JP2017102576A - Correlation drawing creation system and correlation drawing creation program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a function that includes a mechanism helping operators of terminals prepare correlation drawings in a technique creating correlation drawings by use of computer terminals to display the correlation drawings on display devices, and allows the operators to learn how to sort out thinking.SOLUTION: A correlation drawing creation system of the present invention is configured to create a display object on the basis of an operation of a user, and create correlation information between the display objects to store each of the correlation information, and create a correlation drawing on the basis of the stored information to display the correlation drawing on a display device; of the correlation drawing while displaying, when a specific display object is selected, specify all of the display objects belonging to a lower hierarchy of the display object to group all of the specified display objects; and, when the user executes an arbitrary operation with respect to the selected display object, simultaneously execute an operation content with respect to all display objects belonging to the group, and present a result on the display device. Accordingly, the system can be provided that includes a function helping the operator of the terminal preparing the correlation drawing.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a technique for displaying a chart on a display of a computer terminal, and more particularly to a technique for generating a correlation diagram showing a correlation between display objects.

  When expanding or organizing “knowledge” or “thinking”, a method is often used in which a plurality of keywords are written and their correlations are arranged and visualized in “correlation diagrams” or “associative diagrams”. In general, a method of creating a chart called “mind map” or “image map” and visualizing an idea in oneself corresponds to this. Visualization of thinking using diagrams is also incorporated in the field of primary school education. (See Non-Patent Document 1)

  Conventionally, in elementary school education, this “correlation diagram” is written in a notebook and used for learning instruction. However, for learners (elementary school students) who are unfamiliar with the creation of correlation diagrams, there are problems such as the need to rewrite many times and it is difficult to change the layout freely. Guidance did not spread.

  As a means for solving the above problem, a method of using a digital device (electronic device) such as a computer terminal or a tablet terminal can be considered. For example, in a conference system including a computer terminal, a projector, and a screen, text (sentences) is decomposed into words, and an idea support diagram in which the relationship between each word is expressed in a two-dimensional diagram is generated and displayed on the screen. There is a technology. In this technique, means are used for associating related words with each other or changing the expression form of the chart according to the degree of association between words. By using this technique, a “correlation diagram” can be generated using a digital device. (See Patent Document 1)

  Further, in a system including a computer terminal and a server device that accumulates and analyzes various types of information, a related diagram showing the relevance of each word from the words accumulated in the server device and various types of information related to the word. There is a technique of automatically generating and displaying on a display of a computer terminal. By using this technique, it is possible to automatically generate a correlation diagram without the learner performing the process of “creating a correlation diagram”. (See Patent Document 2)

JP 2014-174465 A Japanese Patent No. 5664842

Shigeru Komori et al., “New Edition, New Language 5” Tokyo Book, verified on March 5, 2004, p. 26-p. 27

  When the technique of Patent Document 1 is used, a correlation diagram can be created using a digital device. Furthermore, because of the digital information, there is an effect that the chart can be corrected “many times” and “quickly”. However, learners (especially elementary school students) are concerned about the concept of the correlation diagram itself (keyword superordinate concepts, subordinate concepts, etc.) and the significance of the layout (indicating that multiple subkeywords are derived from the upper keywords). Sometimes I don't understand well. For learners who do not fully understand the concept and significance of the correlation diagram itself, there is a problem in that it is difficult to know where and how to create or modify a chart even if the chart can be easily created or modified. Since the technique of Patent Document 1 does not have a function based on the viewpoint of “supporting a correlation diagram creation by a learner”, it can be said that the technique is not suitable in the field of school education.

  Using the technique of Patent Document 2, a correlation diagram can be automatically created. In addition, since an appropriate correlation diagram is automatically generated according to the keyword contents and related information, there is no need to correct the correlation diagram. However, in the field of school education, the act of “making the learner create a correlation diagram” is important. In other words, the process of visualizing one's own thought through the act of creating a chart is important, and the importance of the correlation chart itself is inferior to the importance of the chart creating action by the learner. The technique of Patent Document 2 is not suitable in the field of school education in that the “correlation diagram creation act by the learner” is unnecessary.

  An object of the present invention is to solve the above-mentioned problems of the prior art. Specifically, it is an object of the present invention to provide a mechanism for supporting a creation act when a learner himself creates a correlation diagram in the technique of creating a correlation diagram using a digital device.

  A computer terminal comprising: a processing device that generates a correlation diagram related to a display object displayed on a display device; and a storage device that stores information on the display object and a correlation between the display objects. An operation information acquisition unit that acquires information related to the operation of the display, a display object generation unit that generates a display object based on the operation information, and correlation information that includes the dependency between the display objects and upper and lower hierarchy information based on the operation information A correlation information generation unit, a drawing generation unit that generates a correlation diagram based on the display object and the correlation information, a selection display object identification unit that identifies the selected display object as a selection display object based on the operation information, Based on the correlation information, a group generation that generates a selection group including a lower display object specifying unit that specifies a display object belonging to a lower hierarchy of the selected display object as a selected lower display object, and a selection display object and a selected lower display object A display object information storage unit that stores information on the display object, and a simultaneous processing execution unit that simultaneously executes processing based on operation information for all display objects included in the selected group And a correlation information storage unit that stores correlation information, and a group information temporary storage unit that temporarily stores information related to the selected group.

  By adopting the configuration of the present invention, it is possible to execute the same process on the display object selected by the user and the display object located in the lower hierarchy of the display object all at once. This makes it possible for learners who do not fully understand the concept and significance of the correlation diagram without losing the merits of the layout specific to the correlation diagram (advantages of visualizing ideas using the correlation diagram) Correlation diagram creation can be supported in that it is possible to create and modify layouts. Also, the correlation chart shows the meaning and purpose of the layout (for example, the purpose of creating a correlation diagram is to organize the thinking by visualizing that lower-level keywords are derived from higher-level keywords). There is also an educational effect that allows learners to learn through the process of creating and modifying.

  The simultaneous processing execution unit included in the processing device in the correlation diagram generation terminal of the present invention includes a movement operation detection means for detecting a movement operation for moving the selected display object in the correlation diagram based on the operation information, and all included in the selection group. The display object may include a simultaneous movement process execution means for performing the same process as the movement operation.

  By adopting the configuration of the present invention, it is possible to execute the display object movement process without changing the layout in the selected group. Accordingly, it is possible to support creation of a correlation diagram in that the layout can be corrected while maintaining the correlation between the upper layer and the lower layer. In addition, by moving the selected display object at the same time as the operation to move the selected display object, the learner clearly shows which display object is derived from which display object. There is also an educational effect that can help you organize your thoughts.

