JP5742381B2 - Exercise support device, exercise support method, and exercise support program - Google Patents

Description

  The present invention relates to an exercise support apparatus, an exercise support method, and an exercise support program that determine and change music to be output together with an exercise video according to the age group of a user who uses the exercise support apparatus.

  2. Description of the Related Art Conventionally, exercise support devices that provide exercise support by displaying exercise videos for users have been proposed. For example, the exercise support apparatus described in Patent Literature 1 displays an exercise image according to an exercise menu including a plurality of exercises. Music is output along with the motion video. A desired exercise is selected by the user from a number of exercises stored in the storage area. A desired song is selected by the user from a number of songs stored in the storage area. An exercise menu is generated by assigning a desired piece of music for each selected exercise.

  The exercise support device is used in, for example, a fitness club. When the exercise support device is used in a fitness club lesson, an exercise menu is generated by the instructor. When the lesson is started by the instructor, the participant of the lesson exercises while watching the exercise image output from the exercise support device.

  In general, fitness club lessons are free participation lessons in which participants are invited at the start of the lesson. In the case of free-participation-type lessons, multiple participants gather just before the lesson starts. It is not necessary for a plurality of participants in such a free-participation-type lesson to express their intention to participate before the lesson starts.

JP 2010-107807 A

  In general, an instructor of a fitness club generates an exercise menu by selecting a song corresponding to an exercise image from a plurality of songs before the start of a lesson. At this time, the instructor has a desire to set the music to be output together with the motion video according to the user who is the participant of the lesson. However, in the free-participation-type lesson, a plurality of users who are participants of the lesson are known only immediately before the lesson starts. In the free lesson, when generating an exercise menu before the lesson starts, the instructor can know more than one participant in the lesson only immediately before the lesson starts. I couldn't set the song. Also, it is conceivable that the instructor looks at a plurality of participants and resets the music suitable for the plurality of participants immediately before the start of the lesson. When the music is reset immediately before the start of the lesson, it is necessary to search for the music again in a short time until the lesson starts. As a result, there is a problem that the participant is kept waiting.

  The present invention has been made to solve the above-described problems. An object of the present invention is to provide an exercise support device, an exercise support method, and an exercise support program that determine music corresponding to an exercise image in a short time according to a plurality of users participating in an exercise lesson.

In order to achieve this object, the exercise support apparatus according to claim 1 is an exercise support apparatus that is used in a lesson in which a plurality of users arbitrarily participate and supports exercise by outputting exercise images and music. The music storage unit for storing a plurality of pieces of music information including the age information indicating the age related to the music, the plurality of pieces of motion information for displaying motion images on the display unit, the music information, and the music information can be changed. Request information including exercise storage section for storing exercise menu information indicating an exercise menu including change availability information indicating whether or not, and age information indicating age groups of a plurality of users participating in a lesson, an acquisition unit for acquiring request information that requests a change of information, said whether the music information of the motion menu information can be changed, determines changes music according to the changeability information And tough, the music information including age information corresponding to the age information acquired by the acquiring unit, the music extraction unit that extracts from the music storage unit, the music information extracted by the music extraction unit, The music information included in the exercise menu information includes the music information determined to be changeable according to the change availability information by the changed music determination unit, and a change unit that changes the music information .

3. The exercise support apparatus according to claim 2, wherein the music storage unit stores a plurality of pieces of the music information including the age information and the number of times the music is used as attribute information for classifying the music. A request unit including the age information and a repeat rate indicating a plurality of participations of a plurality of users participating in the lesson, the acquisition unit acquiring request information for requesting a change of the music information; The music extraction unit is the music information including age information corresponding to the age information of the request information acquired by the acquisition unit, and when the repeater rate acquired by the acquisition unit is high, the music more of the music information stored in the storage unit, the music information using the small number of the music included in the attribute information before Kiun dynamic menu information, extracting child from the music storage unit The features.

Further, in the exercise support apparatus of claim 3, wherein, as the attribute information included in the music information includes information the music indicating whether the music is output at a predetermined number of beats, the exercise menu information The motion information includes a basic beat number for displaying the motion video at a predetermined beat number, and the music extracting unit corresponds to the attribute information of the music information of the exercise menu information corresponding to the basic beat number of the motion information. When the music is output at a predetermined beat number, the music information whose predetermined beat number matches the music information of the exercise menu information is extracted from the music storage unit.

Further, in the exercise support apparatus of claim 4, wherein, as the attribute information included in the music information includes genre information indicating a genre of the song by type, the music extraction unit, the attribute information of the motion menu information The music information including the genre information that matches the genre information is extracted from the music storage unit.

The exercise support apparatus according to claim 5 , further comprising a threshold setting unit configured to set a threshold value to which a predetermined correction value is added according to the age information of the request information acquired by the acquisition unit, The unit extracts the music information including the age information corresponding to the threshold set by the threshold setting unit from the music storage unit.

Further, in the exercise support apparatus of claim 6, wherein, a display control section for controlling to display a motion picture corresponding to the motion information on the display unit, when the motion image is displayed on the display unit, determine tough And an output control unit that performs control to output the music determined by the above.

The exercise support method according to claim 7 is an exercise support method executed by an exercise support apparatus that is used in a lesson in which a plurality of users arbitrarily participate and supports exercise by outputting exercise images and music. The music storage step for storing a plurality of pieces of music information including the age information indicating the age related to the music, the plurality of pieces of motion information for displaying motion images on the display unit, the music information, and the music information can be changed. An exercise storage step for storing exercise menu information indicating an exercise menu including whether or not there is changeability information indicating whether or not there is request information including age information indicating age groups of a plurality of users participating in a lesson, An acquisition step for acquiring request information for requesting a change of music information, and whether or not the music information of the exercise menu information can be changed are included in the change availability information. And a music extraction step of extracting the music information including age information corresponding to the age information acquired by the acquisition step from the music information stored by the music storage step; The music information extracted in the music extraction step is changed to the music information determined to be changeable according to the changeability information in the change music determination step in the music information of the exercise menu information. And a changing step.

The exercise support program according to claim 8 is an exercise support apparatus that is used for a lesson in which a plurality of users arbitrarily participates, and supports exercise by outputting exercise videos and music, A music storage unit that stores a plurality of pieces of music information including age information indicating a plurality of pieces of motion information for displaying a motion image on a display unit, the music information, and a change that indicates whether the music information is changeable. An exercise support program for use in an exercise support apparatus comprising an exercise storage unit that stores exercise menu information including exercise information, including age information indicating age groups of a plurality of users participating in a lesson The acquisition step for obtaining request information for requesting change of the music information, and whether the music information of the exercise menu information is changeable. A change music determination step for determining according to the change enable / disable information, a music extraction step for extracting the music information including age information corresponding to the age information acquired by the acquisition step, from the music storage unit, and the music extraction A change step of changing the music information extracted in the step to the music information determined to be changeable in accordance with the changeability information by the changed music determination step in the music information of the exercise menu information; And causing a computer to execute each of the steps.

