the work completion icon 60 (FIG. 8(C)) using the first input I/F 23. When the terminal program 29 of the facilitator terminal 11 receives the selection of the work completion icon 60 (S82), it displays the facilitator third screen on the first display 22, as shown in FIG. 7 (S83). The facilitator third screen is similar to the facilitator first screen (FIG. 8(A)). Specifically, the terminal program 29 inputs the facilitator third screen data included in the facilitator screen data received in step S20 (FIG. 4) to the first display 22, and displays the facilitator third screen on the first display 22. Display. Note that on the facilitator third screen, the slide image displayed in the slide image display area 51 and the script displayed on the script display area 52 are different from those on the facilitator first screen.

Further, the terminal program 29 of the facilitator terminal 11 transmits the slide image data included in the facilitator screen data received in step S20 to the projection device 16 (S84). Then, the terminal program 29 executes the processes of steps S41, S42, S45, and S46 again. That is, the terminal program 29 accepts the selection of the distribution icon 53 (S41), and causes the first display 22 to display the facilitator screen including the worksheet (S45). However, in step S45 executed here, the second worksheet, which is the worksheet indicated by the sheet file whose execution order is "2" (FIG. 3(B)), is displayed on the first display 22.

On the other hand, the terminal program 39 of the participant terminal 12 executes the above-described processes of S47, S48, S49, S50, S51, and S52 again. That is, the terminal program 39 acquires the participant worksheet screen (S47, S48), displays it on the second display 32 (S49), causes the countdown timer to start counting down (S50), and receives input from the participant. (S51). However, in step S49 executed here, the participant second worksheet screen shown in FIG. 9(B) is displayed on the second display 32. The process in step S49 of displaying the participant second worksheet screen on the second display 32 is an example of the fourth display process.

The second participant worksheet screen, like the first participant worksheet screen, includes a worksheet display area 61, a remaining time display area 62, and a transmission icon 63. Further, the participant second worksheet screen further includes switching tabs 64 and 65. The switching tab 64 is a tab that accepts an instruction to display the second worksheet in the worksheet display area 61. The switching tab 65 is an icon that accepts an instruction to display the first worksheet in the worksheet display area 61. The switching tabs 64 and 65 are examples of switching icons.

If the participant has completed the input on the second worksheet, the remaining time is not zero, and wants to make additional input on the first worksheet, the participant selects the switching tab 65. The terminal program 39 of the participant terminal 12 determines whether the switching tab 65 is selected (S91). When the terminal program 39 determines that the switching tab 65 has been selected (S91: Yes), the terminal program 39 displays the second participant worksheet screen on the second display 32 (S92). Specifically, the terminal program 39 causes the first worksheet indicated by the first completed sheet file stored in the memory 36 in step S75 to be displayed in the worksheet display area 61 of the participant's second worksheet screen. The participant performs additional input on the first worksheet using the remaining time out of the time spent working on the second worksheet. Then, the terminal program 39 of the participant terminal 12 receives input to the first worksheet (S93). On the other hand, if the terminal program 39 determines that the switching tab 65 is not selected in step S91 (S91: No), it skips the processing of steps S92 and S93.

Although not shown in FIG. 7, when the terminal program 39 of the participant terminal 12 determines that the switching tab 64 is selected after the switching tab 65 is selected, the second worksheet is transferred to the second participant's second worksheet. It is displayed in the worksheet display area 61 of the worksheet screen.

The terminal program 39 of the participant terminal 12 executes the process after executing the process in step S93 or after determining "No" in step S91, and after the count value of the countdown timer executed in step S50 becomes zero ( S71), upon receiving the selection of the send icon 63 (S94), generates an HTTP request including the participant ID, the completed second sheet file, and the appended first sheet file, and transmits the generated HTTP request to the server 13 ( S95). The completed second sheet file is a sheet file indicating the second worksheet on which the participant's input in step S51 (FIG. 6) is reflected. The additional first sheet file is a sheet file indicating the first worksheet on which the participant's input in step S93 is reflected. That is, the first worksheet and the second worksheet reflecting the participant's input are transmitted to the server 13 along with the participant ID (S95).

