JP2016076008A - Information presenting apparatus, operation method of information presenting apparatus, and computer program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information presentation technique with which, when outputting, with an electronic apparatus, data on the strength of a force that a child has exerted to an object, it is possible to present, to the child, the strength of the force that the child has exerted in an easily understandable way for himself/herself, allowing the child to learn the strength of the force.SOLUTION: An information presentation device is provided with: a database 11 for storing, in correlation to force strength setting information indicating the number, magnitude and direction of forces exerted to an object (e.g., an egg or an organism), output information indicating an image when forces equal to the number, magnitude and direction are exerted; a force strength data reception unit 12 for receiving force strength data indicating the number, magnitude and direction of forces exerted by a user U to an object 20 used by the user; a deformation processing unit 13 for searching the database 11 for the force strength setting information corresponding to the force strength data and reading out the correlated output information; and an information presentation unit 14 for displaying the image of an object (e.g., an egg) to which no forces are exerted, and displaying the image indicated by the output information read out by the deformation processing unit 13.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an information presentation apparatus, an operation method of the information presentation apparatus, and a computer program.

  As described in Non-Patent Document 1, in order to develop higher brain functions such as communication ability and physical dexterity, basic senses such as the five senses, vestibular sensation, and proprioceptive sensation are developed in children.・ Collaboration is important. Among them, it is important for children to learn through their own senses how much force they are applying to things for the development and coordination of proprioception and tactile sensation. In particular, some children with developmental problems can learn how to adjust their strength because they have difficulty in adjusting their power, even though they understand that they will break if they put too much power on them. Training is required.

  In recent years, the opportunity for children to touch electronic devices such as smartphones has increased, and the number of sensors that attach various sensors to an object itself to acquire information on the force applied to the object has increased. However, when the operation subject is a child, it is important not only to acquire the power, but also to make the child learn the power in a way that is easy for the child to understand, so the feedback presentation method is important. In Patent Document 1, it is shown that degree information is mainly presented with respect to the strength of weight of a foot.

JP 2000-308698 A

Sakamoto Tatsuo “Introductory Theory and Practice of Sensory Integration” p29-p48, Gakken, 1985

  In Patent Document 1, degree information is expressed only by sound, and it is not enough for children who have not developed sensation because it is necessary to integrate various sensory information. It is a presentation method for adults, and a presentation method that is easier to understand for children is required.

  The present invention has been made in view of the problem of a feedback presentation method that is easy for children to understand, and the purpose of the present invention is to output data on the electronic device with the data on the force applied to the child by the electronic device. The aim is to provide information presentation technology that allows children to learn how to adjust their power by presenting their power using a presentation method that is easy for children to understand.

  In order to solve the above problems, the first aspect of the present invention is an information presentation device that stores a plurality of force adjustment setting information indicating the number, magnitude, and direction of forces applied to an object, and each force adjustment setting information. In association with, output information indicating an image without deformation, an image after deformation, or an image after destruction, which is an image when the force of the number, size, and direction indicated by the force adjustment setting information is applied. From the database, a force adjustment data receiving unit that receives force adjustment data indicating the number, magnitude, and direction of the force applied by the user to the user-used object used by the user of the information presentation device; A search for force adjustment setting information corresponding to the force adjustment data, a deformation processing unit that reads output information associated with the force adjustment setting information, and an image of the object that is not applied with force are displayed. Further comprising an information presentation unit for displaying an image represented by the output information read out by the transformation processing unit and said.

  2nd this invention is an information presentation apparatus, Comprising: The force adjustment setting information which shows the number, magnitude | size, and direction of the force applied to a living body is memorize | stored, It matches with each said force adjustment setting information, The said force adjustment An image of the number, size, and direction indicated by the setting information, an image of a life form that does not feel power, or an image of a life form that feels comfortable, or a force that feels painful A database for storing output information indicating an image of a living body, and force adjustment data indicating the number, magnitude, and direction of the force applied by the user to the user-used object used by the user of the information presentation device A force adjustment data receiving unit, a deformation processing unit that retrieves force adjustment setting information corresponding to the force adjustment data from the database, and reads output information associated with the searched force adjustment setting information; And displaying the image of the living body is not under, characterized in that it comprises an information presenting section for displaying an image represented by the output information read by the modification processing unit.

