JP2018198707A - Recording and display program for exercise information - Google Patents

Abstract

To provide a recording and display program for exercise information of a person who performs exercise, which allows a user to grasp what kind of exercise should be improved and at which degree the kind of exercise should be improved in exercise of a person who performs exercise for reaching a future target value.SOLUTION: The recording and display program for exercise information of a person who takes up a sport in which shortness of a time required for moving by a regulated distance is completed, is configured so that a computer is functioned as: target recording means for receiving setting of a target value about exercise performed by a person who performs exercise from a user and recording the setting in a storage part; measurement means for measuring exercise performed by a person who performs exercise and acquiring a measurement value; exercise recording means for acquiring exercise information being information about exercise performed by a person who performs exercise based on the measurement value, and recording the exercise information; and display control means for reading a target value (lap time) and exercise information (split and lap time) for associating them, and displaying them.SELECTED DRAWING: Figure 31

Description

  The present invention relates to a program for recording and displaying exercise information of an exerciser who performs a sport competing for a short time required to move a specified distance.

Conventionally, as shown in Patent Document 1, a recording and display program motion information of a person doing sports to compete for shortness of time required for moving the specified distance swimming, etc., a predetermined number of those who do sports A stroke that can measure the length of a stroke (stroke length) and a predetermined number of times of stroke (stroke time), obtain a measured value, and record this measured value (stroke length, stroke time) as motion information An information measuring device was known.

Japanese Patent No. 4234407

  In the conventional stroke information measuring device, only the exercise information is displayed, and the difference between the exercise information and the target value cannot be displayed. For this reason, in order to reach an exerciser's exercise to the exercise level indicated by a future target value, it is difficult for the user to grasp what should be improved in the exerciser's exercise.

  Therefore, an object of the present invention is to provide a program for recording and displaying an exerciser's exercise information that can allow the user to grasp how much and what should be improved in the exercise of the exerciser in order to reach a future target value. Is to provide.

Split, lap time (1) In order to solve the above-mentioned problem, the exercise information recording and displaying program of the athlete according to the present invention competes for the short time required for movement of the specified distance, including swimming competition and athletic competition. A program for recording and displaying exercise information of an athlete performing sports, comprising a computer having an operation unit, a storage unit, and a display unit, a target recording unit, a measuring unit, a target recording unit, an exercise recording unit, and a display control unit To function as. The target recording means receives the setting of the target value for the exercise of the exerciser from the user and records it in the storage unit. The measuring means measures the exerciser's movement and obtains a measured value. The exercise recording means acquires exercise information, which is information about an exerciser's exercise, based on the measured value, and records the exercise information in the storage unit. The display control means reads the target value and the exercise information from the storage unit and displays them on the display unit in association with each other. The target value is, for example, at least one of the length of a predetermined number of strides or strokes, the time required for the predetermined number of strides or strokes, the speed of movement, and the time required for movement of a predetermined distance. The exercise information is information corresponding to the target value, for example, the length of a predetermined number of strides or strokes, the time required for a predetermined number of strides or strokes, the speed of the exercise, and movement of a predetermined distance. It is at least one of the time required for.

(2) In order to solve the above-described problem, an exerciser's exercise information recording and display program according to the present invention reproduces the moving image data stored in the storage unit based on a user's reproduction instruction operation. In addition, the reproduction of the moving image data is further functioned as reproduction means for pausing based on a user's pause operation. In addition, the measurement unit acquires the measurement value based on a user operation during the reproduction period of the moving image data, and pauses the measurement when the pause operation is performed. After the pause, The measurement may be resumed when the reproduction instruction operation is performed.

(3) The computer may be caused to further function as a playback unit that plays back the moving image data stored in the storage unit by the exercise information recording and display program. The target recording means stores the target value for each of a predetermined number of unit distances (for example, laps) constituting the specified distance in the storage unit. The measurement means acquires the measurement value for each of the predetermined number of unit distances based on a user operation during the reproduction period of the moving image data, and reproduces the moving image data corresponding to each of the unit distances. Is recorded in the storage unit. The exercise recording means acquires the exercise information for each of the unit distances based on the measurement values for each of the unit distances, and associates the exercise information with one of the unit distances in the storage unit. Remember. The display control means reads out the target value and the exercise information from the storage unit for each of the unit distances, displays them in association with each other, and selects any one of the unit distances. When the selection operation is received from the user, the moving image data is played back by the playback means from the playback position corresponding to the selected unit distance.

(4) A plurality of target values and a plurality of pieces of exercise information may be stored in the storage unit by the exercise information recording and display program. The display control means not only displays the plurality of target values and the plurality of exercise information in association with each other in the first display area of the display unit, but also displays the plurality of target values and the plurality of target information. Motion information is displayed in a graph (for example, a graph in which the first index is the first axis and the second index is the second axis) and is displayed in the second display area of the display unit, and the first display area If only a part of the plurality of target values and the plurality of pieces of exercise information can be displayed, the number of the plurality of target values and the plurality of pieces of exercise information is changed according to a user operation. The display position in one display area is changed (for example, changed by scrolling), and the display position in the second display area in the graph is also changed (for example, changed by scrolling) in accordance with the change in the display position. )

  According to the exercise information recording and display program, the measuring means may acquire a measurement value for a predetermined number of strides or strokes of the exerciser for each predetermined number of unit distances constituting the specified distance. Good. The operation unit receives a measurement start instruction to the measurement unit from a user, and a first operation button for receiving a passage input operation for inputting when the exerciser passes the unit distance, and the predetermined number of times And a second operation button for inputting a timing when the stride or the stroke is made by an exerciser. For example, the first operation button and the second operation button are displayed on a display unit on which a touch panel is mounted. The measurement unit may perform the measurement based on an operation received by the first operation button and the second operation button. Further, when the computer receives the operation from the user with the first operation button and then receives a specific number of operations with the second operation button, the first information button displays the first information. Until an operation from the user is accepted by the operation button, the second operation button may be made to function as an operation button control means for invalidating the second operation button.

In the configuration above SL, the second operation button is, the measurement start instruction of the measuring means may be received from the user. And when the instruction | indication of the measurement start of the said measurement means is received from the user with the said 2nd operation button instead of the said 1st operation button, the said 1st operation button may be invalidated. The measurement means may perform the measurement for the specified distance instead of performing the measurement for each unit distance when the first operation button is invalidated.

(5) The computer may further include a communication unit according to the exercise information recording and display program. The computer may further function as a transmission unit and a reception unit. The transmission means may cause the communication unit to transmit the target value and / or the exercise information to another computer. The receiving unit may receive the target value and / or the exercise information from another computer by the communication unit, and store the received target value and / or the exercise information in the storage unit.

  According to the above configuration, there is provided a program for recording and displaying an exerciser's exercise information that can allow the user to grasp what and how much the exerciser should improve in order to reach a future target value. be able to.

It is a figure which shows an example of the information processing apparatus which performs the recording and display program of the exercise information which concerns on this embodiment. It is a flowchart (the 1) which shows an example of the main process performed by execution of the recording of the exercise | movement information which concerns on this embodiment, and a display program. It is a flowchart (the 2) which shows an example of the main process performed by execution of the recording of the exercise | movement information which concerns on this embodiment, and a display program. It is a flowchart which shows an example of the measurement process performed in a main process. It is a timing chart which shows the effective state or invalid state of the 1st-3rd operation button in a measurement process. In the modification of this embodiment, it is a timing chart which shows the valid state or invalid state of the 1st-3rd operation button when the measurement start instruction | indication is received with the 2nd operation button by the measurement process. It is a flowchart (the 1) which shows an example of the normal measurement process performed in a measurement process. It is a flowchart (the 2) which shows an example of the normal measurement process performed in a measurement process. It is a flowchart (the 3) which shows an example of the normal measurement process performed in a measurement process. It is a flowchart which shows an example of the moving image measurement process performed in a measurement process. It is a flowchart which shows an example of a temporary stop process. It is a flowchart (the 1) which shows an example of the recording display process performed in a main process. It is a flowchart (the 2) which shows an example of the recording display process performed in a main process. It is a flowchart (the 3) which shows an example of the recording display process performed in a main process. It is a figure which shows an example of the home screen displayed by a main process. It is FIG. (1) which shows an example of the setting screen displayed by a player management process. It is FIG. (2) which shows an example of the setting screen displayed by player management processing. It is a figure which shows an example of the measurement point setting screen displayed by a player management process. It is a figure which shows an example of the measurement method selection screen displayed by a measurement process. It is FIG. (1) which shows an example of the measurement operation button display screen displayed by a normal measurement process. It is FIG. (2) which shows an example of the measurement operation button display screen displayed by a normal measurement process. It is FIG. (3) which shows an example of the measurement operation button display screen displayed by a normal measurement process. It is a figure which shows an example of the preservation | save confirmation screen displayed by a normal measurement process. It is a figure which shows an example of the moving image selection screen displayed by a moving image measurement process. FIG. 10 is a diagram (part 1) illustrating an example of a measurement item selection screen displayed only when the coach mode is set in the moving image measurement process; FIG. 10 is a diagram (part 2) illustrating an example of a measurement item selection screen displayed only when the coach mode is set in the moving image measurement process; It is FIG. (1) which shows an example of the measurement operation button display screen displayed by a moving image measurement process. It is FIG. (2) which shows an example of the measurement operation button display screen displayed by a moving image measurement process. It is a figure which shows an example of the target value setting screen displayed by a target value setting process. It is a figure which shows an example of the measurement recording list display screen displayed by a measurement recording process. It is FIG. (1) which shows an example of the recording browsing screen displayed by a measurement recording process. It is FIG. (2) which shows an example of the recording browsing screen displayed by a measurement recording process. It is FIG. (3) which shows an example of the record browsing screen displayed by a measurement recording process. It is a figure which shows an example of the recording browsing initial screen at the time of animation reproduction | regeneration displayed by measurement recording processing. It is a figure which shows an example of the recording browsing screen at the time of video reproduction | regeneration displayed by a measurement recording process. It is a figure which shows an example of the reproduction speed switching screen displayed by a measurement recording process. It is FIG. (1) which shows an example of the measurement operation button display screen which concerns on a modification. It is FIG. (2) which shows an example of the measurement operation button display screen which concerns on a modification. It is FIG. (3) which shows an example of the measurement operation button display screen which concerns on a modification. It is FIG. (4) which shows an example of the measurement operation button display screen which concerns on a modification.

(Characteristics of exercise information recording and display program according to this embodiment)
The features of the exercise information recording and display program according to the present embodiment will be described below with reference to FIG. FIG. 1 is a diagram illustrating an example of an information processing apparatus that executes an exercise information recording and display program according to the present embodiment. The exercise information recording and display program P (hereinafter referred to as “program P”) according to the present embodiment is a program executed by the information processing apparatus as shown in FIG. By executing the program P, the information processing apparatus 1 records and displays exercise information of athletes who perform sports that compete for the short time required for movement of the specified distance, including swimming competitions and track and field competitions. Examples of “sports competing for the short time required to travel a specified distance” include, for example, bicycle competitions (such as triathlons), boat competitions, canoe competitions, and speed skating, in addition to athletics and swimming competitions. The “specified distance” is the distance from the start point (start) to the end point (goal) of the competition. For example, it is “50 m” for “50 m run” in track and field competitions, If it is "100m free form", it is "100m".

  By recording and displaying the exercise information, the information processing apparatus 1 can provide useful information to the user for improving the sports of the athlete. The “exercise person” is, for example, a player who performs sports. The “user” is a user of the information processing apparatus 1 and is, for example, a person who manages, supervises, or assists an athlete's sports progress. Specifically, there are coaches and trainers as examples of those who manage and supervise the progress of athletes' sports, and there are family members and friends as examples of those who assist.

