JP4972527B2 - Movie display system, movie display method, and computer program - Google Patents

Description

  The present invention, when displaying a motion instruction video based on each motion data related to a virtual instructor performing various exercises, the load level of the exercise that the user is currently performing, and a level above or below that load level The present invention relates to a moving image display system, a moving image display method, and a computer program that can grasp at a glance during exercise the content of exercise according to the level.

  Conventionally, moving image content is created using a plurality of motion data of a subject obtained by so-called motion capture technology (see Patent Document 1 below). In recent years, video contents of virtual instructors who perform sample operations related to various exercises and sports are often created using motion capture technology. In addition to having the advantage of being able to take lessons according to the user's convenience, video content using motion capture technology that represents the motion of various exercises has the advantage of being able to take lessons at the convenience of the user. (Changing the direction to be performed) can be easily performed, so that there is an advantage that various operations can be seen from various directions.

The following Patent Document 2 discloses contents for customizing the form of the virtual instructor in the video content according to the sex, age and height / weight of the user performing the exercise when creating the video content for exercise. ing. In addition, Patent Documents 3 to 5 listed below do not use the motion capture technology, but disclose that the content of the moving image for exercise is changed according to the load on the exercise performed by the user. .
Japanese Patent Laid-Open No. 10-222668 Japanese Patent No. 3472238 JP 2004-73272 A JP 2006-136717 A JP 2006-255028 A

  In the video content using conventional motion capture technology, the virtual instructor's form could be customized according to the user, but the content of the exercise menu is the exercise load level according to the user's individual exercise purpose, age, etc. Could not be customized. In the above-mentioned Patent Document 2, for example, when the purpose of exercise is a weight loss purpose, an exercise menu for users is provided from each information such as height, weight, and the difference from the target weight, using calories consumed by exercise as an index. The exercise menu performed by the user is constructed on the basis of calories consumed by the exercise because the exercise control data is generated so that the exercise control data is generated so that the action in the exercise menu is performed on the person model. Only.

  Also, assuming that the contents of the exercise menu are customized according to the user's exercise load level, the exercise load level suitable for the user may increase or decrease due to fluctuations in the user's physical fitness level. . For example, if the user is exercising eagerly every day, the physical fitness level may be improved from the initially set exercise load level and approach a level one higher. In such a situation, if the upper level video content can be displayed supplementarily while displaying the video content that matches the current exercise load level, the user can determine how much the upper level exercise content is. Since it can be confirmed at a glance, it is expected that the user's motivation and ambition to exercise can be stimulated.

  On the other hand, if you want to exercise at a lighter level when you have recovered from a cold and your physical fitness level has not returned, you can supplementarily lower the video content while displaying video content that matches the current exercise load level. If you display the video content at the lower level, the user can see at a glance how much the exercise load of the lower level exercise content is low, so the user can make a decision to lower the exercise load level of the exercise It becomes easier to do.

  The present invention has been made in view of such circumstances, and even if the user's physical fitness level fluctuates from the set exercise load level, video content having a level different from the set exercise load level is displayed at the same time. Another object of the present invention is to provide a moving image display system, a moving image display method, and a computer program that can comprehend and grasp the degree of exercise at a level different from the current exercise load level.

  In order to solve the above-described problems, a moving image display system according to the present invention includes an operation database storing a plurality of types of operation data that defines the motion of a moving object, input receiving means for receiving input of information, and the input receiving Display processing of the generated moving image, comprising: means for reading a plurality of types of motion data according to the information received by the means from the motion database; and means for generating a moving image of the moving body based on the read motion data In the moving image display system that performs the above, a definition database that stores a plurality of types of definition data that defines operation data associated with each time zone according to the time-series order in the generated movie is provided, and the definition database includes the input reception Each regulation data is stored in association with items included in the information that can be input by the means. The data is associated with a plurality of motion data having different exercise load levels in at least one of the time zones in the generated video, and corresponds to the items included in the information received by the input receiving means A specifying means for specifying specified data to be attached from the specified database, and a time zone in which the specified data specified by the specifying means associates a plurality of operation data, based on one operation data among the plurality of operation data. A main moving image generating unit that generates a moving image, and a sub moving image that generates a sub moving image based on other operation data in the plurality of operation data in a time zone in which the specified data specified by the specifying unit associates the plurality of operation data. A moving image generating means, and a display processing means for performing display processing of the main moving image generated by the main moving image generating means and the sub moving image generated by the sub moving image generating means Characterized in that it comprises a.

  In the present invention, the moving image content specified based on the information received from the user is displayed as the main moving image, and the moving image content having an exercise load level different from that of the main moving image is displayed as the sub moving image. Thus, the exercise contents of different exercise load levels can be confirmed at the same time, and the extent to which the exercise contents differ depending on the exercise load level can be confirmed at a glance.

  The moving image display system according to the present invention includes a level determination unit that determines a level related to exercise based on items included in information received by the input reception unit, and a plurality of specified data specified by the specification unit. Motion data specifying means for specifying, as one action data, action data of an exercise load level corresponding to the level determined by the level determination means from among the plurality of action data in a time zone for associating the action data. It is characterized by.

  In the present invention, the level related to the user's exercise (physical fitness level) is determined based on the information input first by the user, and is determined in a time zone in which a plurality of motion data having different exercise load levels are defined. Since the moving image content suitable for the user's physical strength level is displayed as the main moving image, it becomes easy to perform processing for displaying the main moving image according to the current physical strength level and the sub moving image in comparison.

  The moving image display system according to the present invention includes level comparison means for comparing an exercise load level related to one action data specified by the action data specifying means and an exercise load level related to the other action data, As a result of the comparison by the level comparing means, the sub moving image generating means generates a sub moving image when the exercise load level related to the other motion data is higher than the exercise load level related to the one motion data. And

  In the present invention, the sub-moving image is generated and displayed in addition to the main moving image only when there is motion data with an exercise load level higher than the physical fitness level of the current user. It is possible to provide a suitable display form. In other words, users who are exercising with an aspiration are concerned with how much exercise load is rising above the current exercise level, so only the content that the user cares about is displayed as a sub-video. Thus, it is possible to provide the user with content that meets the user's needs. In addition, since content corresponding to a level lower than the current level that is unnecessary for such a user is not displayed, it is possible to prevent the screen content from being complicated compared to display of unnecessary content.

  The moving image display system according to the present invention includes level comparison means for comparing an exercise load level related to one action data specified by the action data specifying means and an exercise load level related to the other action data, As a result of the comparison by the level comparing means, the sub moving image generating means generates a sub moving image when the exercise load level related to the other operation data is lower than the exercise load level related to the one operation data. And

  In the present invention, the sub-moving image is generated and displayed in addition to the main moving image only when there is motion data having an exercise load level lower than the physical strength level of the current user. A display form suitable for the user or the like can be provided. In other words, users whose physical fitness level has fallen will focus on how much exercise load level is lighter below the current exercise level, so only the content that the user is interested in will be displayed as a sub-video. Thus, content suitable for the user's situation can be provided to the user. In addition, since content corresponding to a level above the current level that is unnecessary for such a user is not displayed, it is possible to prevent the screen content from becoming more complicated than displaying unnecessary content.

  In the moving image display system according to the present invention, the sub moving image generating means generates a sub moving image with a size smaller than the main moving image, and the display processing means is in a state where the sub moving image is arranged in the main moving image. Display processing is performed.

  In the present invention, since a small-sized sub-video is arranged in the main video and the display processing is performed, the main video representing the current exercise content is displayed in the main, and exercise without trouble while watching the main video Can be done. In addition, since it is sufficient to be able to confirm the level of different exercise load levels for the sub moving image, the sub moving image is displayed to the extent that the user can confirm, and the user can easily compare the main moving image and the sub moving image. . In order to display the sub moving image so as not to disturb the main moving image, it is preferable to employ a display form in which a small size sub moving image is arranged at the corner of the rectangular main moving image.