  The processing apparatus in the correlation diagram generation terminal of the present invention is further based on operation information and a group region specifying unit that specifies a display region including all display objects included in the selected group as a selected group region in the correlation diagram. A determination unit that determines that the selected group region has moved to a predetermined area in the correlation diagram is provided, and the simultaneous processing execution unit included in the processing device changes the expansion direction of the correlation diagram only in the selected group region based on the determination result of the determination unit. It may be configured to have a development direction changing means for changing.

  By adopting the configuration of the present invention, the layout is automatically changed according to the destination to which the display object has moved. Thereby, the correlation diagram creation can be supported in that the created correlation diagram is automatically adjusted to a format that is easier to see. In addition, there is also an educational effect that the correlation diagram can be displayed on the display device in a format that is easier for the learner (primarily assumed to be an elementary school student) to see and understand.

  The processing apparatus in the correlation diagram generation terminal of the present invention further includes an upper display object specifying unit that specifies a selection belonging to an upper hierarchy of the selected display object as an upper display object based on the correlation information, and an upper display based on the correlation information. An isotopic display identifying unit that identifies a display belonging to a lower hierarchy of the object and excluding the selected display as a peer display, and the lower display identifying unit included in the processing apparatus includes: And a group generation unit included in the processing apparatus includes an isotopic group generation unit that generates isotopic group information including an isotopic display and an isotopic display. The group information temporary storage unit included in the processing apparatus includes a peer group information storage area for temporarily storing information about the peer group, and the group area included in the processing apparatus. The specifying unit includes a peer group region specifying unit that specifies a display region including all display objects included in the peer group as a peer group region in the correlation diagram, and the determination unit included in the processing device includes the operation information Based on the determination result, the simultaneous processing execution unit included in the processing device includes a contact determination unit that determines contact between the selected group region and the peer group region in the correlation diagram. You may make it the structure of having the display position replacement means to replace the display position in a correlation diagram.

  By adopting the configuration of the present invention, the layout is automatically adjusted so that the selected group does not move and overlap the display area of another display object. In addition, all the peer groups corresponding to the selected group are automatically switched as the unit in which the display position is switched. Thereby, creation of a correlation diagram can be supported in that the layout can be adjusted without destroying the existing configuration of the entire correlation diagram. In addition, since the unit in which the display position is switched is a group (selection group and peer group), for the learner, “what level of layout change I am doing” and “how the layout change affects the entire correlation diagram” There is also an educational effect of being able to promote awareness in creating a correlation diagram of “Impact”.

  The simultaneous processing execution unit of the processing device in the correlation diagram generation terminal of the present invention has group region coloring means for performing coloring processing on the selected group region and the peer group region based on the determination result in the contact determination means, and the selection thereof The group region and the peer group region may be colored with different colors.

  By adopting the configuration of the present invention, when the selected group moves and overlaps the display area of another display object, it is indicated by the color change which area overlaps and in which range the layout change occurs. It becomes. Thereby, it is possible to assist the creation of the correlation diagram in that the influence range of the layout change is easily visible. In addition, by changing the color of the selected group area and peer group area, the learner will also be able to determine what level of layout he / she is changing and how the layout change affects the entire correlation diagram. It also has an educational effect that it is possible to promote awareness in creating a correlation diagram by showing the change range and the influence range on the correlation diagram in the form of color change in an easy-to-understand manner.

  Note that the above-described features can be realized by causing the terminal of the present invention to read and execute the program. In other words, an operation information acquisition function for acquiring information related to user operations, a display object generation function for generating a display object based on the operation information, and correlation information including the dependency between display objects and upper and lower hierarchy information based on the operation information A correlation information generation function for generating a display, a drawing generation function for generating a correlation diagram based on the display object and the correlation information, and a selection display object specification for specifying the selected display object as a selection display object based on the operation information Based on the function and correlation information, a lower layer display object specifying function for specifying a display object belonging to a lower hierarchy of the selected display object as a selected lower display object, and a group for generating a selection group including the selected display object and the selected lower display object A correlation diagram generation feature that realizes a generation function and a simultaneous process execution function that simultaneously executes processing based on operation information for all display objects included in the selected group The present invention may be configured as a program.

  This correlation diagram generation program also has the same effects as the above-described correlation diagram generation system.

The “display device” in the present invention refers to a display device such as a display (including a touch panel type) attached to a computer terminal (assuming a tablet communication terminal or a PC). Hereinafter, for convenience of description, the computer terminal is assumed to be a tablet communication terminal, and the display device is assumed to be a touch panel type display having both a display device and an input device.

  The “processing device” in the present invention refers to a device that is located inside a computer terminal and that executes arithmetic processing and outputs a control instruction to each device based on the calculation result. Specifically, a CPU or the like can be considered as an example.

  The “storage device” in the present invention is a device located inside (or outside) a computer terminal and means a device that stores acquired data and result data of arithmetic processing by the processing device. Specifically, HDD (Hard Disk Drive), SSD (Solid State Drive), RAM (Random Access Memory), etc. are considered as examples.

  The “storage device” in the present invention is a device located inside (or outside) a computer terminal and means a device that stores acquired data and result data of arithmetic processing by the processing device. Specifically, HDD (Hard Disk Drive), SSD (Solid State Drive), RAM (Random Access Memory), etc. are considered as examples.

  The “display object” in the present invention refers to an icon, a text box, a figure, a symbol, a photograph, a clip art, and the like displayed on the display device. In particular, in a touch panel display, a display object that can be operated by a user with his / her finger is assumed, but the present invention is not limited thereto. Note that the “selected display object” in the present invention refers to a display object selected by the user. Further, the “isotopic display object” in the present invention refers to a display object that is located in the same hierarchy as the selected display object in the correlation diagram and is a display object other than the selected display object.

  The “correlation diagram” in the present invention is one of methods for expanding and organizing knowledge and ideas, and connecting keywords (words, sentences, etc.) and images (photos, pictures, graphics, etc.) with lines. A chart created in the form of a spider web. Specifically, a chart called “mind map” or “image map” can be considered as an example.

  The “operation information” in the present invention refers to information indicating the content of an operation performed by the operator of the computer terminal using the input device. Specifically, operation history information, operation log information, and the like are considered as examples.