The features of program P are described in more detail below.
(1) As a first feature, by executing the program P, the information processing apparatus 1 (CPU 11) receives the setting of the target value for the exercise of the exerciser from the user and stores it in the storage unit (flash memory 15 in FIG. 1). Etc.) to function as target recording means. The target value is, for example, a predetermined number of times (one time in this embodiment) of stride or stroke, a time required for a predetermined number of times (one time in this embodiment) stride or stroke, the speed of movement, and a predetermined distance. It is at least one of the time required for the movement of. In this embodiment, all of this example is set as the target value, but at least one target value in this example may be recorded.

  “Stride” means a step from raising a foot to landing on the track when running in athletics. “Stride length” refers to the length (distance) from the point where the foot is raised to the point where the foot is landed. “Time required for stride” refers to the length of the foot after raising the foot. This is the time (sec) required to land. In addition, “stroke” is an action of sweeping water with an arm for advancing underwater in a swimming competition. In this embodiment, in the case of backstroke, crawl, and butterfly, it is a stroke from the time when a hand that has come out of the water has landed until it has landed again. In the case of breaststroke, it is a stroke from the start of watering with the arm to the right with the right arm, the left with the left arm, and again with the arm. The “stroke length” is a so-called “stroke length”, and is a distance traveled by a stroke (watering operation with the arm). The “time required for the stroke” is a time (sec) required for the stroke (watering operation with the arm). In this embodiment, the “predetermined number of strides or strokes” is the length of one stride or stroke, but may be the length of two or more strides or strokes.

  The speed of exercise is the speed of exercise, for example, the swimming speed. In this embodiment, “time required for movement of a predetermined distance” is “time required for movement of a specified distance”, “time required for movement of a unit distance (lap) (lap time)”, “start of competition” “Time (split) required to move the distance from the point (start) to the end point of the unit distance”. “Time required for movement of the specified distance” is, for example, if it is “50m running” in track and field, it is the time required to complete 50m after starting running, and if it is “100m freestyle” in swimming competition, it will swim. It is the time required to swim 100m from the beginning. In the present embodiment, the “unit distance (lap)” is a distance in the middle of the specified distance (a distance obtained by dividing the specified distance into several). For example, in the case of “50 m running”, the distance is less than 50 m. Yes, the distance is less than 100 m in the case of “100 m free form”. The “specified distance” is composed of a plurality of “unit distances (laps)”. For example, in the case of “100 m free form”, the 0 m point is 15 m, the 15 m point is 25 m, the 25 m point is 40 m, 40 m They are 60m from the point, 70m from the 60m point, 80m from the 70m point, 90m from the 80m point, and 100m from the 90m point. In this example, the “time required for moving the unit distance (lap) (lap time)” is the time required for moving from the 15 m point to the 25 m point after starting swimming, the time required for moving from the 15 m point to the 25 m point, and 40 m from the 25 m point. Time to move from point to point, time to move from point 40m to point 60m, time to move from point 60m to point 70m, time to move from point 70m to point 80m, point from point 80m to point 90m The time required for movement is the time required for movement from the 90 m point to the 100 m point. In addition, “the time required to move the distance from the start point (start) of the competition to the end point of the unit distance (split)” is the time required to move from 0 m to 15 m point, and the time required to move from 0 m to 25 m point Time, travel time from 0m to 40m, travel time from 0m to 60m, travel time from 0m to 70m, travel time from 0m to 80m, travel time from 0m to 90m It takes time to move to 0m, and it takes time to move from 0m to 100m.

  Then, by executing the program P, the information processing apparatus 1 functions as a measurement unit that measures the exercise of the exerciser and acquires the measurement value.

  In the present embodiment, the measurement values are “time required for a predetermined number of strides or strokes of the exerciser” and “time required for movement of a predetermined distance”. The predetermined number of times is a stride or stroke that is arbitrarily set by the user (for example, three times). However, it is not possible to arbitrarily set by the user, and a fixed number of times (one or more times) of stride or stroke length and time required for the fixed number of times may be measured. Further, the “time required for the movement of the predetermined distance” to be measured has the same definition as the “time required for the movement of the predetermined distance” set as the target value described above.

  Then, by executing the program P, the information processing apparatus 1 acquires exercise information based on the measured value and records it in a storage unit (such as the flash memory 15 in FIG. 1), and the target value and exercise. It functions as display control means for displaying information on the display unit so that information is read from the storage unit (flash memory 15 in FIG. 1 and the like) and displayed in association with each other.

  “Exercise information” is information about the exercise of the exerciser acquired based on the measurement value. For example, the length of a predetermined number of strides or strokes, the time required for a predetermined number of strides or strokes, the speed of movement, and the time required for movement of a predetermined distance (specified distance, unit distance, ie, lap). In the present embodiment, all of this example is exercise information, but at least one exercise information in this example may be recorded. The “exercise information” preferably indicates information corresponding to the “target value”. For example, if the “target value” is the length of one stride or stroke, and the time required for one stride or stroke, the “exercise information” is also the length of one stride or stroke, The time required for one stride or stroke is preferred.

  As described above, for example, as shown in FIG. 30, “exercise information” acquired from measured values obtained by actually measuring the exercise of the exerciser corresponds to “target value” indicating that the exerciser was able to exercise ideally. Therefore, the difference between the target value and the actual measurement value can be effectively shown to the user. For this reason, by urging the exerciser to bring these values close to each other, it is possible to improve the exercise of the exerciser and shorten the time required to move the specified distance.

(2) In order to solve the above-described problem, the program P causes the information processing apparatus 1 (CPU 11) to reproduce the moving image data D stored in the storage unit (flash memory 15 or the like) based on a user's reproduction instruction operation. At the same time, the reproduction of the moving image data D is further functioned as reproduction means for pausing based on the user's pause operation. In addition, the information processing apparatus 1 (CPU 11) obtains a measurement value based on a user operation during a reproduction period of the moving image data D as a measurement unit, and pauses the measurement when a pause operation is performed. The measurement may be resumed when a reproduction instruction operation is performed after the pause.

  The moving image data D is moving image data obtained by photographing the exercise of the exerciser. According to the above configuration, during the reproduction period of the moving image data D, the user can cause the information processing apparatus 1 to measure the exercise of the exerciser while visually recognizing the exercise of the exerciser indicated by the movie. Here, in the reproduction period of the moving image data D, the measurement value is acquired based on the user operation. As a specific example, as will be described later in (3), an example in which a measurement value for each lap is acquired by a user performing a predetermined operation at a timing when an exerciser passes a unit distance (lap), As will be described later in 4 ′), an example is given in which a measurement value (stroke time) is acquired by the user performing a predetermined operation at the start and end of a predetermined number of strides or strokes of the exerciser. In this way, in the configuration in which the user performs a predetermined operation while visually recognizing the moving image, the timing is accurately adjusted at the timing when the exerciser passes the unit distance or at the start and end of the predetermined number of strides or strokes, It is very difficult to perform the predetermined operation, and there are cases where the predetermined operation is performed with a slight shift in timing. In the present embodiment, when the user performs a pause operation, the measurement of the reproduction of the video data D is also paused in accordance with the pause. Therefore, the measurement is performed when the user is likely to be unable to concentrate on visual recognition of the video. Work can be suspended. Furthermore, the reproduction position of the moving image data D can be changed during the pause state. Further, when the reproduction position of the moving image data D is changed, the moving image displayed in a stationary state is changed because of the pause state. Therefore, for example, when the user fails to perform the predetermined operation, the reproduction position of the moving image data D is set to a position (corresponding to the predetermined operation timing) while visually recognizing the moving image displayed stationary. It is possible to return until the exerciser passes the unit distance (lap). After that, the user performs a reproduction instruction operation and restarts reproduction and measurement of the moving image data D, so that a predetermined operation can be performed at a timing that matches the content of the exercise of the exerciser indicated by the moving image data D. More accurate measurement is possible.

(3) As a third feature, by executing the program P, the information processing apparatus 1 (CPU 11) further functions as a reproducing unit that reproduces the moving image data D stored in the storage unit (flash memory 15 or the like). Let Then, the information processing apparatus 1 (CPU 11) stores a target value for each of a predetermined number of unit distances (for example, laps) constituting the specified distance in a storage unit (flash memory 15 or the like) as target recording means. For example, when there are two laps, starting point 0m to 5m point (first lap) and 5m point to 10m point (second lap), the target value for each of the first lap and second lap is, for example, the user , The target value of the first lap and the target value of the second lap are stored in the storage unit (RAM 13, flash memory 15, etc.).

  Furthermore, the information processing apparatus 1 (CPU 11), as a measurement unit, acquires measurement values for each of a predetermined number of unit distances based on a user operation during the reproduction period of the moving image data D, and supports each unit distance. The reproduction position of the moving image data D to be recorded is recorded in a storage unit (flash memory 15 or the like). For example, when the user performs a predetermined operation at the timing when the exerciser passes a unit distance (for example, the first lap) in order to measure the measurement value, the unit distance (the predetermined operation is determined based on the predetermined operation). The measured value at the unit distance that the athlete has passed at the timing, that is, the first lap) is acquired. The information indicating the timing of the predetermined operation is information indicating the start position of the next unit distance (second lap) in the moving image data D, that is, the reproduction position corresponding to the next unit distance (second lap). Information to be stored is stored in a storage unit (RAM 13, flash memory 15, etc.). The information indicating the reproduction position corresponding to the unit distance is, for example, split (split time).

  As described above, the split is the time from when the exerciser starts exercising until the end point of the unit distance is reached. For example, when there are two laps, the first lap (from the 0m point to the 5m point) and the second lap (from the 5m point to the 10m point), the exerciser's exercise starts (when the departure from the start point 0m) The time at which the end point (5 m point) of the first lap is reached is the split time of the first lap, and the time at which the end point (10 m point) of the second lap is reached from the start of the exercise is the split time of the second lap. Become. In order to acquire the playback position of the unit distance in the moving image data D, the split of the unit distance (for example, the first lap) immediately before the unit distance (for example, the second lap) that is the target when the exerciser starts exercising. By adding the time, the playback position of the moving image data D for the target unit distance can be acquired. The information indicating the reproduction position corresponding to the unit distance is not limited to the split, and may be any information as long as the information indicates the reproduction position of the moving image data D acquired based on a predetermined operation. For example, the playback time of a moving image when a predetermined operation is performed may be used.

  The information processing apparatus 1 (CPU 11) acquires exercise information for each unit distance (lap) based on the measurement value for each unit distance (for example, lap) as exercise recording means, and uses this exercise information as a unit. In association with one of the distances, it is stored in a storage unit (RAM 13, flash memory 15, etc.). For example, when there are two laps, the first lap (from 0m to 5m) and the second lap (from 5m to 10m), the measured values for the first and second laps are stored in the storage unit ( RAM 13, flash memory 15, etc.). Then, for example, as shown in FIG. 34, the information processing apparatus 1 (CPU 11) serves as a display control means for storing a target value and exercise information for each unit distance (first lap and second lap) (RAM 13). , The flash memory 15) and the like and displayed on the display unit 17 in association with each other. When a selection operation for selecting any one of the unit distances is received from the user, the moving image data D is reproduced from the reproduction position corresponding to the selected unit distance. For example, when the second lap is selected, the moving image data D is reproduced at the reproduction position corresponding to the second lap even if the moving image data D is reproduced at the reproduction position corresponding to the first lap. Thereby, the moving image reproduced from the reproduction position corresponding to the selected unit distance is displayed on the display unit 17 (for example, the third display area W1 in FIG. 34).

  According to the third feature, the target value and exercise information for each lap are displayed, and the user can select any one of these laps. The moving image data D is reproduced at the corresponding reproduction position. As a result, the target value corresponding to the lap, the measured value, and the video of the exerciser exercising are displayed to the user. Therefore, in order to bring the measured value closer to the target value, what points of exercise should be improved The user can be notified effectively.