The moving image display system according to the present invention is characterized in that the display processing means arranges the main moving image and the sub moving image side by side and performs display processing in a form in which the main moving image is distinguished from the sub moving image.
In the present invention, the main video and the sub video are arranged side by side so as not to overlap, and the display processing is performed in a form in which the main video is distinguished from the sub video, so that the user has a problem while watching the distinguished main video. You can perform exercises at the same time, and the sub-video allows you to check different levels of exercise content against the main video. As an example of displaying the main video in a form distinguished from the sub video, the display screen is divided into a first zone for displaying the main video and a second zone for displaying the sub video, and the first zone is the second zone. The form which makes it larger than an area, the form which displays the outline of a 1st area by a thick frame or a color frame etc. can be considered.

The moving image display system according to the present invention is characterized in that the display processing means performs a main moving image display process for a main output destination and a sub moving image display process for a sub output destination.
In the present invention, since the main moving image is displayed on the main output destination and the sub moving image is displayed on the sub output destination, when a display device is connected to each output destination, that is, A display process suitable for the case of applying two display devices can be realized. In this case, it is easier for the user to confirm the exercise content to be performed if the display device that displays the main moving image of the content to be exercised is larger than the display device that displays the sub moving image.

  The moving image display method according to the present invention defines a motion database storing a plurality of types of motion data defining the motion motion of a moving object, and motion data associated with each time zone according to a time-series order in the generated motion image. A moving image display system comprising a prescribed database in which a plurality of types of prescribed data are stored and an input receiving means for receiving input of information includes a plurality of types of operation data according to information received by the input receiving means. Is a moving image display method for generating a moving image of a moving object based on each read operation data, and performing display processing of the generated moving image, wherein the input is received by the input receiving unit in the specified database Each regulation data is stored in association with matters included in the possible information, and the regulation data is included in the generated video. A plurality of motion data having different exercise load levels are associated with at least one time zone of each time zone, and the moving image display system corresponds to a matter included in the information received by the input receiving means. Specified data to be attached is identified from the stipulated database, a main video is generated based on one motion data among the plurality of motion data in a time zone in which the identified stipulated data associates a plurality of motion data, and the identified rule A sub moving image is generated based on other operation data in the plurality of operation data in a time zone in which the data associates a plurality of operation data, and display processing of the generated main moving image and sub moving image is performed.

  In the present invention, even as a moving image display method, the user can simultaneously confirm the exercise contents of different exercise load levels, and can grasp at a glance how much the exercise contents differ depending on the exercise load level.

  The computer program according to the present invention defines a motion database storing a plurality of types of motion data that defines the motion of a moving object, and motion data associated with each time zone according to a time-series order in a generated moving image. A computer including a regulation database in which a plurality of types of regulation data are stored and an input receiving unit that receives an input of information, and a plurality of types of operation data according to the information received by the input receiving unit A computer program for reading from a database, generating a moving image of a moving object based on each read operation data, and performing display processing of the generated moving image, wherein the input database receives the input reception Each regulation data is stored in association with the items included in the information that can be accepted by the means. Yes, the specified data is associated with a plurality of motion data having different exercise load levels in at least one of the time zones in the moving image to be generated, and the computer has received an input by the input receiving means Based on one operation data among the plurality of operation data in the time zone in which the specified data associated with the matter included in the information is specified from the definition database, and the specified specification data associates the plurality of operation data. Means for generating a main moving image, means for generating a sub moving image based on other operation data in the plurality of operation data in a time zone in which the specified specified data associates the plurality of operation data, and the generated main movie and It is made to function as a means to perform the display process of the produced | generated sub moving image.

  According to the present invention, even as a computer program, the user can simultaneously check the exercise contents at different exercise load levels, and it is possible to grasp at a glance how much the exercise contents differ depending on the difference in exercise load level.

  In the present invention, the moving image content specified based on the information received from the user is displayed as the main moving image, and the moving image content having an exercise load level different from that of the main moving image is displayed as the sub moving image. Thus, the exercise contents of two types of exercise load levels can be provided to the user at the same time, and the user can grasp at a glance how much the exercise contents differ depending on the difference of the exercise load level.

  In the present invention, since the user's physical fitness level is determined based on the information input first by the user, and the moving image content that matches the determined physical strength level of the user is displayed as the main video, the current physical fitness level It is possible to easily perform various processes such as displaying the main moving image and the sub moving image in accordance with the above.

In the present invention, the sub-video is generated and displayed in addition to the main video only when there is motion data with an exercise load level higher than the user's physical fitness level. Various display forms can be provided.
On the other hand, in the present invention, the sub-moving image is generated and displayed in addition to the main moving image only when motion data having an exercise load level lower than the physical strength level of the user exists, so that the physical strength level is lowered. A display form suitable for a user or the like can be provided.

In the present invention, a small-sized sub moving image is arranged in the main moving image and the display processing is performed. Therefore, the main moving image representing the current exercise content is displayed mainly on the main moving image to supplement the sub moving image. The user can surely exercise while viewing the displayed main video, and at the same time, the user can also check different levels of exercise content.
In the present invention, the main video and the sub video are arranged side by side so as not to overlap with each other, and the display processing is performed in a form in which the main video is distinguished from the sub video, so that the user views the distinguished main video. However, you can exercise without any problems, and you can check different levels of exercise content against the main video using the sub-video.

  Furthermore, in the present invention, since the main moving image is displayed on the main output destination and the sub moving image is displayed on the sub output destination, if a display device is connected to each output destination, respectively. The two display devices can simultaneously display moving image contents having different exercise load levels, and the user can easily compare and confirm the difference in level contents between the main moving image and the sub moving image by looking at the two display devices.

  FIG. 1 shows an overall configuration of a moving image display system 1 according to an embodiment of the present invention. The moving image display system 1 of the present embodiment is installed in a facility such as a sports club that performs aerobics lessons by a virtual instructor, and the terminal unit 30 and the reception terminal device 2 are connected to the network cable L1, the server device 10 storing various databases. It is the structure connected by L2. The terminal unit 30 includes a terminal device 31, a large monitor device 32, an input operation device 33, and a speaker 34, and is installed in a booth B where the user U receives a lesson. The moving image display system 1 of the present embodiment displays a main moving image S1 indicating the contents of an aerobics lesson according to the physical strength level of the user U on the large monitor device 32, and indicates lesson content at a level different from the physical strength level of the user U. It is characterized in that the sub moving image S2 is displayed in a small size on the upper right of the screen of the large monitor device 32.

  1 shows only the terminal unit 30 installed in one booth B, but in an actual system, a plurality of booths are provided and the terminal unit 30 is arranged for each booth. The number of terminal units to be arranged can be appropriately increased or decreased according to the scale of the facility.

  A general personal computer is applied to the reception terminal device 2 included in the moving image display system 1, and a display device 3 and an input device 4 (keyboard) for inputting various information are connected to the terminal body 2a. The reception terminal device 2 displays a menu or the like on the screen 3a of the display device 3 based on various data transmitted from the server device 10, and information input through the input device 4 to the displayed menu is displayed on the server device. Processing to send to 10 is performed. The reception terminal device 2 is installed at the reception at the entrance of a facility such as a sports club.

  FIG. 2 is a block diagram showing the main internal configuration of the server device 10. The server device 10 of the present embodiment employs a general-purpose server computer, and a display device 16 and a keyboard 17 and a mouse 18 that receive various input operations from a system administrator are connected to the server body 10a. The server device 10 stores data such as menus to be displayed on the reception terminal device 2, data used as a basis for creating a personal menu suitable for the individual user based on the information of the user who has received input at the reception terminal device 2, and the like. It is stored in the server body 10a. Hereinafter, the server device 10 will be described in detail.

  The server device 10 has a configuration in which a RAM 12, a ROM 13, a communication interface 14, and a hard disk device 15 are connected to an MPU 11 (processor) that performs various control processes via an internal bus 10b. The internal bus 10b is also connected to a display device 16, a keyboard 17 and a mouse 18, so that various contents associated with the processing of the MPU 11 can be displayed on the display device 16 and an operation in which an input is accepted with the keyboard 17 or the mouse 18. The contents are transmitted to the MPU 11.