  For example, the output information indicates an image when a force of magnitude and direction is applied and the number indicated by the force adjustment setting information corresponding to the output information, and the number indicated by the force adjustment setting information. It indicates at least one of color, sound, and vibration to be presented when a force of size and direction is applied, and the information presentation unit displays an image indicated by output information read by the deformation processing unit. While displaying, at least one of the color, the sound, and the vibration indicated by the output information is generated.

  A third aspect of the present invention is an operation method of an information presentation device, wherein the information presentation device stores a plurality of force adjustment setting information indicating the number, magnitude, and direction of forces applied to an object, and each of the force adjustment setting information In association with, output information indicating an image without deformation, an image after deformation, or an image after destruction, which is an image when the force of the number, size, and direction indicated by the force adjustment setting information is applied. A database, wherein the force adjustment data receiving unit of the information presentation device applies the number, magnitude, and direction of forces applied by the user to a user-use object used by the user of the information presentation device. The deformation processing unit of the information presentation device retrieves force adjustment setting information corresponding to the force adjustment data from the database, and outputs the output corresponding to the force adjustment setting information. The information is read, and the information presentation unit of the information presentation device displays an image of the object that is not applied with force, and displays an image indicated by the output information read by the deformation processing unit. .

  4th this invention is the operation | movement method of an information presentation apparatus, Comprising: The said information presentation apparatus memorize | stores several force adjustment setting information which shows the number, magnitude | size, and direction of the force applied to a living body, Each said force adjustment setting Corresponding to the information, the image of the life form that does not feel the force or the force of the life form that feels comfortable is the image when the force of the number, size, and direction indicated by the force adjustment setting information is applied. A database for storing output information indicating an image or an image of a living organism that feels painful, and the operation method is such that a force data receiving unit of the information presentation device is used by a user of the information presentation device. Force adjustment data indicating the number, magnitude, and direction of the force applied by the user to the object used by the user is received, and the deformation processing unit of the information presentation device corresponds to the force adjustment data from the database. Search for the adjustment setting information, read the output information associated with the searched force adjustment setting information, the information presentation unit of the information presentation device displays the image of the life form without force, the deformation An image indicated by the output information read by the processing unit is displayed.

  The fifth aspect of the present invention is a computer program for causing a computer to function as the information presentation device according to the first or second aspect of the present invention.

  According to the present invention, it is possible to present the power applied to an object or the like by a presentation method that is easy for the child to understand, so that the child can learn how to adjust the power.

It is a figure which shows the structure of the information presentation apparatus which concerns on this Embodiment. It is a figure which shows an example of a structure of the database. 4 is a flowchart of overall processing in the information presentation apparatus 1. It is a detailed flowchart of an output information selection process (S1). It is a detailed flowchart of a presentation information selection process (S2). It is an example of the screen for making a user select presentation information ID. It is a detailed flowchart of a feedback process (S3). It is a figure for demonstrating the mechanism which detects the direction of force.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing the configuration of the information presentation apparatus according to the present embodiment.

  The information presentation device 1 is connected to a force adjustment data detection device 2, and internally includes a database 11, a force adjustment data reception unit 12, a deformation processing unit 13, an information presentation unit 14, a presentation information selection unit 15, and an output information selection unit. 16. The information presentation device 1 and the force adjustment data detection device 2 are configured in, for example, a mobile terminal called a smartphone.

  The force adjustment data detection device 2 detects the number, magnitude, and direction of the force applied by the user U to the user use object 20 used by the user U of the information presentation device 1. The user U is a child, for example. The user use object 20 is a housing such as a smartphone in which the information presentation device 1 and the force adjustment data detection device 2 are configured, for example.

  FIG. 2 is a diagram illustrating an example of the configuration of the database 11.

For example, the database 11 associates the presentation information ID indicating an egg with the number of forces applied to the egg (pressure points [points]), magnitude (pressure value [N / m ² ]), and direction (force direction). A plurality of force adjustment setting information indicating is stored. In the figure, common pressure values are summarized and common pressure points are summarized.

  Further, in the database 11, an egg image without deformation (Egg_0), which is an image of an egg when force in the number, size, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. .png) or the output information indicating the image of the egg after deformation (Egg_1.png) or the image of the egg after destruction (Egg_2.png). The information indicating the image is, for example, a file name.