(4) As a fourth feature, by executing the program P, a plurality of target values and a plurality of exercise information are stored in the storage unit (RAM 13, flash memory 15, etc.). Then, for example, as shown in FIGS. 30 to 32, the information processing apparatus 1 (CPU 11) functions as display control means by associating a plurality of target values and a plurality of exercise information with each other in the display unit 17. In addition to displaying in one display area W2, a plurality of target values and a plurality of exercise information are represented by graphs (for example, graphs GR24, GR25, GR26 in FIGS. 30 to 32), and the second in the display unit 17 is displayed. Displayed in the display area W3. The graph is, for example, a graph in which the first index is the first axis and the second index is the second axis. In FIGS. 30 to 32, the first index is the vertical axis and the second index is the second index. It is a graph with the horizontal axis.

  As shown in FIG. 30, when only a part of a plurality of target values and exercise information can be displayed in the first display area W2, a plurality of target values and exercise information are displayed according to a user operation. The display position in the first display area W2 is changed by scrolling, for example. The “user operation” is, for example, a slide operation or a flick operation on the display unit 17 (for example, the first display area W2) equipped with a touch panel. The “case where only a part of the plurality of target values and exercise information can be displayed in the first display area W2” is as follows. 30 to 32, a target value (corresponding to "target" in FIGS. 30 to 32) corresponding to a unit distance (lap, corresponding to "passing distance" in FIGS. 30 to 32) and exercise information (from FIG. 30). In FIG. 32, “split”, “swimming speed”, and “stroke length” are displayed side by side in the same row direction as the unit distance, and the unit distance is increased by setting the unit distance, the target value, and the exercise information. As the number of lines increases, it will be displayed. Therefore, if the unit distance is large, the target value and the exercise information for all the unit distances cannot be displayed in the first display area W2. In such a case, according to the operation of the user, for example, the display positions of the plurality of target values and the exercise information are changed according to the operation amount and the operation direction of the slide operation and the flick operation. 30 to 32, when a slide operation or a flick operation is performed in the upward direction, the target value of the unit distance (lap) after the currently displayed “passing distance 25 m” and the motion information are indicated by arrows a. The image is scrolled in the (vertical direction) and displayed in the display area W2. This makes it possible to display a large number of target values and exercise information to the user regardless of the size of the first display area W2.

  If the information to be displayed in the first display area W2 increases, the size of the graph also increases, and there are cases where it cannot be displayed in the second display area W3. For example, as illustrated in FIGS. 30 to 32, the information processing apparatus 1 (CPU 11) responds to (in conjunction with) a change in the display position of the plurality of target values and exercise information on the first display area W <b> 2 described above. The display position in the second display area W3 in the graph is also changed by scrolling. For example, it is displayed by scrolling in the direction indicated by the arrow b (lateral direction). By doing in this way, the display position of the graph in the 2nd display area W3 can be changed into the display position showing the information displayed on the 1st display area W2. As a result, a graph with a large amount of information (a large size) can be displayed regardless of the size of the second display area W3.

  As described above, according to the third feature, the target value and the exercise information stored in the storage unit (flash memory 15 or the like) increase, and all of the target value and the exercise information are stored in the first display area W2. Cannot be displayed and only a part of it can be displayed, the display position of multiple target values and exercise information is changed by scrolling according to the user's operation (flick operation or slide operation). Information can be displayed to the user. In addition, by displaying a plurality of target values and exercise information in a graph, the difference between the target value and the exercise information can be shown easily for the user to understand. Furthermore, since the display position of the graph in the second display area W3 is also scrolled according to the scroll change of the display position of the plurality of target values and exercise information, it corresponds to the target value and the exercise information viewed by the user. Can be displayed to the user. Thereby, it is easier to understand and the difference between the target value and the exercise information can be displayed to the user. Further, when the content (information) displayed in the first display area W2 is scrolled, the image displayed in the second display area W3 is scrolled, so that a visually interesting display can be performed.

(4 ′) As another feature, by executing the program P, the information processing apparatus 1 (CPU 11) performs predetermined measurement of the exerciser for each predetermined number of unit distances (laps) constituting the specified distance as measurement means. Get the measured value for the number of strides or strokes. And the operation part 16 receives the instruction | indication of the measurement start to a measurement means (CPU11) from a user, and is 1st operation for accepting the passage input operation for inputting the time of the exerciser's unit distance (lap) passage. A button G561 and a second operation button G562 for inputting a timing at which a predetermined number of strides or strokes are made by the athlete. In this embodiment, as shown in FIG. 19, the operation unit 16 includes a touch panel mounted on the display unit 17, and displays a first operation button G561 and a second operation button G562 on the display unit 17 mounted with the touch panel. To do. And the said measurement means performs the said measurement based on operation received with the said 1st operation button and the said 2nd operation button.

  Then, the information processing apparatus 1 (CPU 11) receives an operation from the user with the first operation button G561 as an operation button control means, and inputs the start of the race or the passage of the lap, and then uses the second operation button G562. When a specific number of operations are received, as shown in FIG. 20, until an operation from the user is received with the first operation button G561 (until there is an operation of the first operation button G561 and the passage of a lap is input). The second operation button G562 is invalidated. In FIG. 20, FIG. 21, FIG. 26, FIG. 27, and FIG. 36 to FIG. 39, the operation button G56 indicated by light ink is disabled.

  For example, in one lap, a specific number of operations of the second operation button G562 is required to acquire measurement values for a predetermined number (for example, three times) of strides or a predetermined number of (for example, three times) strokes. Let's say. For example, it is assumed that two second operation buttons G562 are required at the start and end of a predetermined number of strides or a predetermined number of strokes. In this case, if the second operation button G562 is operated instead of the first operation button G561 after the second operation button G562 is operated a specific number of times (twice) in one lap, it is an erroneous operation. According to the fourth feature, the second operation button G562 is invalidated when an operation from the user is received by the first operation button G561 and then a predetermined number of operations are received by the second operation button G562. When an operation from the user is accepted with the first operation button G561, the invalidation of the second operation button G562 is canceled. As a result, it is possible to effectively prevent the erroneous operation that the second operation button G562 is operated without the G561 as described above.

  In the above configuration, the second operation button G562 may receive an instruction to start measurement on the exercise of the exerciser from the user. When the second operation button G562 is used instead of the first operation button G561 and an instruction to start measurement regarding the exercise of the exerciser is received from the user, the first operation button G561 may be invalidated. When the first operation button G561 is invalidated, measurement is performed for the specified distance, not for each unit distance. In the case where measurement is not performed for each unit distance, if the first operation button G561 for inputting the passage of the unit distance of the exerciser is operated, it is an erroneous operation, but the first operation button G561 is invalidated. Therefore, such an erroneous operation is prevented.

(5) As a fifth feature, the information processing apparatus 1 may further include a communication unit 14, and may further function as a transmission unit and a reception unit by executing the program P. The information processing apparatus 1 may cause the other information processing apparatus 1 to transmit the target value and / or the exercise information through the communication unit 14 as a transmission unit. The information processing apparatus 1 receives a target value and / or exercise information from another information processing apparatus 1 as a receiving unit by the communication unit 14, and stores the received target value and / or exercise information in a storage unit (flash memory 15). Etc.) may be stored.

  According to the fifth feature, the information processing apparatus 1 can receive the exercise information acquired by the other information processing apparatus 1 and the target value set by the other information processing apparatus 1. Thus, not only the exercise information measured by the own device and / or the target value set by the own device, but also the exercise information and / or the target value set by the other information processing apparatus 1 are recorded, and the own device is recorded. Can be displayed. Further, the other information processing apparatus 1 can receive the exercise information acquired by the own device and the target value set by the own device. Accordingly, the exercise information measured by the own device and the target value set by the own device can be acquired and recorded in another information processing device 1 and displayed on the other information processing device 1. In this way, the information processing apparatus 1 can exchange exercise information and / or target values with other information processing apparatuses 1, so that, for example, the coach uses one information processing apparatus 1 and the other When the player uses the information processing apparatus 1 of the player, the target value set by the coach or the exercise information acquired by the coach is acquired by the information processing apparatus 1 of the player, or the target value set by the player or the player is acquired. The exercise information can be acquired by the information processing apparatus 1 of the coach. Thereby, the target value and the exercise information can be collected more efficiently by the information processing apparatus 1, and thereby useful information that contributes to the improvement of the exercise of the exerciser can be provided to the user.

  Hereinafter, an embodiment when the present invention is applied to a program for recording and displaying exercise information of an athlete who performs a swimming competition will be described in detail.

(Detailed explanation of exercise information recording and display program according to the present embodiment: explanation of information processing apparatus)
First, an information processing apparatus that executes an exercise information recording and display program according to the present embodiment will be described with reference to FIG. The information processing apparatus 1 according to the present embodiment (“an example of a computer” of the present invention) is a portable information processing apparatus such as a smartphone, a tablet, a portable game machine, or a notebook personal computer. However, as the information processing apparatus 1, a stationary information processing apparatus such as a stationary personal computer or a stationary game machine may be used.

  Further, as described above, in FIG. 1, the information processing apparatus 1 set to the coach mode is the coach information processing apparatus 1A, and the information processing apparatus 1 set to the player mode is the player information processing apparatus 1B. is there. In the present embodiment, the coach mode and the player mode can be switched in the settings in the execution of the program P. If the coach mode is set, target values and exercise information can be recorded and displayed for a plurality of player names. If the player mode is set, a target value and exercise information can be recorded and displayed for a single player name.

The information processing apparatus 1 includes a CPU (Central Processing Unit) 11, a ROM (Read Only Memory) 12, a RAM (Random Access Memory) 13, a communication unit 14, a flash memory 15, an operation unit 16, and a display unit 17. By executing the program P, the CPU 11 executes “target recording means”, “measurement means”, “exercise recording means”, “display control means”, “reproduction means”, “operation button control means” , “transmission means” of the present invention. And exercise information recording / display processing (main processing shown in FIG. 2) to be described later. A ROM (Read Only Memory) 12 stores a startup program for the information processing apparatus 1. A RAM (Random Access Memory) 13 functions as a work area for the CPU 11. When the CPU 11 executes exercise information recording / display processing, the program P is read from the flash memory 15 or an external recording medium and recorded in the RAM 13.

  The communication unit 14 is a communication interface that performs peer-to-peer short-range wireless communication (wireless communication within a communication distance of several tens of meters) with other information processing devices. Examples of near field communication include NFC (Near Field Communication), Bluetooth (registered trademark), ZigBee (registered trademark), IrDA (Infrared Data Association), and the like. The communication unit 14 may be a communication interface for performing communication with other information processing devices by other wireless communication such as wired or WiFi instead of short-range wireless communication. Instead, communication may be performed with another information processing device via another network.

  The flash memory 15 is used for recording various programs and data, and stores a program P (an application including the program P) for causing the CPU 11 to execute exercise information recording / display processing described later. The application including the program P may be read from an external recording medium (not shown), downloaded from a server (not shown), or recorded in the flash memory 15 from the shipping stage of the information processing apparatus 1. Good. Note that the flash memory 15 records moving image data D representing how an exerciser is exercising. When the information processing apparatus 1 includes an imaging unit (not shown), the moving image data D may be generated by imaging by this imaging unit and recorded in the flash memory 15, or an external recording medium It may be read from (not shown) or downloaded from a server (not shown).

  In the present embodiment, the target value and the exercise information are recorded in the flash memory 15 in association with the player name by executing the exercise information recording / display process (main process in FIG. 2) of the CPU 11. Here, when the coach mode is set, target values and exercise information for a plurality of player names are recorded. When the player mode is set, the target value and exercise information for a single player name are recorded. The target value and the exercise information are each added with an item name, and the target value and the exercise information are associated with each other by the item name. When exercise information is displayed in a recording display process described later, a target value to which the same item name as the exercise information is added is displayed together with the exercise information. In this embodiment, a plurality of types of exercise information such as split, lap time, swimming speed, stroke length, and stroke time are acquired by one measurement process. Measurement date / time is added (in the case of moving image measurement processing, the shooting date / time of moving image data D is added as the measurement date / time). In a recording display process described later, a plurality of types of exercise information to which the same shooting date and time are added are displayed to the user.