  The RAM 12 of the server device 10 temporarily stores data, folders, and the like according to the processing of the MPU 11, and the ROM 13 stores in advance a program that defines basic processing contents performed by the MPU 11.

  The communication interface 14 is a connection unit for the network cables L1 and L2, and performs transmission processing of data and the like from the server device 10 to the terminal unit 30 and the reception terminal device 2 to which the network cables L1 and L2 are connected based on the control of the MPU 11. And processing for receiving data sent from the connection destination.

  The hard disk device 15 stores a program defining various processes performed by the server device 10, a database storing various data, and the like. Specifically, the hard disk device 15 of this embodiment includes a system program 19, a server program 20, a menu database 21, a physical strength level table 22, a user database 23, an action database 24, an exercise purpose table 25, a pattern database 26, and a rhythm database 27. Etc. are remembered.

  The system program 19 is a program that defines various basic processing contents that the MPU 11 performs as a server. The server program 20 defines various processing contents that the MPU 11 of the server device 10 needs to perform in the present invention. As specific processing contents, various menus 21a to 21c as shown in FIGS. 3A to 3C are displayed on the receiving terminal device 2 to receive information input from the user, and the received user information. A process for determining a user's physical fitness level (corresponding to a level related to exercise) based on the above, a process for constructing the user database 23 based on the received user information, and a user based on information registered in the user database 23 A process for creating a personal menu, a process for sending operation data corresponding to the contents included in the personal menu to the terminal unit 30 installed in the booth used by the user, and the like are defined.

  The menu database 21 stores data corresponding to various menus. When these data are sent to the receiving terminal device 2, various menus (corresponding to input receiving means) that accept information input from the user in a questionnaire format. Is displayed on the display device 3 of the reception terminal device 2. Information items that receive input from the user in such various menus include the user's name, gender, age, height, weight, exercise purpose, exercise habit, and the like.

  The menus 21a to 21c in FIGS. 3A to 3C are examples showing menu contents displayed based on various menu data in the menu database 21. FIG. The menu 21a in FIG. 3 (a) accepts input of the user's age. When the enter button 21a-2 is selected in a state where the age value is input in the input field 21a-1, the input field 21a is selected. The numerical value input to −1 is sent from the receiving terminal device 2 to the server device 10.

  Further, the menu 21b in FIG. 3B accepts an input of the user's exercise habits, and the items of the exercise habits that can be accepted are “one: not done (more than one month)” “two: months”. 2 to 3 days "," 3: 1 day a week "," 4: 2 days a week ", and" 5: 3 days a week or more ". The menu 21b is provided with check boxes 21b-1 to 21b-5 for selection for each item of these exercise habits so that the user can select his / her exercise habits. In the menu 21b, when the determination button 21b-6 is selected in a state where any one of the check boxes 21b-1 to 21b-5 is selected (checked), information indicating the checked exercise habit is received. Sent from the terminal device 2 to the server device 10.

  Further, the menu 21c in FIG. 3C accepts an input of the user's exercise purpose, and “M1: whole body diet”, “M2: upper body diet”, “M3: abdominal diet”, “M4”. : Lower body diet, “M5: Stress relief” and “M6: Anti-aging”. The menu 21c is provided with check boxes 21c-1 to 21c-6 for each of these exercise purposes so that the user can select his / her exercise purpose. In addition, when the determination button 21c-7 is selected in a state where any one of the check boxes 21c-1 to 21c-6 is checked, information indicating the checked exercise purpose is transmitted from the reception terminal device 2 to the server device 10. Is sent to the same as the menu 21b and the like.

  Such information input on the menus 21a to 21c and the like is performed at the reception terminal device 2 when the user uses the facility for the first time. When the input of these information is accepted by various menus and the server device 10 acquires user information by the communication interface 14, the server device 10 identifies the member number (identification) associated with the acquired information in accordance with the specified contents of the server program 20. Number) is issued by the MPU 11 and the acquired information is registered in the user database 23 together with the issued membership number.

  Further, in the second and subsequent uses, information is input only when the information content that has already been input is changed (for example, when the exercise purpose is changed). When the facility is used for the second time or later, if the member number is input at the reception terminal device 2, the booth number to be used is indicated by the reception terminal device 2, and the user can take a lesson at the booth of the booth number. Will receive. Furthermore, the user can also input an instruction to increase or decrease the exercise load from the reception terminal device 2 with respect to the level of the personal menu corresponding to the exercise load level that is automatically selected. The load level can be changed manually.

  FIG. 4 shows the contents of the physical strength level table 22 stored in the hard disk device 15. The physical strength level table 22 is referred to when the MPU 11 performs determination of the physical strength level (corresponding to a level related to exercise) of the user who has input information based on the information received. The physical fitness level table 22 divides the age into three stages of 18-29 years old, 30-45 years old, and 46 years old and over, and the five types of exercise habit items shown in the menu 21b of FIG. By associating, the user's physical strength level can be divided into three types based on information from the user.

  For example, a user whose age is in the range of 18 to 29 years old and whose exercise habit is “4: 2 days a week” is determined as “L3: physical strength” as the physical strength level. In addition, a user whose age is included in the range of 30 to 45 years old and whose exercise habit is “three: one day a week” is determined as “L2: normal strength” as the physical strength level. Furthermore, a user whose age is 46 years or older and whose exercise habit is “2: 2-3 days a month” is determined as “L1: No physical strength” as the physical strength level. Such a determination is performed by the MPU 11 every time an exercise habit input selection is received from the menu 21b of FIG. 3B in accordance with the contents of the server program 20, and the MPU 11 determines the result of the determination as the membership number of the user. A process of registering in the user database 23 in association with the above is also performed.

  FIG. 5 shows the contents of the user database 23. In the user database 23, information on the user who has registered the membership is registered and stored. The information received from the user is registered in association with the membership number issued by the MPU 11, and the physical strength shown in FIG. Results determined based on the level table 22 are also registered. In addition, since the booth number (B-1, B-3) being used is also stored in association with the member number, the user who is using the facility can store the booth usage status by referring to the user database 23. It has become.

  FIG. 6 shows the contents of the operation database 24. The motion database 24 stores a plurality of types of motion data (corresponding to motion data) corresponding to various aerobics motions represented by the virtual instructor, and associates an ID number for each motion content. By combining such motion data, lesson contents including a series of movements of the virtual instructor can be created.

  As an example of the type of motion data included in the motion database 24, the motion data with the ID number “A” has the motion type “March” and the motion data file name “data-A”. The motion data with the ID number “B1” has the operation type “slow side step” and the motion data file name “data-B1”.

  Note that the motion data stored in the motion database 24 is a three-dimensional image acquired by motion capture technology for video data obtained by imaging an actual instructor with a marker attached to perform various aerobic exercises. The contents correspond to the coordinates of the marker in the space, that is, the contents defining the motion movement of the virtual instructor (moving body). One motion data defines the change contents of the coordinates of each marker in a time zone of 8 counts (about 4 seconds).

  FIG. 7A shows an image corresponding to specific motion data. The human body image 5 representing the virtual instructor is created based on the motion data so as to be positioned in the XYZ coordinate system composed of the X axis, the Y axis, and the Z axis by the three-dimensional computer graphics technique. In addition, a UVW coordinate system is provided for determining the imaging direction of the camera 6 (corresponding to the viewpoint direction at the time of moving image display) and position different from this XYZ coordinate system, and the relative relationship between the XYZ coordinate system and the UVW coordinate system is defined. This makes it possible to display a moving image from the direction and position desired by the user.