  “Pending” in the present invention refers to a connection relationship between a specific keyword (or image) in a correlation diagram and another keyword. Of the display objects displayed on the display device, figures such as “line” and “arrow” that connect the keywords to each other illustrate this “pending”.

  The “upper and lower hierarchy” in the present invention refers to the relationship between whether another keyword for a specific keyword is “association source” or “association destination” in the dependency diagram on the correlation diagram. Say. In particular, the “upper hierarchy” in the present invention indicates a hierarchy to which a keyword that is an association source belongs, based on a specific keyword. On the other hand, the “lower hierarchy” in the present invention refers to a hierarchy to which a keyword associated (derived) from a keyword belongs with respect to a specific keyword.

  The “selected group” in the present invention includes a selection display object selected by the operator of the computer terminal via the input device and all display objects belonging to a lower hierarchy associated (derived) from the selection display object. A concept. In addition, the “equivalent group” in the present invention refers to a concept including all display objects belonging to the lower hierarchy associated with (derived from) the same display object.

  The “display area” in the present invention refers to an area including all display objects belonging to the selected group or peer group. Specifically, “selected group area” indicates a display area including all display objects belonging to the selected group, and “equivalent group area” indicates a display area including all display objects belonging to the peer group. It shows that.

  The “predetermined area” in the present invention means a predetermined area predetermined in the correlation diagram. For example, the upper right area when the correlation diagram is divided into four equal parts.

  The “development direction” in the present invention refers to the direction in which the selected group area expands from “association source” to “association destination” in the correlation diagram. Specifically, in a structure formed by connecting multiple elements such as a network structure or a tree structure, the structure expands (connects) from the top element (root node) to the end element (leaf node). The direction that goes.

  “Contact” in the present invention means that a plurality of display areas overlap. The case of the present invention will be described as an example. The fact that the selected group moves and the selected group area overlaps a part of the display group area is particularly expressed as “contact”.

  The “coloring process” in the present invention refers to a process of displaying on the display device in a colored form with respect to the display area in the display format on the display device.

  According to the present invention configured as described above, in the technique of generating a correlation diagram using a computer terminal and displaying it on a display device, it is possible to support the creation of the correlation diagram by the operator of the terminal.

The conceptual diagram which shows an example of the hardware constitutions of the system in this invention. The conceptual diagram which shows an example at the time of assuming especially the tablet-type communication terminal among the hardware constitutions of the system in this invention. FIG. 2 is a functional block diagram illustrating an example of an internal configuration of a system according to the first embodiment. 5 is a flowchart illustrating an example of a processing process (correlation diagram generation) in the first embodiment. 3 is a flowchart illustrating an example of a processing process (simultaneous processing) in the first embodiment. The figure which shows an example of GUI (graphical user interface) displayed with the system in this invention. The figure which shows an example of the display thing (card) production | generation method in this invention. The figure which shows an example of operation at the time of inputting word information into the display thing (card) in this invention. The figure which shows an example of operation at the time of including a photograph in the display thing (card) in this invention. The figure which shows an example of operation at the time of changing the background of the display thing (card) in this invention. The figure which shows an example of operation at the time of changing the frame format of the display thing (card) in this invention. The figure which shows an example of the information memorize | stored in the display thing information storage part. The figure which shows an example of the information memorize | stored in the correlation information storage part 22. FIG. The figure which shows an example of the correlation diagram displayed on the display apparatus 4 of the system in this invention. The figure which shows an example of the information memorize | stored in the group information temporary storage part. The figure which shows an example of the information memorize | stored in the display thing information storage part 21 after performing simultaneous processing in Example 1. FIG. The figure which shows an example of the correlation diagram displayed on the display apparatus 4 after performing simultaneous processing in Example 1. FIG. FIG. 9 is a functional block diagram illustrating an example of an internal configuration of a system according to a second embodiment. The image figure of the correlation diagram shown with the display apparatus 4 at the time of simultaneous movement process execution in Example 2. FIG. FIG. 10 is a functional block diagram illustrating an example of an internal configuration of a system according to a third embodiment. 10 is a flowchart illustrating an example of a processing process (group area specification) in the third embodiment. 10 is a flowchart illustrating an example of a processing process (development direction changing process) in the third embodiment. The figure which shows an example of the selection group area | region memorize | stored in the group area | region temporary storage part. FIG. 10 is an image diagram illustrating an example of a predetermined area in the third embodiment. The image figure of the correlation diagram shown with the display apparatus 4 when the expansion | deployment direction change process in Example 3 is performed. FIG. 10 is a functional block diagram illustrating an example of an internal configuration of a system according to a fourth embodiment. 10 is a flowchart illustrating an example of a processing process (isotope group identification) in the fourth embodiment. 10 is a flowchart illustrating an example of a processing process (display position replacement processing) in the fourth embodiment. The figure which shows an example of the information memorize | stored in the selection group information storage area 23a. The figure which shows an example of the information memorize | stored in the peer group information storage area 23b. The image figure of the correlation diagram shown with the display apparatus 4 when the display position replacement process in Example 4 is performed. FIG. 10 is a functional block diagram illustrating an example of an internal configuration of a system according to a fifth embodiment. The image figure of the correlation diagram shown with the display apparatus 4 when the coloring process in Example 5 is performed.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. The present invention is implemented in a computer terminal. FIG. 1 conceptually shows an example of the overall configuration of the correlation diagram creation terminal of the present invention. FIG. 1 assumes a general computer terminal such as a personal computer (PC).

  Another embodiment of the present invention is shown in FIG. FIG. 2 assumes a tablet-type portable communication terminal (generally called “tablet terminal”). In the following examples, unless otherwise specified, the case where the present invention is implemented in the tablet terminal of FIG. 2 will be described as an example.

  The terminal in FIG. 2 includes a processing device 1 such as a CPU having an arithmetic device 6 that executes arithmetic processing of a program and a control device 7 that outputs a control instruction to each device based on the arithmetic result, and a RAM that stores information. A touch panel 8 including a storage device 2 such as a hard disk, an input device 3 on which the user executes various operations, and a display device 8 that presents processing results of the processing device 1 to the user, and processing results of the processing device 1 and the storage device 2 At least a communication device 5 that transmits and receives information stored in the network via a network such as the Internet or a LAN.

  Hereinafter, for convenience of explanation, the processing device 1 configuring the terminal B will be referred to as “terminal processing device 1b”, the storage device 2 as “terminal storage device 2b”, and the communication device 5 as “terminal communication device 5b”.