  The operation unit 16 is for accepting a user operation, and is a touch panel mounted on the display unit 17 in the present embodiment. However, the operation unit 16 is not limited to a touch panel, and may be a mechanical operation unit such as a keyboard, a numeric keypad, or a mouse, and may be any device that accepts an operation from a user. The display unit 17 is for displaying various types of information to the user, and is a liquid crystal display device, for example.

(Detailed description of exercise information recording and display program according to the present embodiment: description of main processing)
Main processing (exercise information recording and display processing) performed in the information processing apparatus 1 by executing the program P will be described. FIG. 2 is a flowchart (part 1) illustrating an example of a main process performed by executing the exercise information recording and display program according to the present embodiment. FIG. 3 is a flowchart (part 2) illustrating an example of the main process performed by executing the exercise information recording and display program according to the present embodiment. FIG. 14 is a diagram illustrating an example of a home screen displayed in the main process. The main process is performed according to a user's instruction to start execution of the program P (for example, an icon touch).

  First, the CPU 11 displays a home screen G1 as shown in FIG. 14 (S1). The home screen G1 includes a player name G10, recent recording information G11, a recording display button 11A, a moving image icon G12, a setting button G13, a coach character G14, a measurement button G15, a target setting button G16, a player management button G17, and a home button G18. Is displayed. The player name G10 indicates the name of a player for which exercise information is to be recorded. In the player mode, the exercise information is recorded by one person. For this reason, the name of this one player is displayed as the player name G10. In the coach mode, a plurality of athletes are targets for recording exercise information. In the coach mode, the name of the player selected from the plurality of players is displayed as the player name G10.

  The latest recorded information G11 displays the latest n-th (for example, fifth) exercise information among the exercise information recorded for the player whose name is displayed by the player name G10. Note that if no athlete name to be recorded for exercise information is recorded or no exercise information is recorded, the player name G10 and the latest recorded information G11 are not displayed. The record display button 11A is an operation button for receiving an instruction to display exercise information and target values from the user. The moving image icon G <b> 12 (G <b> 121, G <b> 122) is displayed in the vicinity of the information in which the corresponding moving image data D among the displayed exercise information is recorded in the information processing apparatus 1. The setting button G13 is an operation button for accepting an instruction to change various settings from the user. In this embodiment, the setting button G131 displayed at the top of the home screen G1 and the setting button G132 displayed at the footer F portion are displayed. Two setting buttons G13 are displayed. The coach character G14 is a character designed to imitate a coach.

  The measurement button G15 is an operation button for acquiring a measurement value by measuring the exercise of the exerciser and receiving an instruction to acquire exercise information based on the measurement value from the user. In the present embodiment, two measurement buttons G15, a measurement button G151 displayed near the center of the home screen G1 and a measurement button G152 displayed in the footer F portion, are displayed. The target setting button G16 is an operation button for receiving a target value setting instruction from the user. In the present embodiment, two target setting buttons 16 are displayed: a target setting button G161 displayed slightly below the center of the home screen G1, and a target setting button G162 displayed on the footer. The player management button G17 is an operation button that receives an instruction to set player information such as a player name from the user. The player management button G17 is displayed only when the coach mode is set, and may not be displayed when the player mode is set. The home button G18 is an operation button that receives an instruction to display the home screen G1 from the user. In the present embodiment, the footer F is configured by the home button G18, the measurement button G152, the recording display button G11A, the target setting button G162, and the setting button G132.

  The CPU 11 determines whether or not the player management button G17 has been pressed (S2). In the present embodiment, “pressing” includes “touching” the display unit 17 equipped with a touch panel. If it is determined that the player management button G17 has not been pressed (NO in S2), the CPU 11 executes step S4 described later. When it is determined that the player management button G17 has been pressed (YES in S2), the CPU 11 executes a player management process (S3). In the present embodiment, steps S2 and S3 are executed only when the coach mode is set, and are not executed when the player mode is set.

[Description of main processing: description of player management processing]
In the player management process, a player information input screen for inputting player information such as a player's name, gender, and specialized items (butterfly, backstroke, breaststroke, freestyle, personal medley, etc.) is displayed. Guided and input of player information from the user is accepted. This player information is recorded in the flash memory 15. The recorded player information (player name) is displayed in the player name G10 on the home screen G1 shown in FIG. In the present embodiment, when the player mode is set, the player management process is not executed, but the player's name, gender, and specialized item (butterfly, backstroke, breaststroke, freestyle, personal medley, etc.) As for the player information, a player information input screen is displayed when the program P is started for the first time, and the player information input by being guided by this input screen is recorded in the flash memory 15.

  After executing the player management process in step S3, the CPU 11 determines whether or not the setting button G13 has been pressed (S4). If it is determined that the setting button G13 is not pressed (NO in S4), the CPU 11 advances the process to step S6 described later. When determining that the setting button G13 has been pressed (YES in S4), the CPU 11 executes a setting process (S5).

[Description of main processing: description of setting processing]
An example of the setting process will be described with reference to FIGS. FIG. 15 is a diagram (part 1) illustrating an example of a setting screen G2 displayed in the setting process. FIG. 16 is a diagram (part 2) illustrating an example of a setting screen G2 displayed in the setting process. FIG. 17 is a diagram illustrating an example of the measurement point setting screen G3 displayed in the setting process.
In the setting process, first, a setting screen G2 as shown in FIG. 15 is displayed. The setting screen G2 displays a mode switching part G21, a stroke information input part G22, a measurement point input button G23, and the footer F described above. The mode switching unit G21 displays the player mode selection unit G211 and the coach mode selection unit G212, and accepts an operation for selecting one of these from the user, thereby switching the setting between the coach mode and the player mode. It can be done.

  The stroke information input unit G22 displays a short channel stroke information input unit G221 and a long channel stroke information input unit G222. The short waterway stroke information input unit G221 receives a setting from the user regarding how many times the measurement value is acquired (measures the stroke time) in a short waterway (for example, a 25 m long pool). belongs to. The long waterway stroke information input unit G222 accepts a setting for how many times the measurement value is acquired (measures the stroke time) from the user in a long waterway (for example, a 50 m long pool). belongs to. The short waterway stroke information input unit G221 and the long waterway stroke information input unit G222 receive an input of the number of strokes desired by the user by displaying options by a drop-down display as shown in FIG. It is set (saved) as the number of strokes to be measured. The measurement point input button G23 is an operation button for accepting an instruction to execute a lap (unit distance) setting from the user. When the measurement point input button G23 is pressed, the CPU 11 displays a measurement point setting screen G3 as shown in FIG.

  Referring to FIG. 17, the measurement point setting screen G3 includes a measurement target item selection unit G31, two channel-specific tabs G32 (short channel tab G321, long channel tab G322), a “return” operation button G34, and a recommended setting button. G221A and the footer F are displayed.

  The measurement target item selection unit G31 is an operation unit that selects a specialized item to be measured. When the measurement target item selection unit G31 is touched by the user, a specialized item (for example, butterfly, backstroke, breaststroke, freestyle, personal medley, etc.) and a specified distance (for example, 50m, 100m, etc.) are input. A pop-up screen is displayed, guided by this screen, and a specialized item and a prescribed distance for a player who is a target of setting a target set value can be input.

  The short water channel tab G321 is a tab for inputting measurement points, that is, laps in the short water channel, and the long water channel tab G322 is a tab for inputting measurement points, that is, laps in the long water channel.

  The short water channel tab G321 and the long water channel tab G322 are provided with the measurement point setting unit G33. Measurement point candidates are displayed in advance in the measurement point setting unit G33, and among these candidates (candidates such as 5.0 m, 10.0 m, 12.5 m, 15.5 m, etc.), an arbitrary one that the user wants to set is set. Candidates are selected by an operation such as a touch operation. For example, a candidate with a check such as 15.0 m or 20.0 m is a selected candidate. Thereby, an arbitrary lap of the user is selectively set. For example, in FIG. 17, since the measurement points of 15.0 m, 20.0 m, and 25.0 m are checked, these measurement points are selected. The first lap from the 0m point to the second lap from the 15.0m point to the 20.0m point is selected as the third lap from the 20.0m point to the 25.0m point.

  The “return” operation button G34 is an operation button for accepting an instruction to end the player management process from the user. When the “return” operation button G34 is pressed, this process is terminated and the process returns to the main process. In the same way, when the operation button of the footer F is pressed, this processing is ended and the processing is returned to the main processing. The recommended setting button G221A is an operation button for selecting a recommended setting (a preset default setting) for a lap. When the setting button G221A is pressed, the display of the measurement point setting unit G33 is also changed to indicate the recommended setting.

  Returning to FIG. 2, after executing the setting process in step S4, the CPU 11 determines whether or not the measurement button G15 is pressed (S6). When it is determined that the measurement button G15 is not pressed (NO in S6), the CPU 11 advances the process to step S8 described later. If it is determined that the measurement button G15 is pressed (YES in S6), the CPU 11 executes a measurement process (S7).

(Description of main processing: Description of measurement processing)
In the measurement process, a measurement value is acquired for the exercise of the exerciser, exercise information is acquired based on the measurement value, and the exercise information is recorded. Details of the measurement process will be described later.

  The CPU 11 determines whether or not the target setting button G16 has been pressed after the execution of the measurement process (S8). If it is determined that the target setting button G16 has not been pressed (NO in S8), the CPU 11 advances the process to step S10 described later. On the other hand, when it is determined that the target setting button G16 is pressed (YES in S8), the CPU 11 executes a target value setting process (S9).

[Description of main processing: Description of target value setting processing]
An example of the target value setting process will be described with reference to FIG. FIG. 28 is a diagram showing an example of the target value setting screen G9 displayed in the target value setting process. The target setting process is a process of receiving an input of a target value from the user and setting the received input value as a target value. In the target setting process, a target setting screen G9 is displayed. The target setting screen G9 displays a target setting target item input unit G91, two channel-specific tabs G92 (short channel tab G921, long channel tab G922), target setting tips display instruction operation button G34A, and the above footer F. Is done.

  The target setting target item input unit G91 is an operation unit that inputs a special item to be set as a target value. When the target setting target item input unit G91 is touched by the user, a player's special item (for example, butterfly, backstroke, breaststroke, freestyle, personal medley, etc.) and a prescribed distance (for example, 50m, 100m, etc.) are input. A pop-up screen is displayed for guidance, and this screen guides the user to input a specialized item and a prescribed distance for setting a target value. This target set value is set for one player (single player name) in the player mode, and one player (single player) selected by the user among a plurality of registered players (multiple player names) in the coach mode. One player name).

  The short water channel tab G921 is a tab for accepting and setting an input of a target value of the short water channel. The long water channel tab G922 is a tab for accepting and setting an input of a target value of the long water channel. Both the short water channel tab G921 and the long water channel tab G922 display the best time display part G93, the target time display part G94, and the target value setting part G95. The best time display part G93 required to swim the specified distance for the specialized item (special item set in the target setting target item input unit G91) for the target value setting target player for the target value setting target. The shortest time is shown. The said time is time based on the recorded exercise information. In the default setting, the target time display unit G94 displays the same time as the best time display unit G93, and displays the time by reducing the display time by an operation from the user. Thereby, the user can set the target value based on the current state of the exerciser with a simple operation.