  As shown in FIG. 7B, the human body image 5 generated by the three-dimensional computer graphics technique is equivalent to a human body skin connected to a rod-shaped link member called a bone B corresponding to a human bone. Created with a skin to cover. Points P1 to P17 attached to the various positions of the bone B shown in FIG. 7B correspond to marker positions attached to the actual instructor, and each of the predetermined time (8 counts) during which various operations of the instructor are performed. The coordinate positions of the points P1 to P17 are the contents of each motion data. Note that the positions and the numbers of the points P1 to P17 shown in FIG. 7B are examples, and the positions and the number of markers are appropriately changed according to the specifications, required accuracy, hardware specifications, and the like of the human body image 5 to be generated. it can.

  In addition, motion data corresponding to the purpose of exercise is also included in the plurality of types of motion data stored in the motion database 24 shown in FIG. That is, the inventor of the present invention studies the contents of multiple types of motion data based on actual instructor motions, and the role and function of each motion data in a series of aerobic movements are different. I noticed. Furthermore, as a result of research, the inventor of the present invention has also found that there is motion data that is highly related to achieving a total of six types of exercise objectives listed in the menu 21c of FIG. In the present invention, based on such research results, the relationship between a certain kind of exercise purpose and motion data is organized in the exercise purpose table 25 so that the server device 10 can refer to it when creating a personal menu that matches the user. Further, it is stored in the hard disk device 15.

  FIG. 8 shows the contents of the exercise purpose table 25. The type of motion related to each exercise purpose according to the contents found by the inventor and the ID number of the motion data corresponding to the type of motion are shown for the purpose of exercise. The contents are associated with each number. As a specific content of the exercise purpose table 25, the whole body diet (exercise purpose number is M1) includes the motion of the motion data whose ID number is “F3”. The “combination” is associated with the “combination of hip shake and the action of gradually lowering the hand” which is the operation of the motion data whose ID number is “G1”.

  On the upper body diet (exercise purpose number is M2), the combination of the motion data with ID number “F2”, “combination of side step and twisting motion” and the motion data with ID number “F3” The action “the combination of the side step and the action of quickly pushing the hand back” is associated. In addition, the abdominal diet (exercise purpose number is M3) includes a “combination of twist knee-up and hand movement” which is an operation of motion data with an ID number “E2” and a motion data with an ID number “G1”. “Hipshake and a combination of gradually lowering hands” are associated with each other. Furthermore, the lower body diet (exercise purpose number is M4) includes “back kick” which is the motion data operation with the ID number “E1” and “front lunge right” which is the motion data operation with the ID number “D1”. To right ”.

  Also, for stress relief (exercise purpose number is M5), the “combination of side step and hand motion” which is the motion data operation with ID number “F1” and the motion data motion with ID number “G2”. “V step and early V step combination” are associated with each other. Furthermore, in order to prevent aging (exercise purpose number is M6), “V step”, which is the motion data operation with ID number “F4”, and “needle up”, which is the motion data operation with ID number “J1”. `` Keeping action '' is associated

  Note that the motion data related to various exercise objectives as described above is associated with a number (exercise objective number) representing the exercise objective of the relevant content in the exercise objective table 25 of FIG. For example, the motion data (side step + hand) with the ID number “F1” is associated with “M5”, which is an exercise purpose number for stress relief.

  FIG. 9 shows the contents of the pattern database 26 (corresponding to the regulation database) stored in the hard disk device 15. The pattern database 26 includes a plurality of types of patterns (patterns 1, 2,...) That define the contents of the personal menu corresponding to the main content that matches the user's characteristics in the aerobics lesson content. Each pattern (corresponding to the prescribed data) has contents corresponding to the achievement of a total of six types of exercise objectives listed in the menu 21c of FIG. In the pattern database 26, an exercise purpose number indicating the type of each exercise purpose (corresponding to the content of information that receives input from the menu 21c in FIG. 3C), and each exercise purpose (items included in the information that receives input from the user) ID number of motion data related to the pattern type is associated with each pattern type.

  Each pattern 1 to 8 included in the pattern database 26 defines motion data associated with each time zone according to the time-series order in the lesson content to be generated (moving video of lesson content). The contents include motion data related to the exercise purpose to be achieved. Furthermore, each pattern 1-8 should include motion data that moves the same part as the motion data related to the exercise purpose to be achieved in a time zone that is ahead in the time-series order from the motion data related to the exercise purpose. Is stipulated.

  The inventor of the present invention has conducted research on the causal relationship between a series of actions included in an aerobics lesson and exercise objectives, and as a result, until the movement objectives are achieved, the motion data related to the exercise objectives are operated. Found that there is a minimum required action. Specifically, if the part of the human body that is the operation target is moved in advance with the motion data related to the exercise purpose, the operation related to the exercise purpose can be performed smoothly. The present inventor has clarified that an operation of gently moving the same part as is suitable.

  In addition, the present inventor has also realized that it is preferable to vary the operation for achieving the exercise purpose according to the exercise load according to the physical strength level of the user. Therefore, each of the patterns 1 to 8 includes a plurality of motion data having different exercise load levels in any one of a plurality of time zones in the lesson content to be generated. The correspondence with each physical strength level indicated by the physical strength level table 22 is defined.

  FIG. 10 shows specific contents defined by the pattern 1 as an example of the plurality of patterns 1 to 8 included in the pattern database 26. As shown in the pattern database 26 of FIG. 9, the pattern 1 is intended for exercise of stress relieving (M5), and the total time of the main content during the aerobics lesson is from the first time 1 to the last time 40. It is divided into a total of 40 time units (a total of 40 time zones), and the motion data associated with each time unit is defined. One hour unit is a time length corresponding to 8 counts (about 4 seconds) of motion data, and motion data is arranged in a time-series order from time 1 to 40.

  Furthermore, in the first cool time period corresponding to the first time period 1 to the time period 4, the pattern 1 includes motion data corresponding to “physical fitness”, motion data corresponding to “normal physical fitness”, and In the next second cool time period (hours 5 to 8), the motion data corresponding to “physical fitness” and the motion data corresponding to “no physical fitness” are associated with each other. Yes. In the following, from the fourth cool time period (time 13 to time 16) to the seventh cool time period (time 25 to time 28), motion data corresponding to “physical fitness” and motion corresponding to “normal physical fitness” Pattern 1 is associated with data, and pattern 8 is associated with motion data according to “normal physical strength” and motion data according to “no physical strength” in the 8th cool time period (time 29 to time 32). Attached.

  In the first course, the specified contents of the pattern 1 are explained. In the pattern 1, “side step (in FIG. 6) is continuously performed from the time 1 to the time 4 of the first cool with respect to the case of“ with physical strength ”. (Refer to the contents of motion data with ID number C1). On the other hand, in the case of “normal physical strength”, the pattern 1 is “slow side step (ID number B1 in FIG. 6 is the content of B1) in which the exercise load is lower than the“ side step ”from time 1 to time 2 of the first cool. ”) And then“ side step (refer to the contents of ID number C1 in FIG. 6) ”from time 3 to time 4.

  Also, in pattern 1, motion data of “side step + hand” (ID number is F1) related to the elimination of stress, which is the purpose of exercise, at times 25 and 26 of the seventh cool where “physical strength exists”. The period corresponding to “normal physical strength” is included in the 8th cool time 29 and 30, the 9th cool time 33 and 34, and the 10th cool time 37 and 38, respectively.

  Furthermore, in the pattern 1, motion data (slow side step) having an ID number B1 for a foot that performs a “side step” in “side step + hand” that is an operation related to stress relief, The place corresponding to “normal physical fitness” is included in the first cool, and the motion data (side step) with the ID number C1 is included in the first cool regardless of the physical fitness level. Pattern 1 includes motion data (march + hand slowly) with ID number D1 for “hand movement” in “side step + hand” in the fourth cool regardless of physical fitness level. ing. Therefore, in Pattern 1, since the same operation is included in the time zone before the operation related to stress relief (side step + hand) is performed, the operation related to stress relief can be performed smoothly. .

  The rhythm database 27 stored in the hard disk device 15 stores various music data for aerobics lessons, and these music data are stored in a predetermined rhythm (BPM) together with a video generated and displayed by the terminal unit. : Beat Per Minute).