Example 1 Configuration
Hereinafter, a first embodiment of the present invention will be described with reference to the drawings. FIG. 3 shows a functional block diagram constituting the correlation diagram generation terminal of the present invention. Each component and each means in the present invention are only logically distinguished in function, and may be physically or virtually the same area.

  FIG. 3 shows only the minimum equipment, components, means, and the like necessary for the present invention, and the description of the other devices, components, means, etc. is omitted.

  The processing device 1 of the terminal includes an operation information acquisition unit 11 that acquires information related to an operation performed by the user from the input device 3, a display object generation unit 12 that generates a display object based on the operation information, and correlation information based on the operation information. The correlation information generation unit 13 that generates the selection display object specifying unit 14 that specifies the selection display object based on the operation information, and the lower layer display object specification unit that specifies the display object belonging to the lower hierarchy of the selection display object based on the correlation information 15, a group generation unit 16 that generates a selection group including a selection display object and a lower layer display object, a simultaneous processing execution unit 17 that performs simultaneous processing on display objects included in the selection group, and display object and correlation information And a drawing generation unit 18 that generates a correlation diagram based on the simultaneous processing execution result of the simultaneous processing execution unit 17.

  The storage device 2 of the terminal includes a display object information storage unit 21 that stores information about the display object generated by the display object generation unit 12, a correlation information storage unit 22 that stores correlation information generated by the correlation information generation unit 13, A group information temporary storage unit 23 for storing information on the group generated by the group generation unit 16.

The operation of each component will be described below based on the functional block diagram constituting the present invention shown in FIG.

  The operation information acquisition unit 11 transmits information (operation information) related to the user operation acquired from the input device 3 to the display object generation unit 12. The operation information here includes at least date and time information on the user's operation, operation content information indicating the content of the operation performed by the user, and operation target information indicating the target on which the user operation is performed. Shall be included.

  The above “date and time information” refers to time stamp information (including but not limited to year and month and time information) when the user performed the operation. The above “operation content information” includes information related to operations performed by the user by operating the touch panel (including, but not limited to, generation, selection, movement, change and deletion of display objects, execution of various functions and applications, etc. Not). The above “operation object information” refers to an object on which a user's operation is executed (“display object” in the present invention, “icon” such as buttons for executing various functions, and operation). Including, but not limited to, the application itself).

  The display object generation unit 12 generates a display object on the correlation diagram based on the operation information received from the operation information acquisition unit 11. Specifically, a card (a text box in which information is input; referred to as “card” in the embodiment of the present invention) in which a word associated with the user is input, or extends from the card to an upper hierarchy or a lower hierarchy. This refers to a line or arrow indicating a correlation, but is not limited thereto. Further, the card may include a photograph taken by the user, a created image, and other icons in addition to the character information. Then, the display object generation unit 12 transmits information regarding the generated display object to the display object information storage unit 21.

  The correlation information generation unit 13 generates correlation information between display objects on the correlation diagram based on the operation information received from the operation information acquisition unit 11. Specifically, among the plurality of cards, a correlation is generated regarding which card is located in the upper hierarchy and which card is located in the lower hierarchy. It is preferable that the relationship (correlation information) between the cards for the upper layer and the lower layer is generated for at least one card. Then, the correlation information generation unit 13 transmits the generated correlation information to the correlation information storage unit 22.

  The selected display object specifying unit 14 specifies the display object information selected by the user from the operation information acquired from the selection information acquiring unit 11 and the display object information stored in the display object information storage unit 21. Specifically, the card selected by the user on the correlation diagram is specified. Then, the selected display object specifying unit 14 transmits the specified selected display object information to the lower layer display object specifying unit 15.

  The lower display object specifying unit 15 includes the selected display object information received from the selected display object specifying unit 14, the display object information acquired from the display object information storage unit 21, and the display object information acquired from the display object information storage unit 21. Based on the correlation information acquired from the correlation information storage unit 22, all display objects belonging to the lower hierarchy of the selected display object are specified. Specifically, for the card selected by the user, all cards having a correlation located in the lower hierarchy are specified. At this time, “First, a card located one level below the card selected by the user is specified. Next, a card located one level below the specified card is specified. It is preferable to configure in such a manner that all cards positioned in a lower hierarchy are recursively specified, such as “specifying a card located one level below the card”. Then, the lower layer display object specifying unit 15 transmits the specified lower layer display object information to the group generation unit 16.

  The group generation unit 16 groups the lower layer display object information acquired from the lower layer display object specifying unit 15. Specifically, the information of all the cards located in the lower hierarchy of the card selected by the user is collected and temporarily fixed as one group. Then, the group generation unit 16 stores the information of the fixed group (information regarding what kind of information card is included in the group, which will be described in detail later) in the group information temporary storage unit 23. Send to.

  The simultaneous processing execution unit 17 detects the operation content for the selected display item among the operation information acquired from the operation information acquisition unit 11. And if the operation content with respect to a selection display thing is detected, it will access the group information temporary storage part 23, and it will contain in the information (specifically in the group where the selected card | curd is included) the group information containing a selection display thing. All of the information about the cards that are in use. Furthermore, the same operation content as the operation content performed on the selected display object by the user is simultaneously executed for the selected display object and all the display objects included in the group including the selected display object. The simultaneous processing execution unit 17 transmits the result of the simultaneous processing to the drawing generation unit 18 and reflects it in the display object information storage unit 21.

  The drawing generation unit 18 is based on the display object information acquired from the display object information storage unit 21, the correlation information acquired from the correlation information storage unit 22, and the result after the simultaneous process execution received from the simultaneous process execution unit 17. Then, a correlation diagram is generated and transmitted to the display device 4.

  Next, components of the storage device 2 that constitute the correlation diagram generation terminal of the present invention will be described.

  The display object information storage unit 21 stores information related to the display object generated by the display object information generation unit 21. The storage format at that time includes display object identification information for identifying the display object, content information indicating the content of the information included in the display object, position information indicating the display position of the display object, and display format of the display object It is preferable that the display format information at least be included.

  The “displayed object identification information” refers to information that can uniquely identify a displayed object. Specifically, when the display object is a card, it is conceivable to use a number that can be uniquely identified, such as “card 1”. The above-mentioned “content information” refers to wording information, photo information, and the like written in the card when the display object is a card. The above “position information” refers to coordinate information or the like indicating where the display object is displayed in the correlation diagram. The “display format information” refers to information such as the size of the display object itself (or the size of the card if the display object is a card) and the color of the display object.