The exercise support apparatus according to claim 1, wherein the music output corresponding to the exercise video of the exercise menu information is determined by the music determination unit according to the age information indicating the age group of the user who performs the exercise lesson acquired by the acquisition unit. Is done. Thereby, the music output corresponding to the motion of the exercise menu information can be changed to music suitable for the age group of the user participating in the lesson. In addition, the instructor can change the music suitable for the user participating in the lesson from the music storage unit storing a plurality of pieces of music information based on the user's age group without waiting for the user participating in the lesson. it can. As a result, the user exercises according to the exercise image while listening to music suitable for the age group, and thus can exercise effectively with a high motivation to exercise.
In addition, the attribute information of the exercise menu information includes changeability information. A change part changes the music which shows that the attribute information of exercise menu information is changeable. The music of the exercise menu information is determined with respect to the motion of the exercise menu information generated based on the instructor's knowledge and experience. At this time, the instructor may not want to change the music corresponding to the predetermined motion depending on the configuration of the exercise menu information. By storing the change availability information corresponding to the music of the exercise menu information, the music is changed for the music indicated in the change availability information that may be changed in the configuration of the exercise menu information. . As a result, since the exercise menu does not change the set music unless it is changed by the change enable / disable information, the music is changed based on the intention of the instructor who generated the exercise menu.

  In the exercise support apparatus according to the second aspect, the attribute information indicating the characteristics of the composition of the music is stored in the music information of the exercise menu information. According to the attribute information indicating the characteristics of the music, music to be output corresponding to the motion is determined. If there are a plurality of music candidates corresponding to the age group of the user participating in the lesson, the music to be changed is determined based on the attribute information of the exercise menu information. The music output in response to the motion is changed according to the user's age group and the music characteristics of the exercise menu information stored in the exercise storage unit. For this reason, it is suitable for the user's age group and can exercise while listening to music of attribute information corresponding to the exercise menu information stored in the exercise storage unit, and can exercise effectively with a high motivation to exercise Can do.

  Further, in the exercise support device according to claim 3, in accordance with the motion according to the attribute information indicating whether or not the song has a configuration corresponding to a predetermined beat number stored corresponding to the song of the exercise menu information. The music to be output is determined. When the music of the exercise menu information has a configuration corresponding to a predetermined number of beats, the music having a configuration corresponding to the predetermined number of beats is determined from the music storage unit. When the music of the exercise menu information is changed according to the age group of the user, the music suitable for the exercise menu information can be determined depending on whether or not the music has a configuration corresponding to a predetermined number of beats. . As a result, it is possible to exercise while listening to music suitable for the age group of the user and suitable for the configuration of the predetermined number of beats of the exercise menu information, and can exercise effectively with a high motivation to exercise.

  In the exercise support apparatus according to the fourth aspect, genre information indicating music by type is stored in the music storage unit as attribute information of the music information. The music corresponding to the motion is determined according to user information and attribute information indicating genre information indicating the type of music. As the music to be output, a music whose genre information matches the genre of the music stored in the exercise menu information is determined from the music storage unit. Thus, when the user exercises according to the exercise image, the user can effectively exercise with high motivation while listening to the music that matches the age group and matches the genre with the music of the exercise menu information stored in the exercise memory unit. Can do exercise.

In the exercise support apparatus according to claim 5 , the music is selected from the music storage unit according to a threshold set according to information indicating the age group of the user of the user information acquired by the acquisition unit. As the threshold value, a value obtained by adding a different correction value is set according to each age group of the user. Thereby, in a music selection part, a suitable music is selected for every age group of the user who does an exercise lesson. The music set according to the motion of the exercise lesson is selected by the user participating in the exercise lesson in consideration of the characteristics of the age group such as the younger age group and the older age group. Therefore, the user can exercise while listening to music suitable for the age group, and can exercise effectively with a high motivation to exercise.

The exercise support method according to a sixth aspect includes a display control unit and an output control unit. The motion image corresponding to the motion of the motion menu information is displayed by the display control unit. The output control unit controls to output the music determined by the determination unit together with the motion video output to the display unit. The user exercises according to the exercise menu information and the determined music. Thereby, the user can exercise while listening to the music suitable for the age group together with the displayed exercise video, and can exercise effectively with a high motivation to exercise.

Also, the music movement supporting method according to claim 7, in accordance with the age information indicating the age of the user performing the exercise lesson acquiring step acquires, that by the music determination step is output corresponding to motion picture when lessons run Is determined. Thereby, the music suitable for the age group of the user who participates in a lesson can be output according to the motion of the exercise menu information according to the exercise video showing a plurality of exercise operations of the exercise menu. Also, the instructor can reset the music suitable for the user participating in the lesson from the music storage unit storing a plurality of pieces of music information based on the user's age group without waiting for the user participating in the lesson. Can do. As a result, the user exercises according to the exercise image while listening to music suitable for the age group, and thus can exercise effectively with a high motivation to exercise.
Also, the music of the exercise menu information is determined for the motion of the exercise menu information generated based on the instructor's knowledge and experience. At this time, the instructor may not want to change the music corresponding to the predetermined motion depending on the configuration of the exercise menu information. By storing the change availability information corresponding to the music of the exercise menu information, the music is changed for the music indicated in the change availability information that may be changed in the configuration of the exercise menu information. . As a result, since the exercise menu does not change the set music unless it is changed by the change enable / disable information, the music is changed based on the intention of the instructor who generated the exercise menu.

According to an eighth aspect of the present invention, there is provided the exercise support program according to the age information indicating the age group of the user who performs the exercise lesson acquired in the acquisition step, and the music output corresponding to the exercise video during the lesson execution by the song determination step. Is determined. Thereby, the music suitable for the age group of the user who participates in a lesson can be output according to the motion of the exercise menu information according to the exercise video showing a plurality of exercise operations of the exercise menu. Also, the instructor can reset the music suitable for the user participating in the lesson from the music storage unit storing a plurality of pieces of music information based on the user's age group without waiting for the user participating in the lesson. Can do. As a result, the user exercises according to the exercise image while listening to music suitable for the age group, and thus can exercise effectively with a high motivation to exercise.
Also, the music of the exercise menu information is determined for the motion of the exercise menu information generated based on the instructor's knowledge and experience. At this time, the instructor may not want to change the music corresponding to the predetermined motion depending on the configuration of the exercise menu information. By storing the change availability information corresponding to the music of the exercise menu information, the music is changed for the music indicated in the change availability information that may be changed in the configuration of the exercise menu information. . As a result, since the exercise menu does not change the set music unless it is changed by the change enable / disable information, the music is changed based on the intention of the instructor who generated the exercise menu.