  The flowchart shown in FIG. 11 shows a series of processing (part of processing of the moving image display method) performed by the server device 10 in accordance with the contents defined by the server program 20 stored in the hard disk device 15. This flowchart shows processing from a state in which the server device 10 has already sent menu display data to the reception terminal device 2 and various menus are displayed on the reception terminal device 2. Shows the contents corresponding to the first use of the facility. Hereinafter, processing performed by the server apparatus 10 (MPU 11) will be described according to this flowchart.

  First, the server device 10 determines whether or not an input of necessary information from a user is received from a menu displayed on the reception terminal device 2 (S1). When all necessary information (name, sex, age, height, weight, exercise purpose, exercise habit, etc.) has not been received (S1: NO), the server device 10 is in a state of waiting for information input. When all necessary information is received (S1: YES), the MPU 11 of the server apparatus 10 refers to the physical strength level table 22 of FIG. 4 as the level determination means, and the physical fitness level of the user who has input the information Is determined (S2). The determined result is registered together with the received information in the user database 23 of FIG. 5 in association with the issued member number.

  Then, the MPU 11 specifies, as specifying means, a pattern associated with the exercise purpose in the received information from the pattern database 26 of FIG. 9 with reference to the exercise purpose table 25 of FIG. 8 (S3). In the exercise purpose table 25, two types of movement are associated with each movement purpose. However, if the number of times of taking aerobics lessons is less than 10, the MPU 11 identifies the upper type of movement, and the number of times of participation is If it exceeds 10 times, it is determined that the user has become accustomed to the content, and the lower operation type is specified. Further, as a specific method of specifying the pattern, if the exercise purpose that received the input is “whole body diet”, the exercise purpose number “M1” of “whole body diet” is confirmed with reference to the exercise purpose table 25 Then, the pattern (pattern 3 in FIG. 9) associated with the “M1” is specified from the pattern database 26.

  And MPU11 performs the process which specifies the motion data with which the specified pattern matches with each time slot | zone (S4). For example, if the identified pattern is pattern 1 in FIG. 10, the MPU 11 specifies six types of motion data with ID numbers A, B1, C1, D1, E1, and F1 used for “with physical strength”. Become. Note that the contents of the pattern identified in the step S3 become a personal menu corresponding to the user's exercise purpose.

  Finally, the server device 10 (MPU 11) reads the identified motion data from the operation database 24, and uses it together with the identified pattern and the user's physical strength level (data representing the physical strength level) determined in the step S2. It transmits to the terminal unit according to the booth to perform (S5). In this embodiment, the aerobics lesson content is a combination of a total of seven types of content such as warm-up, first interval, main content, second interval, active rest, third interval, and cool-down in order from the front. The contents of the main content in these lessons correspond to the contents of the pattern (personal menu) specified by the flowchart. The contents of other warm-ups and the like are fixed, and the motion data, menu contents, and required music data corresponding to these fixed contents are also sent to the terminal unit together with the contents of the personal menu. Sending.

  Further, the flowchart of FIG. 11 shows the contents corresponding to the case where the user uses the facility for the first time, but in the case of the second and subsequent use, the user only has to input his / her member number at the reception terminal device 2. Since necessary information has already been registered in the user database 23, processing after a predetermined step in the flowchart is performed based on the registered information. Furthermore, when the registration information of the user database 23 is updated at the second and subsequent uses (for example, when the exercise purpose is changed), the newly received information is overwritten in the user database 23, Based on the information that has been newly received, processing after a predetermined step is performed.

  FIG. 12 is a block diagram showing a main configuration of the terminal unit 30 installed in the booth B of FIG. The terminal device 31 included in the terminal unit 30 uses a general-purpose personal computer. The CPU 31a includes a communication interface 31b, a RAM 31c, a ROM 31d, an operation interface 31e, a display processing unit 31f, a sound output processing unit 31g, and a hard disk device 31h. It is configured to be connected by an internal bus 31i.

  The communication interface 31b is connected to the server device 10 via the network cable L1, and receives motion data, patterns, music data, data representing a user's physical strength level, and the like transmitted from the server device 10. The RAM 31c temporarily stores data and files associated with the processing of the CPU 31a, and the ROM 31d stores in advance a program that defines basic processing performed by the CPU 31a.

  The operation interface 31e is connected to an input operation device 33 that receives an operation from the user. The input operation device 33 includes a start button, a pause button, a stop button, up / down / left / right keys, an enter key, and the like. The operation interface 31e receives the operation content input by the input operation device 33 and sends it to the CPU 31a. Process. Further, the display processing unit 31f is connected to the large monitor device 32, and the virtual instructor performs various operations using the motion data received from the server device 10 in the time-series order specified by the pattern according to the control processing of the CPU 31a. A display process for generating a moving image to be output and outputting it to the large monitor device 32 is performed. Furthermore, the sound output processing unit 31g is connected to the speaker 34, and performs processing to reproduce and output music data received from the server device 10 in accordance with the display processing in the display processing unit 31f, according to the control processing of the CPU 31a. .

  The hard disk device 31h stores an OS program 35, a moving image display program 36, a menu screen table 37 that stores screen data corresponding to a plurality of menu screens, and the like, and motion data received from the server device 10 via the communication interface 31b and Various data such as patterns are also stored. The OS program 35 is a program that defines the processing content related to the operating system, and the moving image display program 36 is a control processing content of the CPU 31a related to moving image generation and display based on the motion data sent from the server device 10. It is specified.

  When the moving image display program 36 receives a pressing operation of the start button from the user with the input operation device 33, the moving image display program 36 reads the display pattern selection menu 40 shown in FIG. 13A from the menu screen table 37 stored in the hard disk device 31. By outputting from the display processing unit 31f, it is specified to be displayed on the screen 32a of the large monitor device 32.

  The display pattern selection menu 40 selects whether to display a sub moving image indicating lesson contents corresponding to a level different from the user's physical strength level in addition to the main moving image indicating lesson contents corresponding to the user's physical strength level as display contents. And has selectable first button 41 to third button 43. Each of these buttons 41 to 43 is in a state where a button to be selected is selected by a cursor 44 that is moved by operating the up / down key of the input operation device 33, and the cursor 44 is operated by operating the determination key in that state. Is selected, and the selected content is transmitted to the CPU 31a.

  The first button 41 is selected when only the main moving image is displayed. In this case, only the lesson content (content moving image) corresponding to the physical strength level of the user is displayed on the screen 32 a of the large monitor device 32. The

  The second button 42 is selected when the user desires to display lesson contents (sub-moving image) corresponding to a physical strength level higher than the physical strength level of the user in addition to the main moving image. For example, if the determined physical strength level of the user is “normal physical strength (see FIGS. 4 and 10)”, the lesson corresponding to the upper level “physical strength” is selected by selecting the second selection button 42. The content can be displayed as a sub-video. Therefore, the second selection button 42 is selected by a user who is interested in the content of the physical strength level above the current physical strength level (for example, a user who wants to exercise with a higher physical load because the physical strength is improved). It is a button that is supposed to be.

  The third button 43 is selected when the user desires to display lesson contents (sub moving images) corresponding to a physical strength level lower than the physical strength level of the user in addition to the main moving image. For example, if the determined physical strength level of the user is “normal physical strength”, the lesson content corresponding to the lower level “no physical strength” can be displayed as a sub-video by selecting the third selection button 43. become. For this reason, the third selection button 43 is a user who is interested in the content of the physical strength level lower than the current physical fitness level (for example, exercise with lower exercise load due to illness or nonexercise exercise etc. This button is assumed to be selected by a user who wants

  The moving image display program 36 defines that when the contents of the button selected in the display pattern selection menu 40 described above are transmitted, the CPU 31a performs control related to the generation processing and display processing of the moving image according to the transmitted contents. Yes.

  First, when it is notified that the first button 41 is selected, the CPU 31a generates a moving image by using each motion data according to the time-series order defined by the pattern transmitted from the server device 10. The contents are sequentially output to the large monitor device 32.