  The correlation information storage unit 22 stores correlation information between the display objects generated by the correlation information generation unit 13. As the storage format at that time, it is preferable that the display object identification information for identifying the display object is stored in a form in which the relationship with each display object is known. Specifically, with the specific display item “card 2” as the center, the display item located at the upper level of the first floor is “card 1”, the display item located one level lower is “card 2”, etc. It is preferable that the upper and lower display objects for one layer with respect to the central display object are stored in a format that can be identified. The “display object identification information” stored in the correlation information storage unit 22 is the same information as the “display object identification information” stored in the display object information storage unit 21 (or information that can be associated). ).

  The group information temporary storage unit 23 stores the group information generated by the group generation unit 16. The storage format at that time is preferably such that the display object identification information included in the generated group is stored. Specifically, the selected display item selected by the user is “card 1”, and the lower display items belonging to the lower hierarchy of “card 1” are “card 2”, “card 3”, and “card 4”. In some cases, the group information stored in the group information temporary storage unit 23 is “in the group having the card 1 as the apex, the card 1, the card 2, the card 3, and the card 4 are included in the group. Any format can be used as long as it is understood. Since the group is generated each time according to the selected display item selected by the user (if the knitting display item selected by the user changes, the group generated accordingly is also changed each time), the group information is temporarily stored. As a storage format in the storage unit 23, a “temporary storage” format is preferable.

Example 1 Treatment Process
Next, an example of a processing process in the correlation diagram generation terminal of the present invention will be described with reference to the functional block diagram of FIG. 3 and the flowcharts of FIGS.

  First, processing related to the combined information storage will be described with reference to the flowchart of FIG. Unless otherwise specified, “terminal” means a tablet-type portable communication terminal, “user” means an elementary school student, and “display” means a card displayed on a correlation diagram. I will explain.

  A user operates a screen (user interface) displayed on a display device (touch panel) of a terminal (tablet terminal) to generate a display object (card). The operation information acquisition unit 11 acquires the operation information, and the display object generation unit 12 generates a display object, which is then stored in the display object information storage unit 21 (S101).

  An example of the user interface of the present invention is shown in FIG. A basic card generation method in the present invention is shown in FIG. On the editing screen shown in FIG. 7, the user inputs characters into the card by handwriting input or keyboard input. An example is shown in FIG. In addition to inputting characters, a card or the like can be included in the card. An example is shown in FIG. Note that the card background and frame shape can be changed. An example thereof is shown in FIGS.

  An example of information stored in the display object information storage unit 21 is shown in FIG.

  The correlation information generation unit 13 that has acquired the operation information based on the user's operation from the operation information acquisition unit 11 generates the correlation information and stores it in the correlation information storage unit 22 (S102).

An example of information stored in the correlation information storage unit 22 is shown in FIG.

  The drawing generation unit 18 generates a correlation diagram using the display object information stored in the display object information storage unit 21 and the correlation information stored in the correlation information storage unit 22 (S103).

The generated correlation diagram is presented to the user via the display device 4 (touch panel 8) (S104). An example of a correlation diagram presented to the user is shown in FIG.

  Next, execution of simultaneous processing will be described with reference to the flowchart of FIG.

  The operation information acquisition unit 11 transmits operation information indicating that the user has selected a display object on the touch panel 8 to the selected display object specifying unit 14 (S111). In this embodiment, a case where the user selects “card 3 (the wording information is“ pink ”)” will be described as an example.

  The selected display object specifying unit 14 acquires information about the display object selected by the user from the display object information storage unit 21 and transmits the information to the lower layer display object specifying unit 15. The lower layer display object specifying unit 15 executes the lower layer display object specifying process based on the information stored in the display object information storage unit 21 and the correlation information storage unit 22 (S112).

  When the user selects “card 3 (the wording information is“ pink ”)”, the lower layer display object specifying unit 15 searches the correlation information storage unit 22 to determine whether or not “card 3” has a lower display object. Search for. According to FIG. 13, it can be seen that the lower display items of “card 3” are “card 10” and “card 11” (S113). Next, the lower layer display object specifying unit 15 also searches for the presence or absence of lower display objects of “card 10” and “card 11”. According to FIG. 13, it can be seen that the lower display items of “card 10” are “card 19” and “card 20”, and the lower display items of “card 11” are “card 21”. Further, the lower layer display object specifying unit 15 searches for the presence or absence of a lower display object for each of “card 19”, “card 20”, and “card 21”. As described above, the lower layer display object specifying unit 15 repeats the lower display object search recursively until the lower display objects disappear. Then, the extracted lower display items (in this example, “card 10”, “card 11”, “card 19”, “card 20”, and “card 21”) are identified as lower display items. To do. And the detailed information regarding the specified lower layer display thing is extracted from the display thing information storage part 21, and is transmitted to the group production | generation part 16 as lower layer display thing information.

  The group generation unit 16 groups the lower layer display object information received from the lower layer display object specifying unit 15 and stores it in the group information temporary storage unit 23 (S114). In the present embodiment, information related to six cards of “card 3”, “card 10”, “card 11”, “card 19”, “card 20”, and “card 21” is grouped.

  An example of information stored in the group information temporary storage unit 23 is shown in FIG.

  The simultaneous processing execution unit 17 receives the content of processing performed on the selected display object by the user from the operation information acquisition unit 11, and selects the selected display object in the group stored in the group information temporary storage unit 23. The same process is performed on all the display objects in the group including the same (S115).

  In the present embodiment, when an operation for changing the background color of the card is performed on “card 3” which is the selection display object selected by the user, the simultaneous processing execution unit 17 adds the group A in FIG. The process of changing the background color is executed simultaneously for all the cards included. The simultaneous process execution unit 17 reflects the result of executing the simultaneous process in the information stored in the display object information storage unit 21. The result after reflection is shown in FIG. FIG. 17 shows an example of a correlation diagram generated by the drawing generation unit 18 and displayed on the display device 4 (touch panel 8) after the simultaneous processing is executed.

Example 2 Configuration
The second embodiment of the present invention will be described below with reference to the drawings. FIG. 18 shows a functional block diagram of the correlation diagram generation terminal of the present invention. Each component and each means in the present invention are only logically distinguished in function, and may be physically or virtually the same area.

  FIG. 18 shows only the minimum equipment, components, means and the like necessary in the present invention, and the description of the other equipment, components, means, etc. is omitted. In addition, the same code | symbol is attached | subjected to the same structural part etc. as [Example 1-configuration], and the detailed explanation is omitted when performing the same operation.