It is an external view of the output terminal device 1 in this embodiment. 3 is a block diagram showing an electrical configuration of the output terminal device 1. FIG. 3 is a conceptual diagram showing an example of the contents of a music information database stored in a music information storage area 121 of the HDD 12. FIG. 3 is a conceptual diagram showing an example of the contents of a music performance information database stored in a music performance information storage area 122 of the HDD 12. FIG. It is a conceptual diagram which shows the memory | storage state by which 1st exercise list information is memorize | stored in the 1st exercise list temporary storage area 131 in this embodiment. It is a conceptual diagram which shows the display state as which the exercise | movement image | video in this embodiment is displayed on the display. It is a conceptual diagram which shows the memory | storage state by which the 2nd exercise list information before an output terminal operation | movement process is performed is memorize | stored in the 2nd exercise list temporary storage area 133 in this embodiment. It is a flowchart which shows the process sequence of the operation | movement in the output terminal device 1 in this embodiment. It is a front view of the information input part 4 which instruct | indicates operation | movement of the output terminal device 1 in this embodiment. It is a flowchart which shows the process sequence of the operation | movement in the output terminal device 1 in this embodiment. In this embodiment, it is a conceptual diagram which shows the memory | storage state by which the output exercise | movement process was performed and the 2nd exercise list information by which the music was changed is memorize | stored in the 2nd exercise list temporary storage area 133. FIG.

  Hereinafter, an embodiment in which the exercise support device of the present invention is applied to an output terminal device will be described. The output terminal device is a device that displays an image showing exercise motion on a display and outputs music to a speaker. Hereinafter, embodiments of the present invention will be described with reference to the drawings. Note that a general information processing apparatus is used as the output terminal apparatus 1 of the present embodiment.

[External configuration of output terminal device 1]
FIG. 1 is an external view of an output terminal device 1 of the present embodiment to which the exercise support device of the present invention is applied. The output terminal device 1 includes a speaker 2, a display 3, and an information input unit 4. Further, the output terminal device 1 can communicate with the information input unit 4 wirelessly. The output terminal device 1 transmits a motion video display command to the display 3. Thereby, the display 3 displays the exercise | movement image 31 showing the operation | movement of an exercise | movement. When the exercise video 31 is displayed on the display 3 by the output terminal device 1, the output terminal device 1 transmits a music output command to the speaker 2. Thereby, the music is output by the speaker 2. In this embodiment, the output terminal device 1 operates, and the exercise menu is executed by outputting the exercise video 31 and the music. The information input unit 4 is, for example, a remote controller. The information input unit 4 and the output terminal device 1 communicate with each other by infrared rays, for example.

  When a lesson is executed at the fitness club, the instructor 200 instructs the output terminal device 1 to execute the exercise menu by the information input unit 4. According to the instruction of the information input unit 4, the output terminal device 1 displays the motion video 31 on the display 3 and outputs the music from the speaker 2. As shown in FIG. 1, a plurality of participants 300 participating in a fitness club lesson exercise by looking at an exercise video 31 displayed on the display 3. In this embodiment, the participant 300 who participates in a fitness club lesson is an example of the user of the present invention.

[Electrical configuration of output terminal apparatus 1]
FIG. 2 is a block diagram showing an electrical configuration of the output terminal device 1 of the present embodiment. The output terminal device 1 illustrated in FIG. 2 includes a CPU 11 that controls the output terminal device 1. The output terminal device 1 includes an HDD 12, a RAM 13, a ROM 14, and a network connection unit 15. The CPU 11 is electrically connected to the HDD 12, the RAM 13, the ROM 14, the network connection unit 15, and the information reception unit 16. The CPU 11 is electrically connected to the speaker 2 outside the output terminal device 1 and the display 3. The CPU 11 constitutes a computer that controls the operation of the output terminal device 1 together with storage means such as the HDD 12, RAM 13, and ROM 14. The output terminal device 1 includes a network connection unit 15. The network connection unit 15 communicates with an exercise information server having a lot of data for displaying exercise images via the Internet. The information receiving unit 16 is provided for communicating with the information input unit 4. An instruction given by the information input unit 4 is transmitted to the CPU 11 via the information receiving unit 16.

  An HDD (Hard Disc Drive) 12 shown in FIG. 2 includes a music information storage area 121 and a music performance information storage area 122. The music information storage area 121 stores a large amount of music information. The music information is information indicating a music, and in the present embodiment, is a music name. The music information may be an identification code representing each music. FIG. 3 is a conceptual diagram showing a storage state of music information stored in the music information storage area 121. As shown in FIG. 3, song names “AA”, “BB” and the like representing each song are stored in the song information storage area 121. The song name is stored in association with the artist name of the song, the release date of the song, the number of times the song is used, and the genre of the song. The number of times of use of the music stores the number of times used by the output terminal device 1. The release date of the music, the number of times the music is used, or the genre of the music is used as a search key for searching for a desired music. The music information storage area 121 of this embodiment is an example of a music storage unit of the present invention. The instructor 200 according to the present embodiment determines the music to be output from the speaker 2 from the music information stored in the music information storage area 121. The participant 300 who is a user exercises while listening to the determined music.

  The music performance information storage area 122 stores a large number of music performance information. The music performance information is information for outputting music from the speaker 2. The music performance information storage area 122 stores music performance information in association with the music name of the music information. FIG. 4 is a conceptual diagram showing a storage state in which music performance information is stored in the music performance information storage area 122. For example, as shown in FIG. 4, the music performance information “AA performance.midi” corresponding to the music name “AA” is stored in the music performance information storage area 122. The music performance information stored in the music performance information storage area 122 preferably stores the music performance information of the music indicated by the music name in the music information in the music information storage area 121. In the present embodiment, MIDI data is stored in the music performance information storage area 122 as music performance information. In the present embodiment, MIDI data is stored, but music performance information other than MIDI data may be stored. In this embodiment, an information processing apparatus having a known reproduction function capable of reproducing MIDI data is used.

  Also, the music performance information in the music performance information storage area 122 is stored in association with the music performance method. In the present embodiment, it is stored as a performance method that the performance is an integer multiple of 32 beats. For music information corresponding to a performance method that is a performance at an integer multiple of 32 beats, the reproduction of the music performance information is output at an integer multiple of 32 beats.