  Specifically, when the content of the personal menu transmitted from the server device 10 is the pattern 1 shown in FIG. 10 and the data representing the physical strength level of the user is “normal physical strength”, the CPU 31a At time 1 and time 2 of time 1, the display processing unit 31f is controlled so as to generate a moving image (main moving image) based on the motion data whose ID number is “B1”. Further, the CPU 31a performs control to generate the main moving image with the motion data having the ID number “C1” from the first cool time 3 to the second cool time 6, and similarly, “physical fitness” of the pattern 1 is performed. The display processing unit 31f is controlled so as to generate the main moving image by sequentially using the motion data arranged in the chronological order in the column.

  Further, when the data representing the physical strength level of the user is “physical strength exists”, the CPU 31a generates a video from the first cool time 1 to the second cool time 4 based on the motion data with the ID number “C1”. The display processing unit 31f is controlled as described above. In the time zone when motion data corresponding to “physical fitness” is not defined, the CPU 31a uses the motion data defined in the “normal physical fitness” field so that the CPU 31a generates a main moving image. To control.

  Further, when the data representing the physical strength level of the user is “no physical strength”, the CPU 31a performs the same control as the case of “normal physical strength” for the first cool, and from the second cool time 5 to the time 8 The display processing unit 31f is controlled so as to generate a moving image based on the motion data with the ID number “C1”. Hereinafter, in a time zone in which motion data corresponding to “no physical strength” is not defined, The CPU 31a controls the display processing unit 31f so as to generate the main moving image using the motion data defined in the column “”.

  Note that when the CPU 31a generates the main moving image by the process as described above, the frame images corresponding to the main moving image generated by the display processing unit 31f are sequentially displayed so that the generated main moving image is displayed as a moving image on the large monitor device 32. The display processing unit 31f is controlled so as to be output to the large monitor device 32.

  As a result, as shown in FIG. 14, frame images f1 to f6 of moving images in which the human body image of the virtual instructor performs various operations are sequentially displayed on the entire screen 32a of the large monitor device 32. If you perform aerobics according to the movement of this virtual instructor, you can exercise according to your physical fitness level and exercise purpose.

  In addition, when the CPU 31a is notified that the second button 42 has been selected in the display pattern selection menu 40, the CPU 31a, in addition to the main moving image generation and display process described above, includes contents corresponding to a level higher than the user's physical strength level. The control process which produces | generates and displays the sub moving image of is performed.

  Specifically, the CPU 31a identifies motion data of an exercise load level corresponding to the user's physical strength level as main motion data (corresponding to one motion data) in the pattern transmitted from the server device 10, and the identification Based on the main motion data, the processing related to the main moving image described above is performed, and the control processing related to the generation and display of the main moving image is performed. In addition, the CPU 31a detects whether or not motion data having an exercise load level different from the exercise load level related to the specified main motion data is specified in a time zone in which the pattern associates a plurality of motion data. When it is detected that motion data of different exercise load levels is defined, the CPU 31a identifies the detected motion data as sub motion data, and the exercise load level related to the main motion data and the exercise load related to the sub motion data The level is compared as level comparison means.

  As a result of the comparison, when the exercise load level related to the sub motion data is higher than the exercise load level related to the main motion data, the CPU 31a controls the display processing unit 31f so as to generate a sub moving image based on the sub motion data. . At this time, the display processing unit 31f generates the sub moving image with a size smaller than the main moving image, generates the sub moving image by appropriately thinning out the pixel data included in the sub motion data, and processing related to the sub moving image generation. The burden is reduced, and the main moving image generation process and the sub moving image generation process can be performed in a time-sharing manner.

  Further, as shown in FIG. 13B, the CPU 31a creates a screen frame in which the display processing unit 31f creates a screen frame in a state in which the sub moving image S2 is arranged at the upper right corner S1a in the main moving image S1. Control processing is performed so as to display and output to the device 32. With such an arrangement, it is rare that the virtual instructor performing the exercise is located in the upper corner in the main video S1, so that the state where the virtual instructor of the main video S1 cannot be seen in the sub video S2 can be avoided as much as possible. .

  When the second button 42 of the display pattern selection menu 40 is selected, the CPU 31a performs the above-described processing. For example, the pattern 1 in FIG. 10 is transmitted to the terminal unit 30, and the physical strength level of the determined user is determined. Is “normal physical strength”, in the first cool and the fourth cool to the seventh cool, in the display pattern shown in FIG. 13B, the content corresponding to each motion data corresponding to “normal physical fitness” is the main video. The content corresponding to each motion data corresponding to “with physical strength” is displayed as a sub moving image S2 as S1, and the content at the level above the current physical strength level can be confirmed with the sub moving image S2 of a small size. . In this example, except for the first cool, the fourth cool to the seventh cool, the motion data corresponding to “physical strength” is not defined, so only the main moving image S1 is displayed.

  If the pattern 1 of FIG. 10 is transmitted to the terminal unit 30 and the determined physical strength level of the user is “no physical strength”, the display shown in FIG. In the pattern, the content corresponding to each motion data corresponding to “no physical strength” is displayed as the main moving image S1, and the content corresponding to each motion data corresponding to “normal physical strength” is displayed as the sub moving image S2. Also in this example, except for the second cool and the eighth cool, since the motion data corresponding to “no physical strength” is not defined, only the main moving image S1 is displayed. In the above-described example, when it is determined that the user's physical strength level is “physical strength present”, motion data having an exercise load level higher than “physical strength present” is not defined in pattern 1, so the second button 42 Is selected, only the main moving image S1 is displayed on the large monitor device 32 based on the motion data with the content corresponding to “physical strength exists”.

  The second flowchart shown in FIG. 15 is a series of processing contents (contents of a moving image display method) related to display processing performed by the terminal device 31 (CPU 31a) when the second button 42 is selected in the display pattern selection menu 40 described above. Are organized. In this second flowchart, the stage in which the terminal device 31 (terminal unit 30) receives data necessary for moving image generation from the server device 10 and the second button 42 is already selected to generate and display the moving image. The processing contents from the state are shown.

  In the second flowchart, first, the terminal device 31 detects whether sub-motion data other than the main motion data is defined in the time zone to be processed in the pattern transmitted from the server device 10 (S10). When it is detected that the sub motion data is not defined (S10: NO), the terminal device 31 generates only the main moving image S1 based on the main motion data (S14).

  If it is detected that the secondary motion data is defined (S10: YES), the terminal device 31 next determines whether or not the exercise load level related to the secondary motion data is higher than the exercise load level of the main motion data. Compare (S11). When the exercise load level related to the sub-motion data is not higher than the exercise load level of the main motion data (S11: NO), the terminal device 31 generates only the main moving image S1 based on the main motion data (S14).

  On the other hand, when the exercise load level related to the sub-motion data is higher than the exercise load level of the main motion data (S11: YES), the terminal device 31 performs time-division based on the main motion data S1 and the sub-motion data. The moving image S2 is generated for each time zone to be processed (S12), and a combined moving image in which the generated sub moving image S2 is arranged in the main moving image S1 as shown in FIG. 13B is generated (S13). . Then, the terminal device 31 performs a display process of the moving image generated in the stage of S13 or S14 (S15), and determines whether or not the process has been completed until the last time zone defined by the pattern (S16). If the processing is completed up to the last time zone (S16: YES), the terminal device 31 finishes the series of processing, and if the processing is not finished up to the last time zone (S16: NO), the first processing is performed. Returning to the step (S10), it is detected whether sub-motion data other than the main motion data is defined in the time zone to be processed next.

  Since the terminal device 31 performs the processing as described above, when the second button 42 of the display pattern selection menu 40 shown in FIG. 13A is selected, the current time is appropriately displayed in the sub-video S2 while exercising. The exercise contents higher than the exercise load level can be confirmed, the user's ambition to exercise can be stimulated, and a display form suitable for the user who wants to improve the level can be provided.