Based on receiving the HTTP request sent by the participant terminal 12 (S95), the server program 49 of the server 13 converts the completed second sheet file and appended first sheet file included in the received HTTP request into the above-mentioned format. It is registered in the database (S96) in the same way as the process in step S53 (FIG. 6). Then, the server program 49 calculates the progress rate and average progress rate for the second worksheet in the same manner as in step S54 (FIG. 6) described above, and registers them in the database (S97).

On the other hand, the terminal program 29 of the facilitator terminal 11 determines whether the end icon 54 (FIG. 8(A)) is selected on the second facilitator screen (S101). That is, in step S101, the terminal program 29 determines whether the facilitator has input an instruction to end the workshop. If the terminal program 29 determines that the end icon 54 has not been selected (S101: No), it re-executes the processing from step S82 (FIG. 6) onwards. When the terminal program 29 determines that the end icon 54 has been selected in step S101 (S101: Yes), it generates an HTTP request including the facilitator ID, workshop identification information, and an end instruction, and sends the generated HTTP request to the server 13. It is transmitted (S102), and the process is ended (END).

The server program 49 of the server 13 executes termination processing (S103) based on receiving the HTTP request sent by the facilitator terminal 11 (S102). Specifically, for example, the server program 49 deletes the registration of the progress rate and average progress rate in the database, and associates information such as an end flag indicating that the registration in the database has been completed with the workshop identification information. It is stored in the memory 46.

Further, the server program 49 of the server 13 generates an HTTP response including a termination instruction as a response to the above-mentioned HTTP request (S47) sent by the participant terminal 12, and transmits the generated HTTP response to the participant terminal 12. (S104), the process ends (end).

The terminal program 39 of the participant terminal 12 ends the process (end) based on receiving the HTTP response including the end instruction (S104).

[Operations and effects of embodiment]
In this embodiment, the terminal program 29 of the facilitator terminal 11 causes the first display to display group names and participant names in association with average progress rates and progress rates. Therefore, the facilitator can easily check the progress of the worksheet of the group and participants. Thereby, the facilitator can, for example, go to the table of a group that is making slow progress or the seat of a participant who is making slow progress, and assist the group or participant who is making slow progress. Therefore, the workshop system 10, the terminal programs 29, 39, and the server program 49 according to the present embodiment can have the facilitator provide guidance to participants who are behind in their work. Furthermore, the dependence of the workshop operation and management on the facilitator's ability is suppressed, and the workshop is homogenized for a variety of facilitators.

In this embodiment, by selecting the switching tab 65, a workshop participant can finish filling out one worksheet within a predetermined time and can finish filling out the previous worksheet. In some cases, you can use the extra time to complete previous worksheets. Therefore, the workshop system 10, the terminal programs 29, 39, and the server program 49 according to the present embodiment can make the participants work efficiently.

In this embodiment, a script is displayed in the script display area 52 (FIG. 8(A)), and the facilitator reads and explains the displayed script. Therefore, large differences in explanations between facilitators are suppressed, and a script created by one facilitator can be inherited and used by other facilitators, which further improves the quality of explanations given by inexperienced facilitators. can be done.

In this embodiment, the terminal program 29 of the facilitator terminal 11 causes the first display 22 to display the remaining time out of the time specified for working on the worksheet (S46). Therefore, the workshop system 10 and the terminal program 29 according to the present embodiment can make the facilitator aware of the remaining time of the work. Furthermore, time management in the workshop can be performed regardless of the quality of the facilitator.

In this embodiment, the terminal program 39 of the participant terminal 12 causes the second display 32 to display the remaining time out of the time specified for working on the worksheet (S50). Therefore, the workshop system 10 and the terminal program 39 according to this embodiment can make the participants aware of the remaining time for work.

[Modified example]
In this modification, an example will be described in which, in addition to the progress rate and the average progress rate, an appropriate progress rate according to the remaining time is displayed on the first display 22 of the facilitator terminal 11.