  However, depending on the music performance information, there is a case where the performance at an integer multiple of 32 beats is not performed. The music performance information stored in the music performance information storage area 122 is not necessarily music performance information corresponding to a performance of an integer multiple of 32 beats. In the present embodiment, when the music performance information stored in the music performance information storage area 122 is not music performance information corresponding to a performance of an integer multiple of 32 beats, “Null” is stored as the performance method. For example, in the music performance information “GG performance.midi” shown in FIG. 4, a performance method “Null” is stored as a performance method corresponding to the music performance information. “Null” indicates that the music performance information does not correspond to “play of integer multiple of 32 beats”. The music performance information corresponding to “a performance of an integer multiple of 32 beats” is music performance information for exercise in which a chorus portion of the music is reproduced. The music performance information of “Null” is music performance information reproduced from the first intro part of the music. For example, in the music performance information “AA performance.midi” shown in FIG. 4, “Null” is associated with the performance method. In the music performance information “BB performance.midi”, “performance in integer multiples of 32 beats” is associated with the performance method. The music playing method is used as a search key for searching for a desired music. In this embodiment, the music information, the music performance information, and the performance method are stored in the music information storage area 121 and the music performance information storage area 122, respectively, but the present invention is not limited to this. In one storage area, music information, music performance information, and a performance method may be stored in association with each other.

  The RAM 13 shown in FIG. 2 includes a first exercise list temporary storage area 131, an exercise video information temporary storage area 132, a second exercise list temporary storage area 133, a music performance information temporary storage area 134, and a music information temporary storage area. 135 and a user information temporary storage area 136.

  The first exercise list temporary storage area 131 temporarily stores first exercise list information. FIG. 5 is a conceptual diagram showing a storage state stored in the first exercise list temporary storage area 131. The first exercise list information is generated by the instructor 200 or the participant 300 in advance. In order to generate the first exercise list, first, the output terminal device 1 acquires a plurality of exercise names and a plurality of motion information from a database not shown. Then, the first exercise list information is generated by selecting a plurality of desired exercise names and motion information from the acquired plurality of exercise names and the plurality of motion information. The generated first exercise list information is temporarily stored in the first exercise list information temporary storage area 131. By connecting a device that holds a database to the output terminal device 1 via the network connection unit 15, the output terminal device 1 can select a plurality of exercise names and motion information. The details of the operation for generating the first exercise list information are described in JP 2011-48546 A.

  Specifically, as illustrated in FIG. 5, the first exercise list information includes an exercise name, an exercise tempo, a basic beat number, a repetition count, motion information, and an exercise order. As shown in FIG. 5, the exercise name includes “warming up”, “main exercise”, and “cool down”. In general, exercise is performed in the order of “warming up”, “main exercise”, and “cool down”. Also in the output terminal device 1 of the present embodiment, exercise is executed in the order of “warming up”, “main exercise”, and “cool down” from the top of the first exercise list information. The first exercise list information includes motion information. In the example of the first exercise list information in FIG. 5, the warm-up includes “half squat” and “quarter squat” as motion information. In the example of FIG. 5, the main exercise includes “march”, “front lunge”, and “back lunge” as motion information. In the example of FIG. 3, the cool-down includes “thigh stretch” and “calf stretch” as motion information.

  When motion information is selected when the first exercise list is generated, the basic beat number and the number of repetitions corresponding to the motion information are determined. The basic beat number and the number of repetitions are determined by the instructor 200 when motion information is selected. Further, it may be determined in advance corresponding to the motion information. The basic number of beats is information indicating the number of beats necessary for executing one unit of motion motion represented by the motion information. The number of beats required to perform one unit of movement is typically “4” or “8” or “16” or “32”. In the present embodiment, for example, the basic beat number “32” is associated with the motion information “March”. Further, the basic beat number of the motion information “March” may be “4” beats or “8” beats. In addition, since the purpose of stretching is to stretch the body, the number of beats for exercise is not particularly important. Therefore, the basic beat number does not have to be associated with the stretch.

  The number of repetitions is the number of times the motion information constituting the first exercise list information is repeatedly executed. In a general fitness club, one unit of exercise corresponding to one piece of motion information is repeated twice, four times, or eight times. In the present embodiment, for example, the motion information “March” is associated with the number of repetitions “2”. The number of repetitions of the motion information “March” may be “4” times or “8” times. When an exercise motion indicated by certain motion information is executed, the total number of beats determined by “basic beat number × number of repetitions” is required. In the present embodiment, a motion operation having a total required beat number of “32” or “16” is generally used. For example, the motion information “March” in the first exercise list information is determined as “64” beats with a total beat number of “32” times “2” times.

  The first exercise list information includes an exercise order. In the first exercise list information, exercise is executed in order from the motion information located at the top. Therefore, the exercise order is given in order from the motion information located at the top of the first exercise list information. In the present embodiment, the exercise order is set in the order in which the motion information of the first exercise list information is specified. As shown in FIG. 5, “1” is set as the motion order corresponding to the motion information “half squat”. “1” indicates motion information to be executed first. Also, “3” is registered as the motion order in the motion information “March” in FIG. “3” indicates that the motion information is executed third. The first exercise list information generated by setting the exercise name, exercise tempo, basic beat number, repetition count, motion information, and exercise order is stored in the first exercise list storage area 131. Is done.

  The motion image information corresponding to the motion information of the first exercise list information is stored in the motion image information temporary storage area 132 of the RAM 13. The motion video information stored in the motion video information temporary storage area 132 is acquired from a database (not shown) via the network connection unit 15, for example. The database stores a large amount of motion video information corresponding to the motion information. Then, when the first exercise list information is stored, exercise video information corresponding to the motion information of the first exercise list information is acquired from the database. The acquired motion video information is stored in the motion video information temporary storage area 132. For example, “half squat video” is stored in the motion video information temporary storage area 132 as motion video information corresponding to the motion information “half squat”. Similarly, “quarter squat video” is stored in the motion video information temporary storage area 132 as motion video information corresponding to the motion information “quarter squat”.

  FIG. 6 is a conceptual diagram illustrating an example in which exercise video information corresponding to motion information is read from the exercise video information temporary storage area 132 and displayed on the display 3. FIG. 6 shows a display state in which the motion video information “March video” corresponding to the motion information “March” is displayed on the display 3. The numbers “1” to “32” in FIG. 6 represent the order of still images displayed on the display 3. As the still images corresponding to “1” to “32” in FIG. 6 are continuously displayed on the display 3, the exercise “march” is executed once as an exercise image.

  In the present embodiment, still images “1” to “32” are displayed corresponding to the basic beat number “32” of the motion information “March”. When the motion information “March” is executed, one still image is displayed corresponding to one beat. As described above, in the motion video information temporary storage area 132, a still image group indicating motion information shown as an example in FIG. 6 is stored as motion video information. When the motion indicated by the motion information is executed a plurality of times, the still image group, which is the motion video information stored in the motion video information temporary storage area 132, is read as many times as is executed and displayed on the display 3. .

  The second exercise list temporary storage area 133 stores second exercise list information. FIG. 7 is a conceptual diagram showing a storage state in which the second exercise list information is stored in the second exercise list temporary storage area 133. As shown in FIG. 7, the second exercise list information is generated using the first exercise list information. The second exercise list information includes motion information of the first exercise list information, an exercise name corresponding to the motion information, music information, a performance method, changeability, and a genre. The music information constituting the second exercise list information is selected from a plurality of music information stored in the music performance information storage area 122. The music information is designated in advance by the instructor 200 before the lesson is started. As the second exercise list information, music information designated by the instructor 200 is assigned to each piece of motion information of the first exercise list information.