  Further, when the CPU 31a is informed that the third button 43 has been selected in the display pattern selection menu 40, the CPU 31a responds to a level lower than the physical strength level of the user as opposed to the above-described generation and display processing of the sub moving image. A control process for generating and displaying the sub-video of the content is performed. In this case, the CPU 31a performs the processing related to the generation and display of the main moving image and the detection of whether or not a plurality of motion data having different exercise load levels are defined in the time zone to be processed, in the same manner as the above contents. Thus, a process of comparing the exercise load level related to the main motion data and the exercise load level related to the sub-motion data as a level comparison means is performed.

  Further, when the third button 43 is selected, if the exercise load level related to the secondary motion data is lower than the exercise load level related to the primary motion data as a result of the comparison, the CPU 31a determines that the secondary motion data is based on the secondary motion data. The display processing unit 31f is controlled so as to generate a moving image, and a control process for displaying the main moving image S1 and the sub moving image S2 in the display form shown in FIG. 13B is performed.

  Therefore, when the third button 43 of the display pattern selection menu 40 is selected, for example, the pattern 1 in FIG. 10 is transmitted to the terminal unit 30, and the determined physical strength level of the user is “normal physical strength”. Then, in the second cool and the eighth cool, the content corresponding to each motion data corresponding to “normal physical strength” is displayed as the main moving image S1 in the display pattern shown in FIG. The content corresponding to each motion data corresponding to the is displayed as the sub moving image S2, and the content at a level lower than the current physical strength level can be confirmed with the small moving image S2. In this example, except for the second cool and the eighth cool, since the motion data corresponding to “no physical strength” is not defined, only the main moving image S1 is displayed.

  10 is transmitted to the terminal unit 30, and if the determined physical strength level of the user is “physical fitness”, “physical fitness” is provided in the first cool, the fourth cool to the seventh cool. The content corresponding to each motion data corresponding to is displayed as the main moving image S1, and the content corresponding to each motion data corresponding to “normal physical strength” is displayed as the sub moving image S2. Also in this example, except for the first cool and the fourth cool to the seventh cool, since the motion data corresponding to “physical strength exists” is not defined, only the main moving image S1 is displayed. In this example, when it is determined that the user's physical strength level is “no physical strength”, motion data having an exercise load level lower than “no physical strength” is not defined in pattern 1, so the third selection button 43 Is selected, only the main moving image S1 is displayed on the large monitor device 32 based on the motion data with the content corresponding to “no physical strength” or the like.

  The processing contents of the series of terminal devices 31 when the third button 43 is selected are substantially the same as those in the second flowchart shown in FIG. 15, and the content of S11 indicates that the exercise load level related to the sub-motion data is the main motion data. The point of comparing whether or not the exercise load level is lower is different. When the third button 43 is selected, the terminal device 31 performs the processing as described above, so that the exercise content having a level lower than the current exercise load level can be appropriately checked in the sub-video S2 while exercising. Since the physical strength level is lowered, a display form suitable for a user who is considering changing to the exercise content at a lower level can be provided.

  In the above description, the display process related to the main content has been described. However, for warm-up or the like in which the exercise content to be displayed is fixed, the CPU 31a performs the moving image generation and display process according to the specified content.

  Further, the present invention is not limited to the above description, and various modifications can be applied. For example, the type of exercise is not limited to aerobics, but can be applied to stretching, yoga, street dance, and the like.

  Further, as shown in FIG. 1, the server device 10 is connected to the reception terminal device 2 by a wired network cable, but the device for displaying various menus is a wireless network or a wide area network such as the Internet. You may make it connect with the server apparatus 10 using. By doing so, it becomes possible to input necessary information, make facility reservations, etc. to the server device 10 using a personal computer or mobile phone at home, and the convenience of the user can be improved.

  On the other hand, when simplifying the system specifications, the processing performed by the reception terminal device 2, the server device 10, and the terminal unit 30 that perform menu display may be performed by a single device (computer). In this case, various menus as shown in FIGS. 3A to 3C are displayed on a monitor connected to a single device to accept input of information from the user, and an operation database (see FIG. 6) and pattern A single device will have a database (see FIG. 9). Furthermore, a computer program stored in a single device causes a single device to specify a pattern associated with the content of information received through various menus from the pattern database. Processing to read motion data in time zone, processing to generate main video based on main motion data, processing to generate sub video based on sub motion data, generated main video in time zone where multiple motion data are associated In addition, sub-moving image display processing and the like are performed.

  Further, each pattern stored in the pattern database 26 shown in FIG. 9 is an example, and it is of course possible to store other exercise purpose patterns and the like. Further, as the contents of the stored pattern, in addition to the contents shown in pattern 1 of FIG. 10 as an example, various motion data may be defined in association with each time zone. It is also possible to associate the motion data with all the time zones for the “physical strength normal” and “non physical strength” fields.

  Furthermore, the determination of the physical strength level of the user is performed by using a physical strength level table that defines more detailed level divisions in addition to the determination based on the physical strength level table 22 shown in FIG. 4 in three stages (with physical strength, normal physical strength, without physical strength). It may be determined in four steps, five steps, etc. For example, the contents of the physical strength level table that defines the physical fitness level in five levels are classified into “physical strength present”, “physical strength slightly present”, “normal physical strength”, “little physical strength”, and “no physical strength”. It is possible. In this way, when using a more detailed level division physical strength level table, the contents of each pattern stored in the pattern database 26 shown in FIG. 9 are also motion data associated with each time zone according to the more detailed level division. It will be prescribed. Thereby, when the user selects a display pattern including the sub moving image from the display pattern selection menu 40 in FIG. 13A, the chances of effectively displaying the sub moving image can be increased.

  Further, the display form of the sub moving image S2 is not limited to the content shown in FIG. 13B, and the arrangement location is set to the upper left corner, the lower left corner, the lower right corner, etc. in addition to the upper right corner S1a of the main moving image S1. It is also possible. Further, the arrangement location of the sub moving image S2 may be selectable by the user. In this case, after the second button 42 or the third button 43 is selected in the display pattern selection menu 40 of FIG. Then, an arrangement location selection menu for selecting an arrangement location of the sub moving image S2 is displayed on the large monitor device 32. In this arrangement location selection menu, the sub video S2 is arranged in any one of the upper right corner, the upper center, the upper left corner, the left center, the lower left corner, the lower center, the lower right corner, the right center, and the like of the main video S1. Can be selected by operating the input operation device 33, and when the selected location is transmitted to the CPU 31a, the CPU 31a controls the display processing unit 31f so as to arrange the sub moving image S2 at the selected location. Thereby, the sub moving image S2 can be arranged at a location desired by the user, and a display form corresponding to the user's convenience can be provided.

  Further, FIG. 16 shows another modification example in which the generated main moving image S1 and sub moving image S2 are arranged. In this modification, the screen 32 a of the large monitor device 32 is divided into a total of three areas 61, 62, 63, and only the first area 61 is made larger than the other areas 62, 63 and distinguished from the first area 61. The moving image S1 is arranged, the sub moving image S2 is arranged in the second area 62, and the user information (information stored in the user database 23) is arranged in the third area 63. In this modification, since the main moving image S1 is arranged side by side with the sub moving image S2, they do not overlap at all, so that the entire main moving image S1 can always be viewed. In addition, when distinguishing the main video S1 to be exercised by the user more prominently, it is possible to envisage surrounding the first area 61 with a thick frame or a colored frame. S2, a menu or an operation window that can select each arrangement location of the user information is provided, and the arrangement of the main moving image S1, the sub moving image S2, and the user information can be appropriately switched by the operation of the input operation device 33 by the user. Also good.