  The target value setting unit G95 is provided with a display column G951 for current exercise information and a display column G952 for target exercise information. In the current exercise information display column G951, the exercise information (split, lap, swimming speed) for each unit distance (lap) column G953 regarding the event selected as the target value setting target for the target value setting target player. , Stroke time, stroke length) are displayed. The exercise information displayed here is exercise information indicating the best result among the recorded exercise information. The target exercise information display field G952 is for receiving input of target values of split, lap, swimming speed, stroke time, and stroke length for each unit distance (lap) field G953 from the user. In the default exercise information display field G952, the same value as the current exercise information display field G951 is input by default. Then, by operating the triangular key G954 (triangular keys G954A, G954B) displayed next to the stroke time and the stroke length, the stroke time (stroke time) and the stroke length are changed. The setting of the target value of the lap and the swimming speed is also changed. In FIG. 28, the exercise information and target values for all the unit distance (lap) columns G953 are not displayed, but the current exercise information display column G951 and the target exercise information are displayed by the user's slide operation or the like. The display field G952 is scrolled to display exercise information and target values for all unit distance (lap) fields G953. When the operation button (for example, the home button G18) constituting the footer F is pressed, the target setting process is ended.

  Referring to FIG. 3, CPU 11 determines whether or not recording display button 11A has been pressed (whether or not a recording display instruction has been accepted) after the end of the set value processing (S10). If it is determined that a record display instruction has not been received (NO in S10), the CPU 11 advances the process to step S12 described later. If it is determined that a record display instruction is accepted (YES in S10), the CPU 11 executes a record display process (S11).

[Description of main processing: description of recording display processing]
The record display process is a process for displaying the recorded target value and the recorded exercise information in association with each other. Details of this record display processing will be described later.

  After executing the recording display process, the CPU 11 determines whether or not the home button G18 has been pressed (S12). If it is determined that the home button G18 has been pressed (YES in S12), or if it is determined that the home button G18 has not been pressed (NO in S12), the CPU 11 returns the process to step S1. The main process is ended by the user's instruction to end the program P.

(Detailed explanation of exercise information recording and display program according to the present embodiment: detailed explanation of measurement processing)
Hereinafter, an example of the measurement process will be described in detail with reference to FIGS. 4 to 10 and FIGS. FIG. 4 is a flowchart illustrating an example of a measurement process executed in the main process. FIG. 18 is a diagram illustrating an example of a measurement method selection screen displayed in the measurement process.

  First, the CPU 11 displays a measurement method selection screen G4 (S21). On the measurement method selection screen G4, the normal measurement selection button G41, the moving image measurement selection button G42, and the footer F described above are displayed. The normal measurement selection button G41 is an operation button for receiving an instruction to perform normal measurement processing from the user. The moving image measurement selection button G42 is an operation button for receiving an instruction to execute a moving image measurement process from the user.

  Thereafter, the CPU 11 determines whether or not the normal measurement selection button G41 is pressed (S22). If it is determined that the normal measurement selection button G41 has been pressed (YES in S22), the CPU 11 executes a normal measurement process (S23). The normal measurement process is a process for causing a user to perform an operation for measurement while visually observing an exerciser's motion, and to perform a measurement on the exerciser's motion based on this operation. Details of the normal measurement process will be described later. After executing the normal measurement process, the CPU 11 returns the process to step S21.

  When determining that the normal measurement selection button G41 has not been pressed (NO in S22), the CPU 11 determines whether or not the moving image measurement selection button G42 has been pressed (S24). When it is determined that the moving image measurement selection button G42 has been pressed (YES in S24), the CPU 11 executes a moving image measurement process (S25). The video measurement process is to reproduce the video data D that contains the exercise of the exerciser, and to allow the user to perform an operation for measurement while viewing the video, and based on this operation, This is a process for measuring. Details of the moving image measurement process will be described later. After executing the moving image measurement process, the CPU 11 returns the process to step S21.

  If it is determined that the video measurement selection button G42 has not been pressed (NO in S24), the CPU 11 determines whether another operation button (for example, the home button G18) constituting the footer F described above has been pressed. (S26). If it is determined that another operation button (for example, the home button G18) has been pressed (YES in S26), the CPU 11 ends the measurement process. Thereafter, when the home button G18 is pressed, step S1 of the main process in FIG. 2 is executed. When the measurement button G152 is pressed, this measurement process is executed again. When the record display button G11A is pressed, step S11 of the main process in FIG. 3 is executed. When the target setting button G162 is pressed, step S9 of the main process in FIG. 2 is executed. When the setting button G132 is pressed, step S5 of the main process in FIG. 2 is executed.

  On the other hand, if it is determined that no other operation button is pressed (NO in S26), the CPU 11 returns the process to step S21.

  As described above, in the measurement process, the normal measurement process (S23) and the moving image measurement process (S25) are executed, and the exercise is measured based on the user operation (measurement operation). The value is obtained. In the present embodiment, this measurement operation by the user is accepted by a measurement operation button G56 as shown in FIGS. In the present embodiment, as shown in FIGS. 19 and 26, a first operation button G561, a second operation button G562, and a third operation button G563 are displayed as the measurement operation buttons G56. As the measurement operation button G56, other measurement operation buttons G56 from the first to third operation buttons G561, G562, and G563 may be displayed.

  As described above in “Characteristics of exercise information recording and display program according to the present embodiment”, the first operation button G561 accepts an instruction to start measurement to the measurement means (CPU 11) from the user, and wraps the exerciser. This is an operation button for accepting a passage input operation for inputting the passage time. The second operation button G562 is an operation button for inputting a timing at which a predetermined number of strides or strokes are made by the exerciser. The “predetermined number of times” is set at an arbitrary number of times in the setting process (step S5 of the main process in FIG. 2), and is guided, for example, on a setting screen G2 as shown in FIG. Is set. The third operation button G563 is an operation button for accepting an instruction to end (stop / reset) measurement of the exercise of the exerciser from the user.

  In the present embodiment, in order to prevent erroneous operation of the first to third operation buttons G561, G562, and G563, it is not always in the valid state during the measurement period, but is switched from the valid state to the invalid state (invalidated). ) Or switched from the disabled state to the enabled state (enabled). The valid state is a state in which an instruction from the user can be input by pressing the measurement operation button G56. The invalid state is a state in which an instruction from the user cannot be input by pressing the measurement operation button G56. Hereinafter, switching control between the valid state and the invalid state of the first to third operation buttons G561, G562, and G563 will be described.

[Detailed description of measurement processing: switching control between valid and invalid states of first to third operation buttons G561, G562, and G563]
FIG. 5 is a timing chart showing valid or invalid states of the first to third operation buttons G561, G562, and G563 in the measurement process. The direction of the arrow indicates the passage of time. In the present embodiment, before the start of measurement of the exercise of the exerciser, the first and second operation buttons G561 and G562 are enabled and the third operation button G563 is disabled. Then, when the first operation button G561 is pressed, measurement of the exerciser's movement (lap time, split, measurement of elapsed time from the start of the competition) is started. When the first operation button G561 is pressed, the third operation button G563 is validated and the end of measurement (stop / reset) can be input.

In the present embodiment, so that can be measured scan Torokutaimu of strokes of a predetermined number of times set optionally. Here, it is assumed that the predetermined number of times is set to three. The second operation button G562 is pressed at the start of the predetermined number of strokes, that is, at the start of the first stroke (if the hand lands on the crawl). Then, the second operation button G562 is pressed at the end of the predetermined number of strokes, that is, at the end of the third stroke (if the hand lands on the fourth time if crawling). Thereby, the time (stroke time) required for a predetermined number of times (three times) of strokes can be measured.

  Here, when the stroke time of one predetermined number of strokes is measured in the lap to be measured, the measurement of the stroke time is completed for the lap. Accordingly, after the second operation button G562 for the second lap is operated (touched), the second operation button G562 is operated next, and this operation becomes an erroneous operation. Therefore, in the present embodiment, when the second operation button G562 is operated twice, the second operation button G562 is invalidated and an erroneous operation is prevented.

  Thereafter, when the first operation button G561 is pressed, it is input that the first lap is finished and the second lap is started. In the period from the previous operation of the first operation button G561 to the timing when the first operation button G561 is operated this time, the measured value of the first lap is acquired, and the first lap is measured based on this measured value. Exercise information is acquired.

  When the first operation button G561 is operated (touched), the second operation button G562 is validated. This enables measurement of the next lap (lap time, split, and stroke time of the second lap).

  At the end of the last lap (measurement end timing), the above-described second operation button is validated and invalidated until the first operation button G561 is operated. When the first operation button G561 is operated at the end of the last unit process (lap), the first operation button G561 is invalidated and the invalid state of the second operation button G562 is maintained. At this time, the third operation button G563 is changed from the “STOP” operation button (button for instructing measurement stop) to the “RESET” operation button (reset button for instructing to discard the exercise information) while maintaining the valid state. Function is changed.

  The switching control for enabling and disabling the first to third operation buttons G561, G562, and G563 is not limited to the switching control described above. For example, switching control as shown in FIG. 6 may be employed. FIG. 6 is a timing chart showing valid or invalid states of the first to third operation buttons G561, G562, and G563 in a modification of the present embodiment. In this modified example, not only the first operation button G561 but also the second operation button G562 can accept an instruction to start measurement from the user. When an instruction to start measurement is received from the user with the first operation button G561, switching control of the first to third operation buttons G561, G562, and G563 is executed as shown in FIG. 5 described above. On the other hand, when an instruction to start measurement is received from the user with the second operation button G562, the measurement is started and the first operation button G561 is invalidated as shown in FIG. It becomes impossible to input the start / end of the lap using the button G561. Therefore, when the first operation button G561 is invalidated, the stroke length for each lap, the stroke time for each lap, the split time, and the lap time cannot be measured. Therefore, a predetermined number of stroke times and stroke lengths can be measured by pressing the second operation button G562, but this measurement value is not a measurement value for each unit distance but a measurement value for a specified distance. It turns out that.

[Detailed description of measurement processing: example of measurement method and exercise information acquisition method]
In this embodiment, the stroke time for a predetermined number of times (for example, three times) arbitrarily set by the user, the split for each lap, the lap time for each lap, and the time required to swim the specified distance are measured. Measured as a value. Then, exercise information is acquired based on the measured value. This exercise information includes, for example, the stroke time for one stroke, the stroke length for one stroke, the split for each lap, the lap time (time required for swimming the lap), and the specified distance. The time it takes to swim, the swimming speed for each lap. The time required to swim the specified distance is the same as the split of the last lap, so it is not always necessary to acquire a split for each unit distance. The stroke time for one stroke is calculated by the following equation (1). The swimming speed (m / sec) is calculated by the following formula (2). The stroke length for one stroke is calculated by the following equation (3).

Expression (1): Stroke time of a predetermined number of times (in this example, 3 times) / Predetermined number of times (in this example, 3 times) = Stroke time expression for one stroke (2): Length of lap ( For example, if the lap is from 5m to 20.0m, 15.0m) (m) ÷ lap time (sec) = swimming speed (m / sec)
Formula (3) ... stroke time (sec) x swimming speed (m / sec) = stroke length (m)

  Since the target value corresponds to the exercise information, the stroke time for one stroke, the stroke length, the split for each lap, the lap time for each lap, and the specified distance are swimmed as with the exercise information. This is the swimming speed for each lap.

[Detailed description of measurement processing: Detailed description of normal measurement processing]
Hereinafter, an example of the normal measurement process will be described in detail with reference to FIGS. 7 to 9 and FIGS. 19 to 22. FIG. 7 is a flowchart (part 1) illustrating an example of a normal measurement process executed in the measurement process. FIG. 8 is a flowchart (part 2) illustrating an example of the normal measurement process executed in the measurement process. FIG. 9 is a flowchart (part 3) illustrating an example of the normal measurement process executed in the measurement process. FIG. 19 is a diagram (part 1) illustrating an example of a measurement operation button display screen displayed in the normal measurement process. FIG. 20 is a diagram (part 2) illustrating an example of a measurement operation button display screen displayed in the normal measurement process. FIG. 21 is a diagram (No. 3) illustrating an example of a measurement operation button display screen displayed in the normal measurement process. FIG. 22 is a diagram illustrating an example of a save confirmation screen displayed in the normal measurement process.