  The second exercise list information is provided with information on whether or not the music information can be changed corresponding to each piece of music information. The music information to which the information indicating that the second exercise list information can be changed is assigned to the age of the participant 300 according to the age information indicating the age group of the participant 300 specified by the information input unit 4. The music information corresponding to the layer is changed. Details of the process of changing the music information will be described later.

  The second exercise list information stores a performance method of “Null” or “Performance of integer multiple of 32 beats” for each piece of music information to be allocated. As the performance method, when the music information is assigned to the motion information of the second exercise list, the performance method of “Null” or “Performance of integer multiple of 32 beats” is determined corresponding to the music information. The type of performance method is the same as the music performance method stored in association with the music performance information in the music performance information storage area 122 of the HDD 12, and thus the description thereof is omitted. The second exercise list information shown in FIG. 7 is an example in which music information is assigned to each motion information, but is not particularly limited thereto. Music information may be assigned to each exercise name. Also, the same music information may be assigned to a plurality of exercises. Further, the same music information may be assigned to a plurality of motion information.

  The music performance information temporary storage area 134 stores music performance information corresponding to the music information of the second exercise list information. The music performance information corresponding to the music information of the second exercise list information is read from the HDD 12 and stored.

  In the music information temporary storage area 135, music information extracted from the music information storage area 121 of the HDD 12 is stored in accordance with a music change program process described later. When the music information stored in the second exercise list information is changed, the music information is extracted from the music information storage area 121 of the HDD 12 and stored in the music information temporary storage area 135.

  The user information temporary storage area 136 stores age information and repeater rate information of the participant 300 specified by the information input unit 4 when processing of a music change program described later is performed. The repeater rate is a numerical value of the percentage of the participants 300 who participate in the lesson among the plurality of participants 300 who participate in the lesson.

  The ROM 14 shown in FIG. 2 includes various program information storage areas. The program information storage area includes an output terminal device operation program information storage area 141, a music change program information storage area 142, and a threshold determination table storage area 143. The output terminal device operation program information storage area 141 stores program information for controlling the output terminal device 1. Specifically, it is a program that displays an exercise image and outputs music according to first exercise list information and second exercise list information. The music change program information storage area 142 stores music change program information for performing control to change the music information of the second exercise list information. Detailed processing of the music change program will be described later. The threshold determination table storage area 143 stores a threshold determination table in which a threshold for determining music information to be extracted from the music information storage area 121 of the HDD 12 is determined according to the age information of the participant 300. The program may be downloaded from a predetermined server on the network, for example, or may be recorded on a recording medium such as a CD-ROM and read via the recording medium. Also good.

  In the present embodiment, an exercise video 31 corresponding to the motion information of the first exercise list information shown in FIG. When the exercise video 31 is displayed on the display 3, the music of the music information of the second exercise list information shown in FIG. 7 is output from the speaker 2. Participants 300 participating in the lesson exercise while watching the exercise video 31 displayed on the display 3 while listening to the music output from the speaker 2. The music output from the speaker 2 is music in the music information of the second exercise list information designated in advance by the instructor 200 before the lesson starts. For this reason, in the free participation type lesson in which the participant 300 is found immediately before the lesson starts, the music information in the music information of the second exercise list information designated in advance may be a music that is not suitable for the participant 300.

  In the present embodiment, the instructor 200 determines a plurality of participants 300 immediately before the lesson starts, and designates age information indicating the age groups of the plurality of participants 300 by the information input unit 4. Then, the output terminal device 1 extracts music information suitable for the participant 300 according to the age information designated from the HDD 12, and the music information of the second exercise list information is changed. Accordingly, the plurality of participants 300 participating in the lesson exercise while listening to the music output according to the music information of the second exercise list information changed according to the age group of the participant 300.

<Description of operation of output terminal of this embodiment>
The operation and action of the output terminal device 1 of the present embodiment having the above-described configuration will be described with reference to the accompanying drawings. First, operation | movement and an effect | action of the output terminal device 1 are demonstrated with reference to an accompanying drawing. FIG. 8 and FIG. 10 are flowcharts showing the processing procedure of the operation in the output terminal device 1. FIG. 8 is an output terminal operation flowchart for operating the output terminal device 1. FIG. 10 is a flowchart showing the changed music determination process in the output terminal operation. The output terminal device 1 is activated when connected to an external power source such as a commercial power source via a power source or an outlet. The operation of the output terminal device 1 is instructed by the instructor 200 using the information input unit 4 shown in FIG. The information input unit 4 shown in FIG. 9 includes a start key 4a and a change key 4b. Then, in response to an instruction from the information input unit 4, the CPU 11 executes the output terminal operation program, whereby the music is output from the speaker 2 and the motion video is displayed on the display 3. The processing shown below is processed by the CPU 11.

  In the output terminal device 1, it is first determined in step S10 whether the power switch is turned on. Step S10 is repeated until it is determined that the power switch is turned on. When it is determined that the power switch is turned on, step S20 is executed. The power switch may be a hardware switch or a power switch operated by software.

  In step S20, the output terminal device 1 determines whether execution of the exercise menu is instructed. Execution of the exercise menu is to display the exercise video 31 according to the first exercise list information stored in the first exercise list temporary storage area 131 and according to the second exercise list information stored in the second exercise list temporary storage area 133. It is to output music. The signal receiver 16 receives the signal. When the CPU 11 determines that the signal receiving unit 16 has received a signal indicating that the start key 4a of the information input unit 4 has been pressed, it is determined that an instruction to execute the exercise menu has been issued. When it is determined that an instruction to execute the exercise menu has been given, step S130 is executed. If it is not determined that an instruction to execute the exercise menu has been given, step S30 is executed.

  In step S30, the output terminal device 1 determines whether an instruction to change the music of the exercise menu has been given. The instructor 200 designates information related to the participant 300 participating in the lesson by the information input unit 4 shown in FIG. Specifically, the information regarding the participant 300 is age information indicating the age group of the plurality of participants 300 participating in the lesson and the repeat rate of the plurality of participants 300. The instructor 200 designates information related to the participant 300 using the information input unit 4 and presses the change key 4b. When the change key 4b of the information input unit 4 is pressed, the CPU 11 receives information related to the designated participant 300, and determines that an instruction to change the music of the exercise menu has been given. The age information and the repeat rate of the participant 300 are stored in the user information temporary storage area 136 of the RAM 13.

  In step S40, it is determined whether there is music information to be changed in the music information of the second exercise list information stored corresponding to the motion information of the first exercise list information stored in the RAM 13. The music information to be changed refers to music information that is set to be changeable in the changeability stored corresponding to the music information in the second exercise list information. If it is determined that there is music information that is set to changeable music in the second exercise list information changeable, step S50 is executed. If it is not determined that there is music information that is set to be changeable in the second exercise list information, step S120 is executed.