The server program 49 of the server 13 starts counting the countdown timer with the initial value of the work time based on the fact that the HTTP response including the sheet file and the work time is sent to the participant terminal 12 (FIG. 5: S44). let Then, in step S62 (FIG. 6), the server program 49 reads from the memory 46 the appropriate progress rate corresponding to the remaining time indicated by the countdown timer. Note that the memory 46 stores in advance a correspondence table in which remaining time, appropriate progress rate, and worksheet ID are associated with each other. The server program 49 generates progress information that further includes the appropriate progress rate read from the memory 46 (S62), and returns an HTTP response containing the generated progress information to the facilitator terminal 11 (S63).

In the process of step S64 executed after receiving the HTTP response sent by the server 13 (S63), the terminal program 29 of the facilitator terminal 11 displays the screen shown in FIG. 9(C) instead of the facilitator second screen shown in FIG. The facilitator second screen shown in C) is displayed on the first display 22.

The facilitator second screen shown in FIG. 9C is different from the facilitator second screen shown in FIG. It is different from the 2nd screen.

The facilitator goes to the table of the group whose average progress rate is low and whose average progress rate is less than the appropriate progress rate, and assists the work of the participants belonging to the group. Alternatively, the facilitator goes to the seat of a participant whose progress rate is low and whose progress rate is less than the appropriate progress rate, and assists the participant in their work.

Even if the progress rate is low, if the progress rate is equal to or higher than the appropriate progress rate and there are other tasks to be performed, the facilitator may refrain from providing assistance to the participant. That is, the workshop system 10 and the terminal program 29 according to this embodiment of the present invention can allow a facilitator to efficiently run a workshop.

[Other variations]
In the above-described embodiment, an example in which the workshop system 10 includes the server 13 has been described. However, the workshop system 10 does not need to include the server 13. That is, the workshop system 10 is configured by a facilitator terminal 11 and a plurality of participant terminals 12. In this case, the first correspondence table, the second correspondence table, the third correspondence table, and the database are stored in the memory 26 of the facilitator terminal 11. Then, the terminal program 29 of the facilitator terminal 11 further executes the processing executed by the server program 49. For example, the terminal program 29 transmits a sheet file indicating a worksheet (S48), calculates the progress rate and average progress to generate progress information (SS62), and sends an entry sheet file, a completed sheet file, and an additional sheet file. It is registered in the database (S73).

Furthermore, in the above-described embodiment, an example was described in which the participant terminal 12 communicates with the server 13. However, participant terminal 12 may also communicate with facilitator terminal 11 . In this case, the server program 49 of the server 13 sends data such as participant screen data and sheet files to the participant terminal 12 via the facilitator terminal 11, and sends data such as fill-in sheet files and completion sheets to the participant terminal 12 via the facilitator terminal 11. Files and additional sheet files are received from the participant terminals 12.

Furthermore, in the above embodiment, an example was described in which the participant ID is transmitted from the participant terminal 12 to the server 13 (S33). However, if the participant terminals used by the participants are determined in advance, instead of the participant ID, information such as the IP address or MAC address stored in the memory 36 of the participant terminal 12 can be used to identify the participant terminal 12 individually. Identifiable terminal identification information may be sent to the server 13. In this case, in the third correspondence table, instead of the participant ID, terminal identification information, workshop ID, participant name, and group name are registered in advance in association with each other.

10... Workshop system 11... Facilitator terminal (communication device)
12...Participant terminal 13...Server (communication device)
14...Internet 21...Controller 22...First display 23...First input I/F
24...1st communication I/F
29...Terminal program (first program)
31... Controller 32... Second display 33... Second input I/F
34...Second communication I/F
39...Terminal program (second program)
41... Controller 44... Communication I/F
49...Server program (first program)