  First, the CPU 11 displays a measurement operation button display screen G5 displayed by the measurement operation button G56 (S31). The measurement operation button display screen G5 will be described with reference to FIG. The measurement operation button display screen G5 includes a “return” operation button G51, a measurement selection item input unit G52, a specified distance selection unit G53, an elapsed time display unit G54, an exercise information display unit G55, a measurement operation button G56, and a “save”. An operation button G57 is displayed.

  The “return” operation button G51 is an operation button for accepting an instruction to end the normal measurement process and return the process to the measurement process shown in FIG. The measurement selection item input unit G52 is an operation unit for accepting a selection of a special item to be measured (in this example, the special item “free form” has already been selected) from the user. When the user touches the measurement selection item input unit G52, for example, a specialized item input screen is displayed in a pop-up. The specified distance selection unit G53 is an operation unit for accepting selection of a specified distance (in this example, the specified distance “25 m” has already been selected) from the user. When the user touches the specified distance selection unit G53, for example, a screen for inputting the specified distance is displayed in a pop-up. The elapsed time display part G54 shows the elapsed time since the exercise of the exerciser was disclosed, and the update is stopped at the end of the exercise. At the time of this stop, the elapsed time display part G54 displays “time required to swim the specified distance”.

  The exercise information display portion G55 is a display field for displaying exercise information for each unit distance (each lap, “passing distance (measurement point)” in FIG. 19 indicates a unit distance). Specifically, the exercise information display unit G55 has a “unit distance” display field G551 in the first column from the left, a “split” display field G552 in the second column, a “lap time” display field G553 in the third column, and four columns. The column has a “stroke time” display field G554 in the eye and a “stroke length” display field G555 in the fifth column. In this column, each “unit distance” is shown in a row, and exercise information corresponding to “unit distance” is displayed in the same row. In the “unit distance” display field G551, each lap set arbitrarily by the user in the setting process of the main process in FIG. 2 is displayed from the start of the normal measurement process. In the “split” display column G552, splits (exercise information) corresponding to each unit distance displayed in the “unit distance” display column G551 are displayed. In the “lap time” display field G553, the lap time (exercise information) corresponding to each unit distance displayed in the “unit distance” display field G551 is displayed. In the “stroke time” display column G554, the stroke time (exercise information) corresponding to each unit distance displayed in the “unit distance” display column G551 is displayed. In the “stroke length” display field G555, the stroke length (movement information) corresponding to each unit distance displayed in the “unit distance” display field G551 is displayed. The “split” display field G552, the “lap time” display field G553, the “stroke time” display field G554, and the “stroke length” display field G555 are blank at the start of the normal measurement process. When the normal measurement is started and the measurement value of each lap is acquired, the exercise information is acquired in real time. When the exercise information is acquired, the exercise information is sequentially displayed.

  In the present embodiment, the measurement operation button G56 includes the first operation button G561, the second operation button G562, and the third operation button G563 as described above. The “save” operation button G57 is an operation button for accepting an instruction to save exercise information (recorded in the flash memory 15).

  Returning to FIG. 7, the CPU 11 determines whether or not the first operation button G561 has been pressed (S32). When determining that the first operation button G561 has not been pressed (NO in S32), the CPU 11 determines whether or not the “return” operation button G51 has been pressed (S33). If it is determined that the “return” operation button G51 has been pressed (YES in S33), the CPU 11 ends the normal measurement process and returns to the measurement process of FIG. On the other hand, when determining that the “return” operation button G51 has not been pressed (NO in S33), the CPU 11 returns the process to step S31.

  If it is determined that the first operation button G561 has been pressed (YES in S32), the CPU 11 starts measuring the exercise of the exerciser and validates the third operation button G563 (S34). The measurement started by the execution of step S34 is measurement of elapsed time and measurement start of the lap time of the first lap (first lap (first lap)). The elapsed time is displayed on the elapsed time display portion G54 shown in FIG. At the start of the normal measurement process, the first operation button G561 and the second operation button G562 are enabled, and the third operation button G563 is disabled. In step S34, the third operation button G563, which has been disabled, is enabled. Note that at the start of the normal measurement process, the second operation button G562 may also be disabled and enabled in step S34.

  Then, the CPU 11 determines whether or not the second operation button G562 has been pressed (S35). The touch of the second operation button G562 here is performed by the user when the first stroke is started in the lap to be measured (the first lap at the time of initial processing). When it is determined that the second operation button G562 has been pressed (YES in S35), the CPU 11 starts measuring the stroke time of the measurement target lap (the first lap at the time of the initial processing) (S36). Then, the CPU 11 determines whether or not the second operation button G562 has been pressed (S37). The touch of the second operation button G562 here is a predetermined number of times (for example, when the predetermined number of times is set to three times) in the lap to be measured (the first lap at the time of initial processing) This is performed by the user when the third stroke) is completed. If it is determined that the second operation button G562 is pressed (YES in S37), the CPU 11 invalidates the second operation button G562 (S38). As shown in FIG. 20, the exercise information display unit G55 after the execution of step S38 displays that the second operation button G562 is invalid so as to be identifiable to the user. For example, the brightness and color tone of the second operation button G562 are changed to the brightness and color tone of the first and third operation buttons G561 and G562 and displayed. In step S37, the CPU 11 ends the measurement of the stroke time for the predetermined number of times (three times in this example) for the first lap. Thereby, a predetermined number of times (three times in this example) of the first lap is acquired as a measured value. And the stroke time about one stroke about the 1st lap is computed using the above-mentioned formula (1). The calculated stroke time for one stroke is recorded as exercise information and is displayed as exercise information in the “stroke time” display field G554 corresponding to the first lap as displayed in FIG. . Thereafter, the CPU 11 advances the processing to step S39 described later.

  If it is determined that the second operation button G562 is not pressed (NO in S35), if it is determined that the second operation button G562 is not pressed without executing steps S36 to S37. (NO in S37), the CPU 11 executes Step S39 described later without executing Step S38.

  Next, the CPU 11 determines whether or not the first operation button G561 has been pressed (S39). The first operation button G561 is touched by the user when it is determined that the exerciser has swam the first lap and has entered the second lap. When determining that the first operation button G561 has not been pressed (NO in S39), the CPU 11 determines whether or not the third operation button G563 has been pressed (S40). The third operation button G563 functions as a “STOP” operation button (an operation button for instructing to stop measurement) at the start of the normal measurement process. If it is determined that the third operation button G563 has been pressed (YES in S40), the CPU 11 ends all the currently executed measurements, and sets the function of the third operation button G563 to the “RESET” operation button (measurement). (Operation button for instructing deletion of recording of value and exercise information) (S41). Then, the CPU 11 invalidates the first and second operation buttons G561 and G562 (only the reset button is validated). Thereafter, the CPU 11 advances the processing to step S46 described later, and determines whether or not the third operation button G563 (reset button) has been pressed. Details of step S46 will be described later.

  On the other hand, when determining that the third operation button G563 has not been pressed (NO in S40), the CPU 11 returns the process to step S35, and determines whether or not the second operation button G562 has been pressed. Here, even if the second operation button G562 is touched, if the second operation button G562 is invalidated, it is not determined YES in step S563. This prevents an erroneous operation of touching the second operation button G561 when the first operation button G561 is to be touched.

  When it is determined in step S39 described above that the first operation button G561 has been pressed (YES in S39), the CPU 11 acquires exercise information of the lap to be measured based on the measured value, and exercise information display unit G55. (S42). Specifically, the elapsed time from when the first operation button G561 was pressed last time until the first operation button G561 is pressed this time is measured, and this measured value is used as lap lime (exercise information). In the split, the elapsed time from when the first operation button G561 is pressed in the first step S32 to start measurement until the first operation button G561 is pressed this time is measured, and this measured value is split (exercise information). It is said. The stroke time for one stroke is also motion information, but the stroke time for one stroke is acquired and displayed in step S38. Then, for example, the stroke length and the swimming speed for one stroke are calculated as exercise information using the above formulas (2) and (3).

  Thereafter, the CPU 11 determines whether or not the measurement end timing has come (whether the last lap has ended) (S43). When determining that the measurement end timing has not arrived (NO in S43), the CPU 11 enables the second operation button G562 (S44). Thereafter, the CPU 11 returns the process to step S35. Here, since the second operation button G562 is activated, when the second operation button G562 is touched by the user, YES is determined in the step S35.

  On the other hand, when it is determined that the measurement end timing has arrived (YES in S43), the CPU 11 invalidates the first and second operation buttons G561 and G562, and stops measuring the elapsed time (S45). This elapsed time is recorded as the time (exercise information) required to swim the specified distance. In step S45, as shown in FIG. 21, the function of the third operation button G563 is changed from the “STOP” operation button to the “RESET” operation button (reset button).

  Then, the CPU 11 determines whether or not the third operation button (reset button) G563 has been pressed (S46). When it is determined that the third operation button (reset button) G563 is pressed (YES in S46), the CPU 11 saves the exercise information (recording data) stored in the RAM 13 (FIG. 1) (flash memory). (S47) and discarding (S47). Thereafter, the CPU 11 returns the process to step S31.

  On the other hand, when determining that the third operation button (reset button) G563 has not been pressed (NO in S46), the CPU 11 determines whether or not the “save” operation button G57 has been pressed (S48). If it is determined that the “save” operation button G57 has not been pressed (NO in S48), the process returns to step S46. If it is determined that the “Save” operation button G57 is pressed (YES in S48), the CPU 11 displays a save confirmation image screen G6 as shown in FIG. In addition, a question message “Are you sure you want to save the record?” Is displayed on the save confirmation screen G6, and a “No (return to measurement)” operation button G61, “Yes (go to browse screen)”. Three operation buttons are displayed: an operation button G62 and a “yes (to next measurement)” operation button G63.

  Next, the CPU 11 determines whether or not the “No (return to measurement)” operation button G61 is pressed (S50). If it is determined that the “No (return to measurement)” operation button G61 is pressed (YES in S50), the CPU 11 disables the first and second operation buttons G561 and 562, and sets the third operation button G563 ( The reset button) is enabled and step S46 is executed. On the other hand, when it is determined that the “No (return to measurement)” operation button G61 is not pressed (NO in S50), the CPU 11 determines whether the “Yes (to next measurement)” operation button G63 is pressed. It is determined whether or not (S51). When it is determined that the “Yes (next measurement)” operation button G63 is pressed (YES in S51), the CPU 11 saves the exercise information (recording data) stored in the RAM 13 (FIG. 1). (Recorded in the flash memory 15) (S52). Thereafter, the CPU 11 returns the process to step S31.

  On the other hand, if it is determined that the “yes (to next measurement)” operation button G63 is not pressed (NO in S51), the CPU 11 determines whether or not the “yes (to view screen)” operation button G62 is pressed. Is determined (S53). If it is determined that the “Yes (to browse screen)” operation button G62 has not been pressed (NO in S53), the CPU 11 returns the process to step S50. On the other hand, if it is determined that the “Yes (to browsing screen)” operation button G62 is pressed (YES in S53), the CPU 11 stores the exercise information (recording data) stored in the RAM 13 (FIG. 1). Save (record in the flash memory 15) (S54). Thereafter, the CPU 11 ends the normal measurement process. In this case, the process is not returned to the measurement process of FIG. 4, but is returned to the main process (step S11 of FIG. 3).

  In the flowchart of the normal measurement process, the “return” operation button G51 is described so as not to accept an instruction input after the first operation button G561 is operated to input a measurement start instruction. However, the instruction input may be received even after the first operation button G561 is operated to input an instruction to start measurement.