  In step S50, age information indicating the age group of a plurality of participants 300 participating in the lesson is read from the user information temporary storage area 136.

  In step S60, the current date is acquired. The date is acquired from a clock (not shown) provided in the output terminal device 1. The date and time may be acquired via the network connection unit 15.

  In step S70, a threshold corresponding to the age group of a plurality of participants 300 participating in the lesson is determined from the age information read in step S50 and the date acquired in step S60. The threshold value is determined according to the threshold value determination table stored in the threshold value determination table storage area 143 of the ROM 14. The threshold determination table is associated with dates in the late teens to early 20s of the plurality of participants 300 according to the age group, and the dates are used as threshold values. For example, if the age information read in step S50 indicates the twenties, a date that is five years back from the current date read in step S60 is determined as the threshold value. Specifically, when the current date is “March 3, 2011” and the age information indicates the 20s, “March 3, 2006” five years ago becomes the threshold. Further, if the age information read in step S50 indicates the thirties, a date that is 15 years later from the current date and time read in step S60 is determined as the threshold value. If the current date is “March 3, 2011” and the age information indicates the thirties, “March 3, 1996” 15 years ago becomes the threshold. Similarly, if the age information is in the 40s, “March 3, 1986” 25 years ago is the threshold value. If the age information is in the 50s, “March 3, 1976” 35 years ago is the threshold, and if the age information is in the 60s, “March 3, 1966” 45 years ago is the threshold. . If the age information is a teenager or lower, the current date “March 3, 2011” is the threshold.

  In step S80, one piece of music information set as changeable in the second exercise list information stored in the second exercise list temporary storage area 133 of the RAM 13 is read. In step S80, the second exercise list information corresponds to the motion information of the first exercise list information. According to the first exercise list information, one piece of music information corresponding to the motion information with the highest exercise order is read from the second exercise list information.

  In step S90, a changed song determination process is performed in which the song information of the second exercise list information read in step S80 is changed to the song information stored in the song information storage area 121 of the HDD 12. FIG. 10 is a flowchart showing the changed music determination process.

  In step S901 in FIG. 10, a plurality of pieces of music information is extracted from a large number of pieces of music information stored in the music information storage area 121 of the HDD 12 according to a threshold value. Specifically, the music information of the music whose release date is the date in 10 years before and after the date as the threshold is extracted. The extracted music information is stored in the music information temporary storage area 135 of the RAM 13. For example, if the threshold determined in step S70 is “March 3, 2006”, the music information of the music whose release date is from “April 2001” to “March 2011” is extracted. . Then, the music information of the music whose release date is from “April 2001” to “March 2011” is stored in the music information temporary storage area 135. In step S60, the current date and time is If the threshold is determined, in step S70, music information is extracted from “April 2006” to “March 2011” from the current date to five years ago. The

  In step S902, it is determined whether there is one piece of music information stored in the music information temporary storage area 135. If it is determined that there is only one piece of music information in the music information temporary storage area 135, the changed music determination process is terminated. If it is not determined that there is only one piece of music information in the music information temporary storage area 135, step S903 is performed.

  In step S903, music information having the same performance method corresponding to the music information of the second exercise list information read in step S80 is extracted from the music information stored in the music information temporary storage area 135 by the process of step S901. The For example, it is assumed that music information “UU” corresponding to the motion information “quarter squat” is read in step S80. At this time, it is stored that “a performance of an integral multiple of 32 beats” is performed as a performance method corresponding to the music information “UU” of the second exercise list information. Therefore, music information whose performance method is “playing a multiple of 32 beats” is extracted from the music information stored in the music information temporary storage area 135. The extracted music information is stored as music candidates in the music information temporary storage area 135 of the RAM 13.

  In step S904, it is determined whether there is one piece of music information stored in the music information temporary storage area 135. The process in step S904 is the same as the process in step S902. If it is determined that there is only one piece of music information in the music information temporary storage area 135, the changed music determination process is terminated. If it is not determined that there is only one piece of music information in the music information temporary storage area 135, step S905 is performed.

  In step S905, music information having the same genre of music information in the second exercise list information read in step S80 is extracted from the music information stored in the music information temporary storage area 135 by the process in step S903. The extracted music information is stored as music candidates in the music information temporary storage area 135 of the RAM 13.

  In step S906, it is determined whether there is one piece of music information stored in the music information temporary storage area 135. The processing in step S906 is the same as the processing in steps S902 and S904. If it is determined that there is only one piece of music information in the music information temporary storage area 135, the changed music determination process is terminated. If it is not determined that there is only one piece of music information in the music information temporary storage area 135, step S907 is performed.

  In step S907, the repeater rates of the plurality of participants 300 received in step S30 are read from the user information temporary storage area 136 of the RAM 13.

  In step S908, it is determined whether the repeater rate of the participant 300 read in step S907 is 50% or more. If it is determined in step S908 that the repeat rate is 50% or more, step S909 is executed. If it is not determined that the repeater rate is 50% or more, step S910 is executed.

  In step S909, one piece of music information with the least number of uses is extracted from the music information stored in the music information temporary storage area 135 by the process of step S905. When step S909 is executed, the changed music determination process ends. When it is determined in step S908 that the repeat rate is 50% or more, the lesson participant 300 has a high possibility that the music with the music information that is frequently used is a music that has been heard in a past lesson. . By extracting the music information with the least number of uses, it is possible to set the music that the lesson participant 300 is not tired of listening to.

  In step S910, one piece of music information with the highest number of uses is extracted from the music information stored in the music information temporary storage area 135 by the process of step S905. When step S910 is executed, the changed music determination process ends.

  In step S100, the music information of the second exercise list information read in the process of step S80 is changed to the music information determined by the changed music determination process of step S90. The music information determined in step S90 is overwritten and stored in the second exercise list information.

  In step S110, it is determined whether there is music information that is set to changeable in the second exercise list information stored in the second exercise list temporary storage area 133 and that has not been changed yet. . If it is determined that there is music information that has not been changed in the second exercise list information, step S80 is executed. If it is not determined in the second exercise list information that there is music information that has not been changed, step S120 is executed.

  In step S120, the output terminal device 1 determines whether execution of the exercise menu has been instructed. In step S120, as in step S20, when CPU 11 detects that instructor 200 has pressed start key 4a of information input unit 4, it is determined that an instruction to execute the exercise menu has been issued. Step S120 is repeatedly executed until it is determined that an instruction to execute the exercise menu has been detected. When it is determined that an instruction to execute the exercise menu is detected, step S130 is executed.

  In step S130, if it is determined in step S120 that an instruction to execute the exercise menu has been acquired, a process of sequentially displaying exercise images corresponding to the motion information of the first exercise list information is executed.