Claims (8)

a first program implemented in a communication device including a facilitator terminal having a first display, a first input interface, and a first communication interface;
A second program installed on each of a plurality of participant terminals each having a second display, a second input interface, and a second communication interface, the program comprising:
The first program above is
a first display process of displaying on the first display a distribution icon that accepts distribution of the worksheet stored in the memory;
executing a first transmission process of transmitting the worksheet to the participant terminal through the first communication interface based on receiving the selection of the distribution icon;
The second program above is
a second display process of receiving the worksheet through the second communication interface and displaying the received worksheet on the second display;
A work input reception process that accepts input for the worksheet,
performing a second transmission process of transmitting notification information including the entry worksheet, which is the input worksheet, and terminal identification information or participant identification information to the communication device through the second communication interface;
The first program, based on receiving the notification information through the first communication interface,
identification processing for identifying attribute information from the terminal identification information or the participant identification information included in the received notification information;
A process of calculating the progress rate of each of the plurality of pieces of notification information having the same identified attribute information based on the filling-in worksheet included in the notification information;
A process of calculating an average value of the progress rates calculated for each of the plurality of notification information having the same attribute information;
a process of obtaining an appropriate progress rate associated with the remaining time calculated from the work time stored in the memory and the execution time of the work;
a generation process that generates progress information including the average value of the progress rates, the attribute information, and the appropriate progress rate ;
performing a third display process of displaying the progress information on the first display ;
The first program above is
a process of accepting an input of an extended time or a shortened time through a first input interface;
A program that executes a process of storing the received extended time or shortened time in the memory in association with the working time . The memory stores the terminal identification information or the participant identification information and attribute information in association with each other,
2. The identification process is a process of acquiring attribute information associated in the memory with the terminal identification information or the participant identification information included in the notification information as attribute information of the participant. program. The second program above is
A switch icon that causes the second display to display a switching icon that accepts switching between the worksheet displayed on the second display and the other worksheets based on receiving the plurality of worksheets. 3. The program according to claim 1 , further executing four display processing. The first program above is
output processing for outputting image data stored in memory to a display device;
A fifth display process of displaying a display image indicated by the image data and characters associated with the display image and stored in the memory on the first display is further performed. The program described in any one of 1 to 3 . The first program above is
5. A sixth display process according to claim 1, further comprising performing a sixth display process of displaying, on the first display, a countdown of the working time stored in the memory as an initial value based on the transmission of the worksheet . Programs listed in either. 6. The program according to claim 1, wherein the progress information further includes a minimum progress rate that is the lowest progress rate among the plurality of calculated progress rates . The above communication device is
The above facilitator terminal,
A server capable of communicating with the participant terminal and the facilitator terminal through the Internet,
The first program above is
A server program implemented by the above server,
The program according to any one of claims 1 to 6, comprising a facilitator program implemented by the facilitator terminal. a communication device including a facilitator terminal having a first display, a first input interface, a first communication interface, and a first controller;
A workshop system comprising a plurality of participant terminals each having a second display, a second input interface, a second communication interface, and a second controller,
The first controller is
a first display process of displaying on the first display a distribution icon that accepts distribution of the worksheet stored in the memory;
executing a first transmission process of transmitting the worksheet to the participant terminal through the first communication interface based on receiving the selection of the distribution icon;
The second controller is
a second display process of receiving the worksheet through the second communication interface and displaying the received worksheet on the second display;
A work input reception process that accepts input for the worksheet,
performing a second transmission process of transmitting notification information including the entry worksheet, which is the input worksheet, and terminal identification information or participant identification information to the communication device through the second communication interface;
Based on receiving the notification information through the first communication interface, the first controller:
identification processing for identifying attribute information from the terminal identification information or the participant identification information included in the received notification information;
A process of calculating the progress rate of each of the plurality of pieces of notification information having the same identified attribute information based on the filling-in worksheet included in the notification information;
A process of calculating an average value of the progress rates calculated for each of the plurality of notification information having the same attribute information;
a process of obtaining an appropriate progress rate associated with the remaining time calculated from the work time stored in the memory and the execution time of the work;
a generation process that generates progress information including the average value of the progress rates, the attribute information, and the appropriate progress rate ;
performing a third display process of displaying the progress information on the first display ;
The first controller is
a process of accepting an input of an extended time or a shortened time through a first input interface;
A workshop system that executes a process of storing the received extended time or shortened time in the memory in association with the working time .

Images