[Detailed description of measurement processing: Detailed description of video measurement processing]
Hereinafter, an example of the moving image measurement process will be described in detail with reference to FIGS. 7 to 10, 10 </ b> A, and FIGS. 23 to 27. FIG. 10 is a flowchart illustrating an example of the moving image measurement process executed in the measurement process. FIG. 10A is a flowchart illustrating an example of a pause process. FIG. 23 is a diagram illustrating an example of a moving image selection screen G8 displayed in the moving image measurement process. FIG. 24 is a diagram (part 1) illustrating an example of a measurement item selection screen displayed only when the coach mode is set in the moving image measurement process. FIG. 25 is a diagram (part 2) illustrating an example of a measurement item selection screen displayed only when the coach mode is set in the moving image measurement process. FIG. 26 is a diagram (part 1) illustrating an example of a moving image measurement initial screen displayed in the moving image measurement process. FIG. 27 is a diagram (part 2) illustrating an example of a moving image measurement initial screen displayed in the moving image measurement process.

  Hereinafter, differences from the normal measurement process in the video measurement process will be described. Except for this difference, the moving image measurement process is the same as the normal measurement process. The description of the same part as the normal measurement process is omitted. Referring to FIGS. 7 and 10, in the moving image measurement process, steps S61 to S65 in FIG. 10 are executed instead of step S31 in the flowchart shown in FIG. In the moving image measurement process, the CPU 11 displays a moving image selection screen G8 as shown in FIG. 23 (S61).

  Referring to FIG. 23, a list of selectable moving image data D (moving image data D stored in flash memory 15 in FIG. 1) is displayed on moving image selection screen G8. Specifically, the thumbnail image G81 of the movie data D and the information D82 of the movie data D are displayed in association with each other on the movie selection screen G8. On the moving image selection screen G8, thumbnail images G81 of all selectable moving image data D and information G82 of the moving image data D are displayed. The moving image selection image G8 in FIG. 23 includes three thumbnail images G81 (thumbnail images G811). , G812, G813) and the information G82 of the three moving image data D (information G821, G822, G823 of the moving image data D) are displayed, indicating that there are three selectable moving image data D. . When an operation for selecting one of the displayed thumbnail image G81 or information D82 of the moving image data D (for example, touch) is performed, the user's instruction to select one moving image data D is accepted. Note that the selection method of the selectable moving image data D described above is merely an example, and the thumbnail image G81 does not necessarily need to be displayed. Information that can identify the moving image data D is displayed and the moving image is displayed by a user operation. Any method may be adopted as long as the data D is selected.

  The CPU 11 performs a process for receiving a moving image selection / various setting instruction (S62). Specifically, the CPU 11 receives an instruction to select the moving image data D, and reads one moving image data D from the flash memory 15 according to the instruction. Here, when the coach mode is set, a measurement item selection screen G9 as shown in FIGS. 24 and 25 is displayed. On the measurement item selection screen G9, a player name selection unit G91, a measurement special item selection unit G92, a specified distance selection unit G93, and a water channel selection unit G94 are displayed. As shown in FIG. 24, the player name selection unit G91 displays a list of player names registered in a drop-down (or radio buttons) when touched, and selects one player name from this list. It is an operation part which selects the player (exercise person) used as a measuring object by receiving operation from a user. The measurement specialized item selection unit G92 displays a list of specialized items when touched, and accepts an operation for selecting one specialized item from the list, thereby selecting a specialized item to be measured. Part. The specified distance selection unit G93 displays a list of specified distances of specified distances (25 m, 50 m, etc.) when touched, and accepts an operation for selecting one specified distance from this list from the user to be measured. This is an operation unit for selecting a prescribed distance. The water channel selection unit G94 displays a long water channel and a short water channel in a drop-down state when touched, and accepts an operation for selecting one of these from the user, thereby selecting a water channel to be measured. It is. In the coach mode, guided by the measurement item selection screen G9, information such as the name of the player to be measured, the specialized item, the specified distance, and the water channel is input. Then, an “OK” operation button G95 is displayed on the player name selection unit G91, and when the “OK” operation button G95 is operated, the process proceeds to step S63. If the player mode is set and the moving image data D is selected, the process proceeds to step S63.

The CPU 11 displays a measurement operation button display screen G5A as shown in FIG. 26 (S63). Only the difference between the measurement operation button display screen G5 and the measurement operation button display screen G5 will be described. The part without description is the same as the measurement operation button display screen G5. Referring to FIG. 26, a third display area W1, a rewind operation unit G781, a fast forward operation unit G783, a playback / pause operation unit G784, and a moving image playback position display bar G79 are displayed on the measurement operation button display screen G5A. Is done. In the third display area W1, a moving image is displayed by reproducing the moving image data D. The rewind operation unit G781 is an operation unit for receiving an instruction to rewind a moving image. The fast-forward operation unit G783 is an operation unit for receiving an instruction for fast-forwarding a moving image. The reproduction / pause operation unit G784 is an operation unit for accepting a reproduction or pause operation. The moving image reproduction position display bar G79 indicates the reproduction position of the moving image data D. A fixed reference bar G791 extending in the vertical direction is displayed at the center, and a plurality of memory bars extending in the vertical direction are displayed in the horizontal direction. A scroll bar G792 provided so as to be arranged at equal intervals is displayed so as to scroll from the right to the left (scroll as the moving image playback time elapses). The playback position of the moving image data D is indicated by which part of the scroll bar G792 is positioned on the reference bar G791. The front end position (right end position) of the scroll bar G792 corresponds to the first position of the operation data D, and the end position thereof corresponds to the end position of the moving image data D. When the user slides the scroll bar G792, the scroll bar G792 can be scrolled in the left-right direction, whereby the playback position of the moving image data D can be finely adjusted .

  The CPU 11 receives an instruction to reproduce a moving image (S64), and thereby reproduces the moving image data D (S65). An instruction to reproduce a moving image is accepted by pressing the reproduction / pause operation unit G783 and is input to the CPU 11. When the moving image data D is reproduced, the moving image is displayed in the third display area W as described above. Thereafter, the CPU 11 advances the processing to step S32 in FIG. In the moving image measurement process, the same switching control for enabling and disabling the measurement operation button G56 as in the normal measurement process is performed. FIG. 26 shows the measurement operation button display screen G5A when the first operation buttons G561, G562, and G563 are in a valid state. FIG. 27 shows the measurement operation button when the second operation button G562 is disabled. A display screen G5A is shown.

  With reference to FIG. 10A, a pause process executed as an interrupt process when the moving image measurement process is executed will be described. The temporary stop process is executed when a temporary stop operation is received from the user. Referring to FIG. 26, the pause operation is accepted when the playback / pause operation unit G784 is pressed while moving image data D is being played back. First, the CPU 11 pauses the reproduction of the moving image data D and pauses the measurement of the exerciser's exercise (step S101). “Pause the measurement” means to pause the increase in the count value of the measurement. For example, the increase (increment) of measured values such as stroke time, lap time, and split is temporarily stopped. When the reproduction of the video data D is paused, the video at the reproduction position at the time of the pause is displayed in the third display area W1 in a stationary state. Next, the CPU 11 determines whether or not a reproduction position change instruction has been input (S102). This reproduction position change instruction is accepted by the user operating the moving image reproduction position display bar G79, the rewind operation unit G781, and the fast forward operation unit G783 with reference to FIG. The operation of the moving image reproduction position display bar G79 is an operation of changing a position overlapping the fixed reference bar G791 by a sliding operation while touching the scroll bar G792.

  If it is determined that a reproduction position change instruction has been input (YES in S102), the CPU 11 changes the reproduction position of the moving image data D (S103). Here, by changing the reproduction position, the still image of the moving image data D displayed in the third display area W1 is changed to one corresponding to the changed reproduction position. Thereafter, the CPU 11 executes step S104 described later. If it is determined that a playback position change instruction has not been input (NO in S102), the CPU 11 executes step S104 described later without executing step S103.

  The CPU 11 determines whether a moving image playback instruction has been input (S104). The moving image reproduction instruction is input when a reproduction instruction operation is accepted. Referring to FIG. 26, the reproduction instruction operation is accepted when the reproduction / pause operation unit G784 is pressed while the moving image data D is being reproduced. If it is determined that a moving image reproduction instruction has been input (YES in S104), the CPU 11 starts reproduction of the moving image data D and restarts measurement of the exerciser's movement (S105). Here, when the moving image data D is reproduced in step S103, the reproduction is performed from the reproduction position after the change. Also, “resumption of measurement” means releasing the temporary stop of the increase in the count value of measurement and starting the increase. For example, an increase in measured values such as stroke time, lap time, split, and elapsed time from the start time of competition is started. Thereafter, the CPU 11 ends the temporary stop process. If it is determined that no moving image playback instruction has been input (NO in S104), the CPU 11 returns the process to step S102.

(Detailed description of the exercise information recording and display program according to the present embodiment: detailed description of the recording display process)
Hereinafter, an example of the recording display process will be described in detail with reference to FIGS. 11 to 13 and FIGS. 29 to 35. FIG. 11 is a flowchart (part 1) illustrating an example of a recording display process executed in the main process. FIG. 12 is a flowchart (part 2) illustrating an example of the recording display process executed in the main process. FIG. 13 is a flowchart (part 3) illustrating an example of a recording display process executed in the main process. FIG. 29 is a diagram illustrating an example of a measurement record list display screen displayed in the measurement record process. FIG. 30 is a diagram (part 1) illustrating an example of a record browsing screen displayed in the measurement recording process. FIG. 31 is a diagram (part 2) illustrating an example of a record browsing screen displayed in the measurement recording process. FIG. 32 is a diagram (part 3) illustrating an example of a record browsing screen displayed in the measurement recording process. FIG. 34 is a diagram showing an example of a recording browsing screen displayed during the moving image playback displayed in the measurement recording process. FIG. 35 is a diagram illustrating an example of a playback speed switching screen displayed in the measurement recording process. In addition, this recording display process is terminated by the above-described footer operation except for the cases shown in FIGS.

  First, referring to FIG. 11, the CPU 11 displays a measurement record list display screen GR1 as shown in FIG. 29 (S71). Referring to FIG. 29, player name G10, record list GR11, moving image icon G12, “share” operation button GR12, “receive” operation button GR13, and footer F are displayed on measurement record list display screen GR1. . The player name G10 displays the name of the player who is the target of record viewing. When the player mode is set, a single player name set when the program P is started for the first time is displayed. When the coach mode is set, a plurality of player names are registered. Therefore, even if any single player name G10 is selected on the pop-up screen displayed by the touch operation of the player name G10. Good. In this case, the exercise information of the selected player name G10 becomes a browsing target. In the recording list GR11, all the recording information G11 of the athlete's exercise information indicated by the player name G10 is displayed. The recorded information G11 is an operation button for selecting exercise information to be displayed from the recorded exercise information. In FIG. 29, four pieces of recorded information G11 (recorded information G111 to G114) are stored in the flash memory 15 for “Mr. GA” indicated by the player name G10. Each of the recording information G111 to G114 is recording information G11 (recording information G11 corresponding to the exercise information acquired by another measurement process) about the exercise performed at different times. Note that the moving image icon G12 indicates recording information G11 in which the moving image data D is stored in the flash memory 15. The “share” operation button GR12 is an operation button for receiving an instruction to transmit the record information G11 (exercise information) displayed in the record list GR11 to another information processing apparatus 1. The “receive” operation button GR13 is an operation button for receiving an instruction to receive the record information G11 stored in the other information processing apparatus 1 from the other information processing apparatus 1.

  The CPU 11 determines whether or not the “share” operation button GR12 is pressed (S72). If it is determined that the “share” operation button GR12 has been pressed (YES in S72), the CPU 11 corresponds to all the displayed record information G11 (not all but the selected record information G11). And a target value corresponding to the exercise information (a target value having the same item name as the exercise information) is transmitted to the other information processing apparatus 1 (S73). Here, only when the “Receive” operation button GR13 is operated on another information processing apparatus 1 (only when Step S75 described later is executed on the other information processing apparatus), it corresponds to the record information G11. The target value and the exercise information are transmitted to the other information processing apparatus 1 and received by the other information processing apparatus 1. The received exercise information and target value are recorded as information on the player name G10 displayed on the recording list GR11 in the other information processing apparatus 1. Thereafter, the CPU 11 advances the process to step S74 described later. On the other hand, when determining that the “share” operation button GR12 has not been pressed (NO in S72), the CPU 11 advances the process to step S74 without executing step S73.