In addition, the database 11 is associated with a presentation information ID indicating a life form, for example, the number of forces applied to the life form (pressure points [points]), magnitude (pressure value [N / m ² ]) and direction ( A plurality of force adjustment setting information indicating the direction of force) is stored. In the figure, common pressure values are summarized and common pressure points are summarized.

  In addition, the database 11 is an image of a life form in a case where the force in the number, size, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. The output information indicating the image (human_0.png) of the human being or the image of the living organism (human_1.png) feeling that the force is comfortable or the image of the living organism (human_2.png) feeling that the force is painful is stored. The image of the life form is, for example, an image of a hand that shakes hands. The information indicating the image is, for example, a file name.

  The output information may indicate at least one of color, sound, and vibration to be presented when a force of the number, size, and direction indicated by the force adjustment setting information corresponding to the output information is applied. The information indicating the color indicates each value of RGB, for example. The information indicating the sound is, for example, a sound file name. The information indicating vibration indicates, for example, the amplitude and frequency of vibration.

  Further, the database 11 may store a name of a change phenomenon when a force of the number, size, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information.

  FIG. 3 is a flowchart of overall processing in the information presentation apparatus 1.

  First, the output information selection unit 16 performs an output information selection process (S1), then the presentation information selection unit 15 and the information presentation unit 14 perform a presentation information selection process (S2), and then the force data The detection device 2, the force adjustment data receiving unit 12, the deformation processing unit 13, and the information presentation unit 14 perform feedback processing (S3), and the process ends.

  FIG. 4 is a detailed flowchart of the output information selection process (S1).

  The output information selection unit 16 displays a screen for causing the user U to select one or more of images, colors, sounds, and vibrations (not shown in the figure, hereinafter simply referred to as “display device”). (S11). The user U performs an input operation on an input device (not shown; hereinafter simply referred to as “input device”) such as a keyboard and a mouse connected to the information presentation device 1.

  When an input operation for selecting an image is performed (S12: YES), the output information selection unit 16 turns on the image flag (S13), and when an input operation for selecting a color is performed (S14: YES). If the color flag is turned on (S15) and an input operation for selecting a sound is performed (S16: YES), the sound flag is turned on (S17) and if an input operation for selecting a vibration is performed (S17). S18: YES), the vibration flag is turned ON (S19).

  FIG. 5 is a detailed flowchart of the presentation information selection process (S2).

  The presentation information selection unit 15 reads each presentation information ID from the database 11 (S21), and displays a screen for causing the user U to select one of them (S22).

  As shown in FIG. 6, the screen is an image corresponding to a presentation information ID indicating an egg (eg, image (Egg_0.png)), a selection button, and an image corresponding to a presentation information ID indicating a life form. The image includes a handshake image (for example, an image (human_0.png)) and a selection button, and an apple image and a selection button corresponding to a presentation information ID indicating an apple.

  The user U performs an input operation (button depression) for selecting any of the presentation information IDs on the input device (FIG. 5: S23).

  For example, when an input operation for selecting a presentation information ID indicating an egg is performed, the presentation information selection unit 15 displays an undeformed image (Egg_0.png) on the display device as an image of an egg with no force applied. (S24), the presentation information ID indicating the egg is transmitted to the information presentation unit 14 (S25), and the process ends. For example, the presentation information selection unit 15 deletes images other than the image (Egg_0.png) from the screen (S24).

  Alternatively, for example, when an input operation for selecting a presentation information ID indicating a life form is performed, the presentation information selection unit 15 uses an image of a life form that does not feel power (an image of a life form that does not feel power ( human_0.png) is displayed on the display device (S24), the presentation information ID indicating the life form is transmitted to the information presentation unit 14 (S25), and the information presentation unit 14 transmits the presentation information ID to the transformation processing unit 13 ( S25), the process ends. For example, the presentation information selection unit 15 deletes images other than the image (human_0.png) from the screen.

  FIG. 7 is a detailed flowchart of the feedback process (S3).

  First, if the force adjustment data detection device 2 detects the number, magnitude, and direction of the force applied to the user use object 20 (S31: YES), it generates force adjustment data indicating the number, magnitude, and direction of the detected force. (S32) and transmitted to the force adjustment data receiving unit 12. The force adjustment data receiving unit 12 receives the force adjustment data and transmits the force adjustment data to the deformation processing unit 13.