  The simultaneous processing execution unit 17 located in the processing device 1 in the terminal of the present invention is different from [Example 1-configuration] in that it includes a movement operation detecting means 17a and a simultaneous movement processing executing means 17b. ing.

  The operation of each component will be described below based on the functional block diagram constituting the present invention shown in FIG. Detailed descriptions of the same components or operations as those in [Example 1-Configuration] are omitted.

  The movement operation detection means 17a included in the simultaneous processing execution unit 17 detects an operation (hereinafter referred to as “movement operation”) for moving the display position of the selected display object among the operation information acquired from the operation information acquisition unit 11. . When the movement operation is detected, the group information temporary storage unit 23 is accessed, and information on the group including the selected display item (specifically, in the group including the selected card, the card included therein) All of the information regarding the above is acquired and transmitted to the simultaneous movement processing execution means 17b.

  The simultaneous movement processing execution means 17b performs the same operation content as the operation content executed on the selected display object by the user for all the display objects included in the selected display object and the group including the selected display object. Run. Then, the simultaneous movement processing execution means 17 b transmits the result of the simultaneous processing to the drawing generation unit 18 and reflects it in the display object information storage unit 21.

Example 2 Treatment Process
Next, an example of a processing process in the terminal combination display system of the present invention will be described with reference to the functional block diagram of FIG. 18, the flowchart of FIG. In addition, the detailed description is abbreviate | omitted when performing the same operation | movement as [Example 1-processing process].

  Note that the processing from (S111) to (S114) in FIG. 5 is the same as that in the first embodiment, and thus detailed description thereof is omitted.

  The movement operation detection means 17a of the simultaneous process execution unit 17 receives the content of processing performed by the user for the selected display object from the operation information acquisition unit 11, and when a movement operation is detected from the received operation content, the simultaneous movement process execution means 17b. Notify The simultaneous movement process execution means 17b executes the same process simultaneously for all the display objects in the group including the selected display object in the group stored in the group information temporary storage unit 23 (S115). .

  FIG. 19 shows an image diagram of a correlation diagram presented on the touch panel 8 when the simultaneous movement process is executed.

Example 3 Configuration
Hereinafter, a third embodiment of the present invention will be described with reference to the drawings. FIG. 20 shows a functional block diagram of the correlation diagram generation terminal of the present invention. Each component and each means in the present invention are only logically distinguished in function, and may be physically or virtually the same area.

  FIG. 20 shows only the minimum equipment, components, means, and the like necessary in the present invention, and the description of the other devices, components, means, etc. is omitted. In addition, the same code | symbol is attached | subjected to the same structural part etc. as [Example 1-configuration] and [Example 2-configuration], and the detailed explanation is omitted when performing the same operation.

  The processing apparatus 1 in the terminal of the present invention includes a group area specifying unit 19 and a determination unit 20, and the simultaneous processing execution unit 17 includes a deployment direction changing unit 17 c therein [Example 1- Configuration] and [Example 2-Configuration].

  The operation of each component will be described below based on the functional block diagram constituting the present invention shown in FIG. In addition, the detailed description is abbreviate | omitted about the structure part similar to [Example 1-configuration] and [Example 2-configuration] or the same operation | movement.

  Based on the group information received from the group generating unit 16, the group region specifying unit 19 specifies a display region including all display objects included in the group as a selected group region, and stores it in the group region primary storage unit.

  The determination unit 20 determines whether or not the selected group area of the moved group is located in a predetermined area predetermined on the correlation diagram. Then, the determination unit 20 transmits the determination result to the simultaneous processing execution unit 17.

  Based on the determination result received from the determination unit 20, the development direction changing unit 17 c located inside the simultaneous process execution unit 17 performs a process (correlation) for changing the display position for all display objects belonging to the selected group all at once. Execute processing for changing the development direction of the figure. Then, the development direction changing unit 17 c transmits the result of the simultaneous processing to the drawing generation unit 18 and reflects the result in the display object information storage unit 21.

Example 3 Treatment Process
Next, an example of a processing process in the terminal combination display system of the present invention will be described with reference to the functional block diagram of FIG. 20 and the flowcharts of FIGS. In addition, when performing the same operation as [Example 1-Processing Process] and [Example 2-Processing Process], detailed description thereof is omitted.

  First, processing related to group area specification will be described with reference to FIG. The processes from (S311) to (S314) in FIG. 21 are the same as the processes from (S111) to (S114) in FIG. 5 of the first embodiment, and thus detailed description thereof is omitted.

  The group area specifying unit 19 specifies the selected group area based on the group information received from the group generation unit 16 and stores it in the group area temporary storage unit 23 (S315).

  An example of the selected group area stored in the group area temporary storage unit 23 is shown in FIG. In FIG. 23, the coordinates of the four corners of the area are exemplified as (x1, y1), (x2, y2), (x3, y3), (x4, y4), but the area is uniquely identified. It is not limited to this as long as it can be performed.

  Next, processing related to the change of the development direction will be described with reference to FIG. Since (S321) is the same process as (S115) in FIG. 5 in the second embodiment, the description thereof is omitted here.

  The operation information generation unit 32 located in the terminal B generates operation information based on an operation performed on the content by the user on the display 8, and transmits the operation information to the management server A via the terminal communication device 5b. In particular, when a flick operation indicating “movement” of content is detected, the direction and speed of the flick operation are calculated, and the information is included in the operation information. Various methods for calculating the direction and speed of the flick operation have already been disclosed. Although the details are not described here, an outline of the calculation method is described below.

  The determination unit 20 has information regarding a predetermined area. The predetermined area refers to an area predetermined in the entire correlation diagram. As a specific example, in the present embodiment, the predetermined area is determined in a form in which the correlation diagram is divided into four equal parts and divided into upper, lower, left and right, but the present invention is not limited to this. An image of the predetermined area is shown in FIG.

  The determination unit 20 determines whether or not the selected group area to be moved has moved across a predetermined area every time the movement process is performed by the simultaneous movement process execution unit 17b (S323). In this embodiment, when the predetermined area is “top”, the development direction of the correlation diagram is “from bottom to top”, and when the predetermined area is “bottom”, the development direction of the correlation diagram is “from top to bottom”. When the predetermined area is “left”, the expansion direction of the correlation diagram is “from right to left”. When the predetermined area is “right”, the expansion direction of the expansion diagram is “from left to right”. Shall be adjusted.

  When the determination result of the determination unit 20 is a result of moving across a predetermined area, the opening direction changing unit 17c sets the expansion direction of the correlation diagram in the selected group in the expansion direction according to the predetermined area of the movement destination. Is executed (S324).