  In step S140, it is determined whether the power switch is turned off by the user. When it is not determined that the power switch is turned off, step S20 is executed. When it is determined that the power switch is turned off, the output terminal operation process of this embodiment shown in FIG. 8 is terminated.

  Here, in this embodiment, the flow of the process in which the music information of the second exercise list information shown in FIG. 7 is changed by the output terminal operation process and the changed music determination process described above will be described. As an example, the instructor 200 designates age information “20's” and a repeat rate “60%” by the information input unit 4 shown in FIG. The case where the music information of the 2nd exercise list of FIG. 7 is changed into the music suitable for the participant 300 of 20 years old according to the content which the instructor 200 was designated is demonstrated.

  In step S <b> 30, the CPU 11 acquires age information “20s” and a repeat rate “60%” from the information input unit 4. In step S40, it is determined that there is changeable music information in the second exercise list information of FIG. In step S <b> 50, the age information “10's” is read from the user information temporary storage area 136. In step 60, the current date and time are obtained. If the current date is “March 3, 2011”, in step 70, “March 3, 2006” is determined as the threshold.

  In step S80, the music information “UU” is read from the second exercise list information. The music information “UU” is the “quarter“ of the second exercise list information shown in FIG. 7, which is “changeable”, the “quarter“ of the first exercise list information shown in FIG. This is music information corresponding to “Squat”.

  In step S901, the music information "BB", "DD", "FF", "FF" from the music information storage area 121 of the HDD 12 whose release date is from "April 2001" to "March 2011". “HH”, “II”, and “JJ” are extracted. The extracted music information is stored in the music information temporary storage area 135. In step S902, it is not determined that there is one piece of music information stored in the music information temporary storage area 135, and the process of step 903 is performed.

  In step S903, of the music information stored in the music information temporary storage area 135 in step S901, the music information “BB” of the performance method that matches the performance method “play of integer multiple of 32 beats” of the music information “UU”. , “FF”, “II”, and “JJ” are extracted. The extracted music information is overwritten and stored in the music information temporary storage area 135. In step S904, it is not determined that there is one piece of music information stored in the music information temporary storage area 135, and the process of step 905 is performed.

  In step S905, the music information “FF” and “JJ” of the performance method matching the genre “jazz” of the music information “UU” is extracted from the music information stored in the music information temporary storage area 135 in step S903. The The extracted music information is overwritten and stored in the music information temporary storage area 135. The extracted music information is overwritten and stored in the music information temporary storage area 135. In step S906, it is not determined that there is one piece of music information stored in the music information temporary storage area 135, and the process of step 907 is performed.

  In step S907, the repeater rate “60%” is acquired from the user information temporary storage area 136. In step S908, it is determined that the repeater rate is “50%” or more, and the process of step S909 is performed. In step S909, the music information “FF” that is used less frequently is extracted from the music information “FF” and “JJ” stored in the music information temporary storage area 135 in step S905. In step S100, the music information “UU” of the second exercise list information stored in the second exercise list temporary storage area 143 is changed to the music information “JJ”.

  In the second exercise list information, the music information “YY”, “MM”, and “XX” in which the information indicating whether the music information can be changed is set to “changeable” Processing to change is performed. Through the processing described above, the music information “YY” is changed to music information “II”. The music information “MM” is changed to the music information “BB”. The music information “XX” is changed to music information “HH”. When the music information is changed for the music information set as “changeable” in the second exercise list information in FIG. 7, the music information corresponding to each motion information in the second exercise list information is shown in FIG. The music information shown in FIG.

  When the music information of the second exercise list information is changed, the same music information may be set corresponding to two or more pieces of motion information. Further, when music information is extracted from the music information storage area 121 of the HDD 12 in the music change determination process, the music information set in one motion information may be excluded from the extraction target.

(Correspondence with Example)
The 1st exercise list information and the 2nd exercise list information in this embodiment are examples of exercise menu information of the present invention. Further, the second exercise list temporary storage area 133 of the RAM 13 in the present embodiment is an example of the exercise storage unit and the exercise storage step of the present invention. The processing of the CPU 11 and step S30 of the present embodiment is an example of the acquisition unit and acquisition step of the present invention. In addition, the release date, performance method, genre, or number of repetitions in the second exercise list information of the present embodiment is an example of attribute information corresponding to the music of the present invention. In particular, the release date of this embodiment is an example of the age information of the present invention. In addition, the music information storage area 121 and the music performance information storage area 122 of the HDD 12 of this embodiment are an example of the music storage unit of the present invention. The CPU of this embodiment and the processes of steps S901, S903, and S905 are an example of a music extraction unit of the present invention. The processing of the CPU 11 and step S100 of this embodiment is an example of the changing unit of the present invention.

  Information indicating whether or not the music information stored in the second exercise list information of the present embodiment can be changed is an example of the changeability information of the present invention. Further, the CPU 11 and the process of step S70 of the present embodiment are an example of the threshold setting unit of the present invention.

  Moreover, the process memorize | stored in the music information temporary storage area 135 of RAM13 by CPU11 of this embodiment and step S901 is an example of the music memory | storage step in the exercise | movement assistance method of this invention.

  In the exercise support program of the present invention, the process of step S30 of the present embodiment is an example of the acquisition step of the present invention. The processing of steps S901, S903, and S905 of this embodiment is an example of the music extraction step of the present invention. The process of step S100 of this embodiment is an example of a change step of the present invention.

(Modification)
In the present embodiment, in the changed music determination process shown in FIG. 10, music information in which “release date” is set for a predetermined 10 years according to the age group of the participant 300 is extracted by the process of step S <b> 901. The Then, one piece of music information is extracted in step S903, step S905, and step S909 or step S910. The extracted music information is changed to the music information of the second exercise list information. However, the method for determining the music information of the second exercise list information and the music information to be changed is not limited to this. For example, after the process of step S901 is executed, the process of step S903 or step S905 may be selectively performed. That is, after step S901 is performed, step S903 may not be performed, and step S905 may be performed. Thereby, the music information whose “genre” matches the music information of the second exercise list information is determined as the music information to be changed from the music information of the second exercise list information.

  In addition, when a plurality of pieces of music information are extracted by performing the process of step S901, the instructor 200 may select “performance method” or “genre” by the information input unit 4. As a result, the plurality of pieces of music information extracted by the process of step S901 are further extracted according to the “performance method” or “genre”.

  In addition, the music information to be changed in the second exercise list information may not be determined by “changeability” that is information indicating whether the music information can be changed. The instructor 200 may be configured not to change the music information corresponding to a predetermined “performance method” music performance method. For example, it is set by the instructor 200 that the music information corresponding to the music performance information whose “performance method” is “play of integer multiple of 32 beats” is not changed. In this case, the music information is changed only for the music information corresponding to the music performance information whose “performance method” is “Null”. Alternatively, the instructor 200 may set the music information of a predetermined “genre” not to be changed. For example, the instructor 200 sets that the music information whose “genre” in the music information is “jazz” is not changed. In this case, the music information is changed for the music information other than the “genre” of the music information “jazz”.