  The force adjustment data detection device 2 detects the number, magnitude, and direction of forces based on detection values of a pressure sensor, an atmospheric pressure sensor, and the like incorporated in the user-used object 20 and an analysis result of an image obtained by photographing the user-used object 20. (S31).

For example, as shown in FIG. 8, a force of 7 [N / m ² ] is applied to the coordinates (x1, y1, z1), and a force of 4 [N / m ² ] is applied to the coordinates (x2, y2, z2). Suppose.

  For example, in the information presentation apparatus 1, a range between a plane that passes through the origin of the xyz space and forms 45 degrees with respect to the xy plane and a plane that passes through the origin and forms −45 degrees with respect to the xy plane in advance. Remember. In the figure, the range is shaded. When both coordinates are within the range as shown in FIG. 8, the direction of the force is horizontal. If both coordinates are not within the range, the force direction is vertical. When one coordinate is in the range and the other coordinate is not in the range, the direction of the force is the whole (all directions).

In the above example, the number of forces is 2 [points], the larger force is employed, 7 [N / m ² ], and the direction of the force is horizontal, for example.

  The deformation processing unit 13 searches the database 11 for the force adjustment setting information corresponding to the force adjustment data from the portion associated with the presentation information ID received from the information presentation unit 14, and corresponds to the force adjustment setting information. The attached output information is read (FIG. 7: S33).

When the presentation information ID indicates an egg, the number of forces indicated by the force adjustment data is 2 [points], the magnitude of the force is 7 [N / m ² ], and the direction of the force is horizontal, 7 [N / m ² ] Is included in the range of pressure values 5 to 10 [N / m ² ], 2 [points] match the number of pressure points [points], and the force directions match horizontally, the image (Egg_1.png), Output information indicating 255: 255: 0 (yellow), sound (Egg_1.mp3), vibration amplitude [middle], and vibration frequency [middle] is read (S33).

  Next, the transformation processing unit 13 reads information corresponding to the flag turned ON in step S13, S15, S17, or S19 from the output information (S34), and transmits the information to the information presentation unit 14. The information presentation unit 14 receives information from the deformation processing unit 13.

  If the received information indicates an image, the information presentation unit 14 displays the image on the display device (S35). If the received information indicates a color, the information presenting unit 14 generates the color, for example, in the display device (S35). If the received information indicates sound, the sound is generated, for example, in a speaker (not shown) connected to the information presentation device 1 (S35). If the received information indicates vibration, the information presentation device, for example. 1, the vibration is generated (S35).

  For example, an image without deformation (Egg_0.png) changes to an image after deformation (Egg_1.png, for example, an image with a broken egg shell), the color of the image changes to yellow, and the sound source (Egg_1 .mp3) sound (for example, a cracked egg shell), and medium intensity and frequency vibrations are continuously generated.

As another example, for example, when the number of forces indicated by the force adjustment data is 2 [points], the magnitude of the force is 15 [N / m ² ], and the direction of the force is horizontal, 15 [N / m ² ] is included in the range of pressure values 10 to [N / m ² ], 2 [points] match the number of pressure points [points], and the direction of the force matches in the horizontal direction, so the image (Egg_2.png) 255: 0: 0 (red), sound (Egg_2.mp3), vibration amplitude [large (once)], and output information indicating vibration frequency [high] are read (S33).

  In this case, the image without deformation (Egg_0.png) changes to an image after deformation (Egg_2.png, for example, an image where the egg breaks and the yolk falls), the color of the image changes to red, and the sound source ( Egg_2.mp3) sound (for example, the sound of egg breaking and yolk falling) occurs, and vibration of high strength and high frequency occurs once.

As another example, for example, a presentation information ID indicating a life form is selected, the number of forces indicated by the force adjustment data is 2 [points], the magnitude of the force is 5 [N / m ² ], When the direction is vertical, 5 [N / m ² ] is included in the range of pressure value 2 to 6 [N / m ² ], 2 [points] match the number of pressure points [points], and the direction of force is vertical Therefore, output information indicating the image (human_1.png), 255: 255: 0 (yellow), sound (human_1.mp3), vibration amplitude [medium], and vibration frequency [low] is read (S33).