  FIG. 25 shows an image diagram of a correlation diagram presented on the touch panel 8 when the development direction changing process is executed.

Example 4 Configuration
The fourth embodiment of the present invention will be described below with reference to the drawings. FIG. 26 shows a functional block diagram of the correlation diagram generation terminal of the present invention. Each component and each means in the present invention are only logically distinguished in function, and may be physically or virtually the same area.

  FIG. 26 shows only the minimum equipment, components, means, and the like necessary for the present invention, and the description of other devices, components, means, etc. is omitted. In addition, the same code | symbol is attached | subjected to the same structural part etc. as [Example 1-configuration], and the detailed explanation is omitted when performing the same operation.

  The processing apparatus 1 in the terminal of the present invention includes an upper display object specifying unit 34 and a peer display object specifying unit 44. The lower layer display object specifying unit 15 includes a selected lower layer display object specifying unit 15a and an isotopic display object specifying unit. 15b, the group generation unit 16 includes a selection group generation unit 16a and a peer group generation unit 16b, the simultaneous processing execution unit 17 includes a display position replacement unit 17d, and the determination unit 20 performs contact determination. It differs from [Example 1-Configuration], [Example 2-Configuration], and [Example 3-Configuration] in that it has means 20a.

  In the terminal of the present invention, the group information temporary storage unit 23 of the storage device 2 includes a selected group information storage area 23a and a peer group information storage area 23b. -Configuration] and [Example 3-Configuration].

  The operation of each component will be described below based on the functional block diagram constituting the present invention shown in FIG. In addition, the detailed description is abbreviate | omitted about the structure part similar to [Example 1-configuration], [Example 2-configuration], and [Example 3-configuration] or the same operation.

  The upper display item specifying unit 34 specifies a selection item (card) belonging to the upper hierarchy of the selected display item specified by the selected display item specifying unit 14. Then, information regarding the higher-level card is transmitted to the peer display object specifying unit 44.

  The peer display object specifying unit 44 is a display object other than the selected display object (the card selected by the user) derived from the same card based on the information of the selection object (card) belonging to the upper hierarchy received from the upper display object specifying unit 34. Card other than) is specified as a peer display. Then, information regarding the display object is transmitted to the lower layer display object specifying unit 15.

  The selected lower layer display object specifying means 15a located inside the lower display object specifying unit 15 specifies all the display objects (cards) positioned in the lower hierarchy of the selected display object specified by the selected display object specifying unit 14. The method of specifying all the lower layer display objects recursively like the process of the lower layer display object specification part 15 in Example 1 is suitable for the specifying method.

  The isotope lower layer display object specifying means 15b located inside the lower layer display object specifying unit 15 specifies all the display objects (cards) located in the lower hierarchy of the isotope display object specified by the isotope display object specifying unit 44. The method of specifying all the lower layer display objects recursively like the process of the lower layer display object specification part 15 in Example 1 is suitable for the specifying method.

  The selected group generating means 16a located inside the group generating section 16 groups the lower layer display objects specified by the selected lower layer display object specifying means 15a and stores them in the selected group information storage area 23a of the group information temporary storage section 23. Remember.

  The peer group generation unit 16b located inside the group generation unit 16 groups the lower layer display objects specified by the lower layer display object specification unit 15b and stores them in the group information temporary storage unit 23 in the peer group information storage region 23b. Remember.

  The group area specifying unit 19 specifies the group area of the selected group and the peer group by the same processing method as in the third embodiment, and stores each group area in the selected group information storage area 23a and the peer group information storage area 23b. To do.

  When the movement process for the selected group is executed by the simultaneous movement process execution unit 17b, the contact determination unit 20a located inside the determination unit 20 overlaps the selected group region with the peer group region of another peer group. Judgment is made at any time. Then, the determination result is transmitted to the simultaneous processing execution unit 17.

  When the determination result received from the contact determination unit 20a is the determination result that the selected group region and the peer group region are in contact, the display position changing unit 17d of the simultaneous processing execution unit 17 selects the selected group and the peer group. The process of changing the display position of is executed. This process is executed simultaneously for all display objects located in each group. The display position replacement unit 17d transmits the result of executing the display position replacement process to the drawing generation unit 18 and reflects the result in the display object information storage unit 21.

Example 4 Treatment Process
Next, an example of a processing process in the terminal combination display system of the present invention will be described with reference to the functional block diagram of FIG. 26, the flowcharts of FIGS. 27 and 28, and the like. In addition, the detailed description is abbreviate | omitted when performing the same operation | movement as [Example 1-processing process], [Example 2-processing process], and [Example 3-processing process].

  First, processing related to group area specification will be described with reference to FIG. Note that the process of (S411) in FIG. 27 is the same as the process of (S111) in FIG.

  In the present embodiment, the case where the user selects “card 7 (new)” in the correlation diagram in FIG. 14 will be described as an example.

  The upper display object specifying unit 34 specifies the card located in the upper hierarchy of the “card 7” selected by the user with reference to the correlation information storage unit 22 (S412). Since the upper display item of “card 7” is specified to be “card 2”, there is an upper display item (S413).

  The peer display object specifying unit 44 specifies the lower display object of the “card 2” with reference to the information stored in the correlation information storage unit 22 for “card 2” which is the upper display object of “card 7”. . Then, a display object other than the “card 7” which is the selected display object is specified as a peer display object (S414). In this embodiment, “card 8” and “card 9” are specified as the peer display objects.

  The isotope lower layer display object specifying means 15b specifies the lower layer display object of the specified isotope display objects ("card 8" and "card 9") (S415). The method for specifying the lower layer display object is processed recursively in the same manner as in the first embodiment. The description is omitted here. As a result of the processing, the lower layer display item of “card 8” is specified as “card 16”, and the lower layer display item of “card 9” is specified as “card 17” and “card 18”.

  The group generation / storage (S416) by the peer group generation means 16b and the group area specification / storage (S417) by the group area specifying unit 19 are the same as (S314) and (S315) in FIG. Therefore, the description is omitted here.

  An example of information stored in the selected group information storage area 23a is shown in FIG. An example of information stored in the peer group information storage area 23b is shown in FIG.

  Next, processing related to the change of the development direction will be described with reference to FIG. Since (S421) is the same process as (S115) in FIG. 5 in the second embodiment, description thereof is omitted here.