Further, the music information storage area 121 of the HDD 12 may store the music information stored in association with predetermined specific date information. In the changed music determination process of the present embodiment, in step S901, a process of extracting music information corresponding to a predetermined 10-year period based on the current date and time is performed. When the current date and time is a predetermined specific date, the music information of the specific date information corresponding to the current date and time is extracted from a plurality of pieces of music information extracted by the process of step S901. For example, if “March 3” is stored as the specific date information corresponding to the music information, when the current date is “March 3, 2011”, the specific date information is “March 3”. The music information of “day” may be extracted. As a result, when the current date and time is the day of a clause, it is possible to extract music information related to the clause.

  Further, the music performance information stored in the music performance information storage area 122 of the HDD 12 stores “Performance Method” as “Performance at an integer multiple of 32 beats”. However, like the music performance information in which “Null” is stored as the performance method, the original music performance information may be music performance information that is different from “performance in an integer multiple of 32 beats”. Music performance information different from “performance in integer multiples of 32 beats” may be artificially converted into music performance information corresponding to “performance in integer multiples of 32 beats”. In the present embodiment, for the music information stored in the second exercise list information, the music performance information obtained by artificially converting the music information whose performance method of the music performance information is “performance by an integer multiple of 32 beats” is used. It may be changed to music information corresponding to. For example, when the number of beats of the music performance information is 30, the drum performance can be converted to 32 beats by adding two drum sounds after the music performance information of 30 beats is output. Further, for example, when the number of beats of the music performance information is 34, the 32-beat performance can be executed by forcibly ending the output of the music performance information at the 32nd beat. In the present embodiment, the converted music performance information is subjected to the above-described conversion process when the music performance information is output in a performance of an integral multiple of 32 beats.

DESCRIPTION OF SYMBOLS 1 Output terminal device 2 Speaker 3 Display 4 Information input part 11 CPU
12 HDD
13 RAM
14 ROM
15 Network connection

Claims (8)

An exercise support device that is used in a lesson where a plurality of users arbitrarily participate and supports exercise by outputting exercise images and music,
A music storage unit that stores a plurality of pieces of music information including age information indicating the age related to the music;
Exercise memory for storing exercise menu information indicating an exercise menu including a plurality of motion information for displaying exercise video on a display unit, the music information, and changeability information indicating whether the music information can be changed. And
Request information including age information indicating age groups of a plurality of users participating in a lesson, and obtaining request information for requesting change of the music information;
A change music determination unit that determines whether or not the music information of the exercise menu information is changeable according to the change availability information;
A music extraction unit that extracts the music information including age information corresponding to the age information acquired by the acquisition unit from the music storage unit;
The music information extracted by the music extraction unit is changed from the music information of the exercise menu information to the music information determined to be changeable according to the changeability information by the changed music determination unit. Change part,
An exercise support apparatus comprising: The music storage unit stores a plurality of pieces of the music information including the age information and the number of times the music is used as attribute information for classifying the music,
The acquisition unit is request information including the age information and a repeat rate indicating a plurality of participations of a plurality of users participating in a lesson, and acquires the request information for requesting a change of the music information When,
The music extraction unit is the music information including age information corresponding to the age information of the request information acquired by the acquisition unit, and when the repeater rate acquired by the acquisition unit is high, the music more of the music information stored in the storage unit, the music information using the small number of the music included in the attribute information before Kiun dynamic menu information, and wherein extracting from the music storage unit The exercise support device according to claim 1. The attribute information included in the music information includes information indicating whether the music is a music output at a predetermined number of beats,
The motion information of the exercise menu information includes a basic beat number for displaying the exercise image at a predetermined beat number,
The music extraction unit, when the attribute information of the music information of the exercise menu information indicates that the music is output at a predetermined number of beats corresponding to the basic beat number of the motion information, The exercise support apparatus according to claim 1, wherein the music information having a predetermined number of beats that matches the music information is extracted from the music storage unit. The attribute information included in the music information includes genre information indicating the genre of the music by type,
The said music extraction part extracts the said music information containing the said genre information which corresponds with the said genre information of the said attribute information of the said exercise menu information from the said music memory | storage part, The any one of Claims 1-3 characterized by the above-mentioned. The exercise support device according to any one of the above. According to the age information of the request information acquired by the acquisition unit, a threshold setting unit that sets a threshold value to which a predetermined correction value is added,
The music composition extraction unit extracts the music information including the age information corresponding to the threshold set by the threshold setting unit from the music storage unit. The exercise support apparatus described. A display control unit that performs control to display a motion image corresponding to the motion information on a display unit;
When the motion image is displayed on the display unit, and an output control section for controlling to output the music as determined by the determined tough,
The exercise support apparatus according to claim 1, further comprising: An exercise support method executed by an exercise support apparatus that is used in a lesson in which a plurality of users arbitrarily participate and supports exercise by outputting exercise images and music,
A music storage step for storing a plurality of music information including age information indicating the age related to the music;
Exercise memory for storing exercise menu information indicating an exercise menu including a plurality of motion information for displaying exercise video on a display unit, the music information, and changeability information indicating whether the music information can be changed. Steps,
An acquisition step of acquiring request information including age information indicating age groups of a plurality of users participating in a lesson, and requesting change of the music information;
A change music determination step for determining whether the music information of the exercise menu information can be changed according to the change availability information;
A music extraction step for extracting the music information including age information corresponding to the age information acquired in the acquisition step from the music information stored in the music storage step;
The music information extracted in the music extraction step is changed to the music information determined to be changeable according to the changeability information in the change music determination step in the music information of the exercise menu information. Change steps,
An exercise support method comprising the steps of: An exercise support apparatus for assisting exercise by outputting exercise images and music used in a lesson where a plurality of users arbitrarily participate, and stores a plurality of pieces of music information including age information indicating the age related to the music Exercise menu information indicating an exercise menu including a music storage unit, a plurality of pieces of motion information for displaying exercise video on a display unit, the music information, and changeability information indicating whether or not the music information can be changed. An exercise support program for use in an exercise support device comprising:
An acquisition step of acquiring request information including age information indicating age groups of a plurality of users participating in a lesson, and requesting change of the music information;
A change music determination step for determining whether the music information of the exercise menu information can be changed according to the change availability information;
A music extraction step for extracting the music information including the age information corresponding to the age information acquired in the acquisition step from the music storage unit;
The music information extracted in the music extraction step is changed to the music information determined to be changeable according to the changeability information in the change music determination step in the music information of the exercise menu information. Change steps,
An exercise support program characterized by causing the computer to execute each step.