  FIGS. 17A and 17B show a modification example in which two monitor devices 70 and 71 are used as display output destinations of the generated moving image. In the case of this modification, the terminal device 31 ′ is newly provided with a main output unit 38 ′ and a sub output unit 39 ′ connected to the display processing unit 31f ′, and the main output unit 38 ′ has a main output destination. The monitor device 70 is connected, and the sub-output device 39 'is connected to a sub-monitor device 71 as a sub-output destination. Then, the terminal device 31 ′ performs processing for outputting the generated main moving image S1 from the main output unit 38 ′ and displaying it on the main monitor device 70, and outputs the generated sub moving image S2 from the sub output unit 39 ′. Processing to be displayed on the sub-monitor device 71 is performed. In this modified example, the main moving image S1 and the sub moving image S2 are displayed separately on the separate monitor devices 70 and 71, so that the user can easily distinguish and check each moving image. Since the sub moving image S2 is displayed in an auxiliary manner, the screen size of the sub monitor device 71 may be smaller than that of the main monitor device 70.

  In addition to accepting operation from the user with the input operation device 33, it can be performed by a remote control device capable of remote operation, or a touch screen type screen 32a of the large monitor device 32 is adopted. You may enable it to perform by the touch operation of the screen 32a. By doing so, the user can easily perform operation input even during the exercise operation. Therefore, the position of the sub moving image S2 shown in FIG. 13B can be designated by the remote control operation or the touch operation on the screen 32a. It may be possible to change the arrangement of the sub moving image S2, and similarly, even in the case shown in FIG. 16, the arrangement locations of the main moving image S1, the sub moving image S2, and the user information may be changed during exercise. Good.

1 is a schematic diagram illustrating an overall configuration of a moving image display system according to an embodiment of the present invention. It is a block diagram which shows the structure of a server apparatus. (A) is the schematic which shows the menu for age input, (b) is the schematic which shows the menu for exercise habit input, (c) is the schematic which shows the menu for exercise purpose input. It is a chart which shows a physical strength level table. It is a chart which shows a user database. It is a chart which shows an operation database. (A) is the schematic which shows the image according to motion data, (b) is the schematic which shows the relationship between the point and bone corresponding to a marker. It is a chart which shows an exercise purpose table. It is a chart which shows a pattern database. It is a graph which shows an example of the pattern which prescribed | regulated the motion data matched with each time slot | zone according to the order of a time series. It is the 1st flowchart which showed the processing content of the server apparatus. It is a block diagram which shows the structure of a terminal unit. (A) is a schematic diagram showing a display pattern selection menu, and (b) is a schematic diagram showing a state in which a sub moving image is arranged in a main moving image. It is the schematic which shows a series of frame images which comprise the produced | generated moving image. It is the 2nd flow chart which showed the contents of processing of a terminal unit when the 2nd button is selected. It is the schematic which shows the state which has arrange | positioned the main moving image and the sub moving image side by side. (A) is a block diagram which shows the principal part of the terminal device of the modification which connects two monitor apparatuses, (b) is the schematic of the terminal unit using two monitor apparatuses.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Movie display system 2 Reception terminal device 10 Server device 11 MPU
14 Communication Interface 15 Hard Disk Device 20 Server Program 21 Menu Database 21a, 21b, 21c Menu 22 Physical Strength Level Table 23 User Database 24 Operation Database 25 Exercise Purpose Table 26 Pattern Database 30 Terminal Unit 31 Terminal Device 31a CPU
32 Large monitor device 33 Input controller S1 Main video S2 Sub video

Claims (9)

A motion database storing a plurality of types of motion data that defines the motion motion of a moving body, an input receiving means for receiving input of information, and a plurality of types of motion according to information received by the input receiving means In a moving image display system comprising means for reading data from the operation database and means for generating a moving image of a moving object based on each read operation data, and performing display processing of the generated moving image,
Provided with a regulation database that stores a plurality of types of regulation data that defines action data to be associated with each time slot according to the time-series order in the generated video,
The regulation database stores each regulation data in association with items included in information that can be accepted by the input accepting unit,
The specified data is associated with a plurality of motion data having different exercise load levels in at least one time zone of each time zone in the generated video,
A specifying unit that specifies prescription data associated with items included in the information received by the input receiving unit from the prescription database;
A main moving image generating means for generating a main moving image based on one operation data among the plurality of operation data in a time zone in which the specified data specified by the specifying means associates a plurality of operation data;
Sub-moving image generating means for generating a sub-moving image based on other operation data in the plurality of operation data in a time zone in which the specified data specified by the specifying means associates a plurality of operation data;
A moving image display system comprising: a display processing unit that performs display processing of a main moving image generated by the main moving image generation unit and a sub moving image generated by the sub moving image generation unit. Level determination means for determining a level related to exercise based on items included in the information received by the input reception means;
The operation data of the exercise load level corresponding to the level determined by the level determination unit from the plurality of operation data in a time zone in which the specified data specified by the specifying unit associates a plurality of operation data. The moving image display system according to claim 1, further comprising: operation data specifying means for specifying as data. Level comparison means for comparing an exercise load level related to one action data specified by the action data specifying means and an exercise load level related to the other action data;
The sub moving image generating unit generates a sub moving image when the exercise load level related to the other operation data is higher than the exercise load level related to the one operation data as a result of the comparison by the level comparison unit. 2. The moving image display system according to 2. Level comparison means for comparing an exercise load level related to one action data specified by the action data specifying means and an exercise load level related to the other action data;
The sub moving image generation unit generates a sub moving image when the exercise load level related to the other operation data is lower than the exercise load level related to the one operation data as a result of the comparison by the level comparison unit. 2. The moving image display system according to 2. The sub moving image generating means generates a sub moving image with a size smaller than the main moving image,
The moving image display system according to any one of claims 1 to 4, wherein the display processing means performs display processing in a state in which a sub moving image is arranged in a main moving image.   5. The moving image display system according to claim 1, wherein the display processing unit arranges the main moving image and the sub moving image side by side and performs display processing in a form in which the main moving image is distinguished from the sub moving image. 6. .   5. The moving image according to claim 1, wherein the display processing unit performs a display process of a main moving image for a main output destination and performs a display process of the sub moving image for a sub output destination. 6. Display system. A motion database that stores multiple types of motion data that prescribes the motion of moving objects, and a plurality of types of prescription data that prescribes motion data that is associated with each time zone according to the time-series order in the generated video A moving image display system comprising a prescribed database and an input receiving unit that receives input of information reads out and reads out a plurality of types of operation data according to the information received by the input receiving unit from the operation database A moving image display method for generating a moving image based on each motion data and performing display processing of the generated video,
Each regulation data is stored in the regulation database in association with items included in information that can be accepted by the input accepting unit,
The specified data is associated with a plurality of motion data having different exercise load levels in at least one time zone of each time zone in the generated video,
The video display system includes:
Specifying the regulation data associated with the items included in the information accepted by the input accepting means from the regulation database,
A main video is generated based on one of the plurality of operation data in a time zone in which the specified data is associated with a plurality of operation data,
In the time zone in which the specified data is associated with a plurality of operation data, a sub moving image is generated based on the other operation data in the plurality of operation data,
A moving image display method characterized by performing display processing of a generated main moving image and sub moving image. A motion database that stores multiple types of motion data that prescribes the motion of moving objects, and a plurality of types of prescription data that prescribes motion data that is associated with each time zone according to the time-series order in the generated video A computer including a prescribed database and an input receiving unit that receives an input of information is caused to read a plurality of types of operation data according to the information received by the input receiving unit from the operation database. A computer program for generating a moving image of a moving object based on each motion data that has been output, and performing display processing of the generated moving image,
Each regulation data is stored in the regulation database in association with items included in information that can be accepted by the input accepting unit,
The specified data is associated with a plurality of motion data having different exercise load levels in at least one time zone of each time zone in the generated video,
Computer
Means for specifying, from the regulation database, regulation data associated with items included in the information accepted by the input acceptance means;
Means for generating a main moving image based on one operation data among the plurality of operation data in a time zone in which the specified data is associated with a plurality of operation data;
Means for generating a sub moving image based on other operation data in the plurality of operation data in a time zone in which the specified data specified associates a plurality of operation data;
A computer program that functions as means for performing display processing of a generated main moving image and a generated sub moving image.

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