  The contact determination unit 20a located inside the determination unit 20 determines whether contact between the selected group region and the peer group region has occurred due to the movement process of the selected group in the simultaneous movement process execution unit 17b (S422). . When it is determined that there is contact (S423), the display position replacement unit 17d executes a process of switching the display locations of the selected group and the peer group that are in contact (S424).

  FIG. 31 shows an image diagram of a correlation diagram presented on the touch panel 8 when the display position replacement process is executed.

Example 5 Configuration
The fifth embodiment of the present invention will be described below with reference to the drawings. FIG. 32 shows a functional block diagram of the correlation diagram generation terminal of the present invention. Each component and each means in the present invention are only logically distinguished in function, and may be physically or virtually the same area.

  FIG. 32 shows only the minimum equipment, components, means and the like necessary in the present invention, and the description of other devices, components, means, etc. is omitted. In addition, the same code | symbol is attached | subjected to the same structural part etc. as [Embodiment 4-structure], and the detailed description is abbreviate | omitted when performing the same operation.

  The simultaneous processing execution unit 17 of the processing device 1 in the terminal of the present invention is different from [Example 4-Configuration] in that it includes a group region coloring means 17e.

  Hereinafter, the operation of each component will be described based on the functional block diagram constituting the present invention shown in FIG. In addition, the detailed description is abbreviate | omitted about the structure part similar to [Example 4-configuration], or the same operation | movement.

  The group area coloring means 17e performs a process of coloring the selected group area and the peer group area with different colors. The image after coloring is shown in FIG.

  By using the present invention configured as described above, creation of a correlation diagram using a computer terminal can be supported. Furthermore, in the field of school education, there is also an educational effect that allows learners to learn how to organize their thoughts through the process of creating and correcting correlation diagrams.

DESCRIPTION OF SYMBOLS 1 Processing apparatus 2 Memory | storage device 3 Input device 4 Display apparatus 5 Communication apparatus 6 Arithmetic apparatus 7 Control apparatus 8 Touch panel 11 Operation information acquisition part 12 Display object generation part 13 Correlation information generation part 14 Selection display object specification part 15 Lower layer display object specification part 15a Selected lower layer display object specifying means 15b Isotopic lower layer display object specifying means 16 Group generation section 16a Selected group generation means 16b Isotope group generation means 17 Simultaneous processing execution section 17a Movement operation detection means 17b Simultaneous movement processing execution means 17c Deployment direction changing means 17d Display position replacement means 17e Group area coloring means 18 Drawing generation section 19 Group area determination section 20 Determination section 20a Contact determination means 21 Display object information storage section 22 Correlation information storage section 23 Group information temporary storage section 23a Selected group information storage area 23b Isotope Group information storage Pass 34 upper display object specifying unit 44 isotope display object specifying unit

Claims (6)

A correlation diagram generation system that generates a correlation diagram in which a plurality of display objects are hierarchically configured,
An operation information acquisition unit for acquiring information related to user operations;
A display object generation unit that generates the display object based on information about the user's operation;
A drawing generation unit for generating a correlation diagram in which a plurality of display objects are hierarchically configured based on information on the user's operation;
A selection display object specifying unit that specifies a display object selected in the correlation diagram as a selection display object based on information on the user's operation;
A lower display object specifying unit for specifying a display object belonging to a lower hierarchy of the selected display object specified by the selected display object specifying unit as a lower selected display object;
A group generation unit for generating a selection group consisting of the selection display object specified by the selection display object specification unit and the lower selection display object specified by the lower display object specification unit;
A simultaneous processing execution unit that executes predetermined processing all at once while maintaining a hierarchy for all selection display objects included in the selection group generated by the group generation unit based on information related to the user's operation A correlation diagram generation system comprising:
When the simultaneous processing execution unit detects a movement operation for moving the selection display object based on information about the user operation, for all selection display objects included in the selection group related to the selection display object, The correlation diagram generation system according to claim 1, wherein the same movement process as that of the movement operation is performed all at once.
A group area specifying unit for specifying a display area including all selection display objects included in the selected group as a selected group area;
A determination unit that determines whether or not the selected group region has moved to a predetermined area in the correlation diagram;
When the determination unit determines that the selected group region has moved to a predetermined area in the correlation diagram, the simultaneous processing execution unit responds to the predetermined area with the development direction of all selection display objects included in the selected group. The correlation diagram generation system according to claim 1 or 2, wherein the correlation diagram generation system is changed.
An upper display object specifying unit for specifying a display object belonging to the upper hierarchy of all the selected display objects included in the selection group as an upper display object;
A display object belonging to a lower hierarchy of an upper display object specified by the upper display object specifying unit, comprising a display object specifying unit that specifies a display object excluding the selected display object as a peer display object,
The lower display object specifying unit specifies a display object belonging to a lower hierarchy of the peer display object as a lower display object,
The group generation unit generates an isotope group consisting of the isotope display specified by the isotope display specifying unit and the lower isotope display specified by the lower display specifying unit,
The group area specifying unit specifies a display area including all selected display objects included in the selected group as a selected group area, and also displays a display area including all the isotopic objects included in the peer group as peers. As a group area,
The determination unit determines whether the selected group region and the peer group region are in contact with each other based on information about the user operation,
When the determination unit determines that the selected group region and the peer group region are in contact with each other, the simultaneous processing execution unit includes display positions of all selection display objects included in the selected group, and includes in the peer group The correlation diagram generation system according to any one of claims 1 to 3, wherein display positions of all the same display objects are switched.
When the determination unit determines that the selected group region and the peer group region are in contact with each other, the simultaneous processing execution unit performs a coloring process of different colors on the selected group region and the peer group region. The correlation diagram generation system according to claim 4.
Computer
An operation information acquisition unit for acquiring information related to user operations;
A display object generation unit that generates the display object based on information about the user's operation;
A drawing generation unit that generates a correlation diagram in which a plurality of display objects are hierarchically configured based on information on the user's operation;
A selection display object specifying unit that specifies a display object selected in the correlation diagram as a selection display object based on information on the user's operation;
A lower display object specifying unit for specifying a display object belonging to a lower hierarchy of the selected display object specified by the display object specifying unit as a lower selected display object;
A group generation unit for generating a selection group consisting of the selection display item specified by the display item specification unit and the lower selection display item specified by the lower display item specification unit;
A simultaneous processing execution unit that executes predetermined processing all at once while maintaining a hierarchy for all selection display objects included in the selection group generated by the group generation unit based on information related to the user's operation A computer program that functions as a computer program.