  In this case, the image without deformation (human_0.png) changes to an image after deformation (human_1.png, for example, an image of a life form (hand) that feels a comfortable force), and the color of the image changes to yellow The sound of the sound source (human_1.mp3) (for example, pleasant music) is generated, and medium intensity and low frequency vibrations are continuously generated.

As another example, for example, a presentation information ID indicating a life form is selected, the number of forces indicated by the force adjustment data is 2 [points], the magnitude of the force is 10 [N / m ² ], When the direction is vertical, 10 [N / m ² ] is included in the range of pressure value 6 to [N / m ² ], 2 [points] match the number of pressure points [points], and the direction of force is vertical , Output information indicating the image (human_2.png), 255: 0: 0 (red), sound (human_2.mp3), vibration amplitude [large], and vibration frequency [medium] is read (S33).

  In this case, the image without deformation (human_0.png) changes to an image after deformation (human_2.png, for example, an image of a life form (hand) that feels painful in power), and the color of the image changes to red The sound of the sound source (human_2.mp3) (for example, the sound of “pain”) is generated, and the vibration of the high strength and the medium frequency is continuously generated.

  As described above, the information presentation apparatus according to the present embodiment stores a plurality of force adjustment setting information indicating the number, magnitude, and direction of forces applied to an object (eg, egg), and associates the force adjustment setting information with each force adjustment setting information. A database 11 for storing output information indicating an image without deformation, an image after deformation, or an image after destruction, which is an image when the force of the number, size, and direction indicated by the force adjustment setting information is applied. The force adjustment data for receiving force adjustment data indicating the number, magnitude, and direction of the force applied by the user U to the user use object 20 used by the user U of the information presentation device 1 from the force adjustment data detection device 2. The receiving unit 12, the deformation processing unit 13 that retrieves the force adjustment setting information corresponding to the force adjustment data from the database 11, and reads the output information associated with the force adjustment setting information, and the force is not applied. By providing an information presentation unit 14 that displays an image of an object (eg, egg) and displays an image indicated by output information read by the deformation processing unit 13, according to the force on the user-used object 20, Since the image without deformation, the image after deformation, or the image after destruction is displayed, if the user is a child, it is possible to present the power applied by the child with a presentation method that is easy for the child to understand. You can easily learn how to adjust power.

  In addition, the information presentation device stores a plurality of force adjustment setting information indicating the number, magnitude, and direction of the force applied to the life, and associates each force adjustment setting information with the number indicated by the force adjustment setting information. Output showing an image of a life form that does not feel force, an image of a life form that feels a comfortable force, or an image of a life form that feels a pain of power A database 11 for storing information, and force adjustment data detecting device for detecting force adjustment data indicating the number, magnitude and direction of the force applied by the user U to the user use object 20 used by the user U of the information presentation device 1 2. The force adjustment data receiving unit 12 received from 2 and the force adjustment setting information corresponding to the force adjustment data are searched from the database 11 and the output information associated with the searched force adjustment setting information is read. The user-use object 20 includes the physical unit 13 and the information presentation unit 14 that displays an image of a life form that is not applied with force and displays an image indicated by the output information read by the deformation processing unit 13. Depending on the power of the user, the image of the life form that does not feel the force, the image of the life form that feels the force is comfortable, or the image of the life form that feels the force is painful is displayed. In this case, the power applied by the child can be presented in a presentation method that is easy for the child to understand, thereby allowing the child to easily learn how to adjust the power.

  The output information indicates an image when the force of the number, size, and direction indicated by the corresponding force adjustment setting information is applied, and the number, size, and direction force indicated by the force adjustment setting information. The information presentation unit 14 displays an image indicated by the output information read by the deformation processing unit 13 and displays at least one of the color, sound, and vibration to be presented when Since at least one of the color, sound, and vibration indicated by the output information is generated, in addition to the image, it is possible to more easily learn the force by using the color, sound, vibration, and the like.

  In this embodiment, a part of the force adjustment setting information indicates a force magnitude range (pressure value range). However, images, colors, sounds, and vibrations are continuous with the pressure value as a variable. It is also possible to adopt a mode that changes in a manner.

  In addition, the force adjustment data indicates the direction of the force. For example, if the egg is in the major axis direction, the child is more likely to break in the major axis direction by using the characteristic that it is harder to break than the minor axis direction unless a stronger force is applied. If pressure is applied to the other side, it will be easy to crack if pressure is applied from other directions, that is, applying pressure at many points, so it is possible to encourage children to apply pressure at many points This can also promote the development of the fingertip sensation of the child.

  A computer program for causing a computer to function as the information presentation apparatus 1 according to the present embodiment can be recorded on a computer-readable recording medium such as a semiconductor memory, a magnetic disk, an optical disk, a magneto-optical disk, or a magnetic tape. It can be widely distributed by being transmitted through a communication network such as the Internet.

DESCRIPTION OF SYMBOLS 1 Information presentation apparatus 2 Forced data detection apparatus 11 Database 12 Forced data receiving part 13 Deformation process part 14 Information presentation part 15 Presentation information selection part 16 Output information selection part

Claims (6)

An information presentation device,
A plurality of force adjustment setting information indicating the number, magnitude, and direction of the force applied to the object is stored, and the force of the number, magnitude, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. A database for storing output information indicating an image without deformation, an image after deformation, or an image after destruction;
A force adjustment data receiving unit that receives force adjustment data indicating the number, magnitude, and direction of forces applied by the user to a user-used object used by the user of the information presentation device;
A deformation processing unit that searches force adjustment setting information corresponding to the force adjustment data from the database and reads output information associated with the force adjustment setting information;
An information presentation device, comprising: an information presentation unit that displays an image of the object to which no force is applied and displays an image indicated by output information read by the deformation processing unit. An information presentation device,
A plurality of force adjustment setting information indicating the number, magnitude, and direction of the force applied to the living body is stored, and the force of the number, magnitude, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. A database for storing output information indicating an image of a life form that does not feel force or an image of a life form that feels a comfortable force, or an image of a life form that feels a painful force,
A force adjustment data receiving unit that receives force adjustment data indicating the number, magnitude, and direction of forces applied by the user to a user-used object used by the user of the information presentation device;
A deformation processing unit that retrieves force adjustment setting information corresponding to the force adjustment data from the database and reads output information associated with the searched force adjustment setting information;
An information presentation device, comprising: an information presentation unit that displays an image of the organism that is not applied with force, and that displays an image indicated by output information read by the deformation processing unit. The output information indicates an image when force is applied in the number and size and direction indicated by the force adjustment setting information corresponding to the output information, and the number and size indicated by the force adjustment setting information. Indicates at least one of the color, sound, or vibration that should be presented when a direction force is applied,
The information presenting unit displays an image indicated by the output information read by the deformation processing unit, and generates at least one of a color, a sound, and a vibration indicated by the output information. Item 3. An information presentation device according to item 1 or 2. An operation method of the information presentation device,
The information presentation device includes:
A plurality of force adjustment setting information indicating the number, magnitude, and direction of the force applied to the object is stored, and the force of the number, magnitude, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. A database for storing output information indicating an image without deformation, an image after deformation, or an image after destruction,
The operation method is as follows:
The force adjustment data receiving unit of the information presentation device receives force adjustment data indicating the number, magnitude, and direction of the force applied by the user to the user-used object used by the user of the information presentation device;
The deformation processing unit of the information presentation device retrieves force adjustment setting information corresponding to the force adjustment data from the database, and reads output information associated with the force adjustment setting information.
An information presentation unit of the information presentation device displays an image of the object to which no force is applied, and displays an image indicated by output information read by the deformation processing unit. How it works. An operation method of the information presentation device,
The information presentation device includes:
A plurality of force adjustment setting information indicating the number, magnitude, and direction of the force applied to the living body is stored, and the force of the number, magnitude, and direction indicated by the force adjustment setting information is applied in association with each force adjustment setting information. A database that stores output information indicating images of life forms that do not feel power or images of life forms that feel power is comfortable, or images of life forms that feel power is painful ,
The operation method is as follows:
The force adjustment data receiving unit of the information presentation device receives force adjustment data indicating the number, magnitude, and direction of the force applied by the user to the user-used object used by the user of the information presentation device;
The deformation processing unit of the information presentation device retrieves force adjustment setting information corresponding to the force adjustment data from the database, and reads output information associated with the searched force adjustment setting information.
An information presenting apparatus, wherein an information presenting unit of the information presenting apparatus displays an image of the living organism that is not applied with force, and displays an image indicated by output information read by the deformation processing unit. How it works. A computer program for causing a computer to function as the information presentation device according to claim 1.

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