  Next, the CPU 11 determines whether or not the “receive” operation button GR13 is pressed (S74). When it is determined that the “receive” operation button GR13 is pressed (YES in S74), the CPU 11 receives the recording information G11 from the other information processing apparatus 1 (S75). Here, only when the “share” operation button GR12 is operated on the other information processing apparatus 1 (only when step S73 is executed on the other information processing apparatus 1), the target value and the exercise information are displayed. Is received by the information processing apparatus 1. The received target value and exercise information are recorded in the flash memory 15 as information about the player name G10 displayed on the recording list GR11 in the information processing apparatus 1. When the coach mode is set, target values and exercise information of a plurality of player names are recorded. Therefore, in order to manage the target value and exercise information corresponding to which player name, the received target setting The value and the exercise information may be recorded with the player name G10 displayed in the recording list GR11.

  Thereafter, the CPU 11 advances the processing to step S76 described later. On the other hand, if it is determined that the “share” operation button GR12 has not been pressed (NO in S74), the CPU 11 advances the process to step S76 without executing step S75.

  In step S76, the CPU 11 determines whether selection of one piece of recording information G11 from the recording list GR11 has been accepted (S76). When the user performs an operation of touching any one of the recording information G11 displayed in the recording list GR11, an instruction to select the touched recording information G11 is accepted. If it is determined that one record information G11 has not been selected from the record list GR11 (NO in S76), the CPU 11 returns the process to step S72. When any of the operation buttons (home button G18, measurement button G152, recording display button G11A, target setting button G162, setting button G132) constituting the footer is touched, the recording display process is terminated. Then, the process returns to the main process shown in FIGS. 2 and 3, and the process corresponding to the touched operation button is executed.

  When it is determined that selection of one piece of recording information G11 has been received from the recording list GR11 (YES in S76), the CPU 11 displays a recording browsing screen GR2 (FIGS. 30 to 32) corresponding to the selected recording information G11. (S11). That is, the record browsing screen GR2 showing the exercise information and the target value corresponding to the selected record information G11 (the exercise information of the measurement date and time indicated by the selected record information G11 and the target value of the same item name as the exercise information) is displayed. indicate. The record browsing screen GR2 will be described with reference to FIGS. The record viewing screen GR2 includes a “share” operation button GR12, a “record list” operation button GR21, an “edit” operation button GR22, an “advice” operation button GR23, a graph GR24, a lap time information display instruction button GR51, and a swimming speed information display. An instruction button GR52, a stroke length display instruction button GR53, a stroke time display instruction button GR54, a target value / exercise information list GR55A, a moving image reproduction instruction input unit G72, and the footer F are displayed.

  The “record list” operation button GR21 is an operation button for receiving an instruction to return the process to the display (step S71) of the measurement record list display screen GR1 of FIG. The “edit” operation button GR22 is an operation button for accepting editing of exercise information and target values displayed in the target value / exercise information list GR55A. By this editing, the target value and exercise information stored (saved) in the flash memory 15 are updated. The “advice” operation button GR23 is an operation for receiving an instruction to display exercise information displayed on the target value / exercise information list GR55A and advice based on the target value (advice for improving exercise techniques of the exerciser). Button.

  The graph GR24 is a graph representing exercise information and target values displayed in the target value / exercise information list GR55A. The graph GR24 is displayed in the second display area W3 provided on the record browsing screen GR2. In the present embodiment, the second display area W3 does not display all of the graph GR24, but has a size that allows only a part of the graph GR24 to be displayed. Here, the graph GR4 is a graph representing the first index on the Y-axis and the second index on the X-axis, but can display all about the Y-axis and only a part about the X-axis. The graph GR4 can be changed by scrolling the display area to the second display area W3 in the direction of the arrow b and in the opposite direction.

  The lap time information display instruction button GR51 is an operation button for accepting an input of an instruction to display the target value and exercise information regarding the lap time and split in the target value / exercise information list GR55A. The swimming speed information display instruction button GR52 is an operation button for accepting an input of an instruction to display the target value and exercise information regarding the swimming speed and split in the target value / exercise information list GR55A. The stroke length display instruction button GR53 is an operation button for receiving an input of an instruction to display the target value and exercise information regarding the stroke length and split in the target value / exercise information list GR55A. The stroke time display instruction button GR54 is an operation button for accepting an input of an instruction to display the target value and exercise information regarding the stroke time and split in the target value / exercise information list GR55A.

  The target value / exercise information list GR55A displays stored exercise information and target values for the recording information G11 selected by the user. The target value / exercise information list GR55A is displayed in the first display area W2. The target value / exercise information list GR55A includes a "unit distance" display field G551 in the first column from the left, a "split" display field G552 in the second column, a selected exercise information display field G550 in the third column, It has a column in which a “difference from target” display field G558 is provided in the fifth column of the “target value” display field G557. In this column, each “unit distance” is shown in a row, and exercise information corresponding to “unit distance” is displayed in the same row.

  In the “unit distance” display field G551, each lap (measurement point) arbitrarily set by the user in the setting process of the main process in FIG. 2 is displayed. In the “split” display column G552, splits (exercise information) corresponding to each unit distance displayed in the “unit distance” display column G551 are displayed. In the selected exercise information display field G550, exercise information selected by the user among “lap time”, “swimming speed”, “stroke length”, and “stroke time” is displayed. By touching any one of the lap time information display instruction button GR51, the swimming speed information display instruction button GR52, the stroke length display instruction button GR53, and the stroke time display instruction button GR54, an instruction to select exercise information is accepted. By default, “lap time” is displayed. In the selected exercise information display column G550, exercise information corresponding to each unit distance displayed in the “unit distance” display column G551 is displayed.

  In the present embodiment, the first display area W2 has a size capable of displaying not all of the target value / exercise information list GR55A but only a part of the target value / exercise information list GR55A. . Here, the target value / exercise information list GR55A is all displayed in the column direction, but only a part can be displayed in the row direction. The target value / exercise information list GR55A can be changed by scrolling the display area to the first display area W2 in the direction of the arrow a and in the opposite direction.

  In the “target value” display field G557, a target value set by the user for each “unit distance” is displayed. This target value is set in the target value setting process in step S9 of FIG. 2, and is a target value corresponding to the selected exercise information. That is, when the “stroke time” motion information is selected, the target value is “stroke time”. When the motion information of “stroke length” is selected, the target value of “stroke length” is used. When exercise information of “lap time” is selected, it is a target value of “lap time”. When the exercise information of “Swimming speed” is selected, it is the target value of “Swimming speed”. In the “difference from target” display field G558, the difference between the target value (target value displayed in the “target value” display field G557) and exercise information (exercise information displayed in the selected exercise information display field G550) is displayed. Is displayed. This difference is acquired (calculated) by subtracting the target value from the exercise information, for example.

  The moving image reproduction instruction input unit G72 is an operation unit for receiving an instruction to read the moving image data D from the user when the moving image data D corresponding to the exercise information is stored. The corresponding moving image data D is stored only when the moving image icon G721 is displayed on the moving image reproduction instruction input unit G72, and the corresponding moving image data D is not stored when the moving image icon G721 is not displayed. . Only when the moving image icon G721 is displayed, the moving image reproduction instruction input unit G72 effectively accepts an instruction to read the moving image data D.

  Returning to FIG. 11, after execution of step S77, the CPU 11 determines whether or not an instruction to return the display to the measurement record list display screen GR1 has been received (S78). Whether or not an instruction to return the display to the measurement record list display screen GR1 has been accepted is determined by whether or not the “record list” operation button GR21 has been pressed. If it is determined that an instruction to return the display to the measurement record list display screen GR1 has been received (YES in S78), the CPU 11 returns the process to step S71. On the other hand, when it is determined that an instruction to return the display to the measurement record list display screen GR1 is not accepted (NO in S78), the CPU 11 refers to FIG. 12 and determines whether or not the “share” operation button GR12 is pressed. Is determined (S79). If it is determined that the “share” operation button GR12 is pressed (YRS in S79), the CPU 11 executes the same process as in step S73 (S80). Thereafter, the CPU 11 executes step S81 described later. If it is determined that the “share” operation button GR12 has not been pressed (NO in S79), the CPU 11 has pressed other operation buttons (“edit” operation button GR22, “advice” operation button GR23). It is determined whether or not (S81). If it is determined that the other operation buttons (“edit” operation button GR22, “advice” operation button GR23) are pressed (YES in S81), the CPU 11 executes processing corresponding to the operation (S82). Here, the process corresponding to the operation is that when the “edit” operation button GR22 is touched, the process for editing the displayed exercise information / recording information is executed, and the “advice” operation button GR23 is touched. If so, display processing of advice to the user is executed. Thereafter, the CPU 11 executes step S83 described later.

  In step S83, the CPU 11 determines whether or not a user's slide operation (or flick operation) has been received in the first display area W2 (S83). In the present embodiment, an instruction to change the display position of the target value / exercise information list GR55A is received by the user's slide operation or the like in the first display area W2, but the user's slide outside the first display area W2 The display position change instruction may be received by an operation or the like, or the display position change instruction may be received by a mechanical operation button such as a cursor. When it is determined that the user's slide operation (or flick operation) has been received in the first display area W2 (YES in S83), the CPU 11 determines the first display area according to the operation amount and operation direction of the slide operation or the like. The display position of the target value / exercise information list GR55A for W2 is changed, and the display position of the graph GR24 in the second display area W3 is changed (S84). Thereafter, the CPU 11 executes step S85 described later.

  Note that changing the display position according to the operation direction means that, for example, when the slide operation is performed in the Y-axis direction (vertical direction in FIG. 31), the display position of the target value / exercise information list GR55A is changed. When the slide operation is performed in the direction (arrow a direction), the display position of the target value / movement information list GR55A moves downward, and when the slide operation is performed in the downward direction (reverse direction of the arrow a). The display position of the target value / exercise information list GR55A moves upward. When the display position of the target value / exercise information list GR55A is moved downward, the display position of the graph GR24 in the second display area W3 is changed to the right direction (the reverse direction of the arrow b direction) When the display position of the value / exercise information list GR55A is moved upward, the display position of the graph GR24 in the second display area W3 is changed to the left (arrow b direction).

  Further, changing the display position according to the operation amount means, for example, that the display position of the target value / exercise information list GR55A is slid (scrolled) by an amount corresponding to the Y component slide distance. The display position of the graph GR24 in the second display area W3 is also slid (scrolled) by an amount corresponding to the Y component slide distance. Note that the display position of the graph GR24 is moved so that the exercise information and the target value displayed in the target value / exercise information list GR55A can be represented by changing the display position.

  Returning to FIG. 12, if it is determined that the user's slide operation (or flick operation) is not received in the first display area W2 (NO in S83), the CPU 11 does not execute the above step S84. Step S85 described later is executed.

  The CPU 11 determines whether an instruction to switch exercise information has been received from the user (S85). Here, whether or not an instruction for switching exercise information has been received from the user depends on any of the lap time information display instruction button GR51, the swimming speed information display instruction button GR52, the stroke length display instruction button GR53, and the stroke time display instruction button GR54. It is judged whether or not is touched. If it is determined that an instruction to switch exercise information has been received from the user (YES in S85), the CPU 11 switches and displays exercise information to be displayed in the selected exercise information display field G550 in the target value / exercise information list GR55A. The graph GR24 displayed in the second display area W3 is also switched and displayed so as to show the newly displayed exercise information (S86). Here, the exercise information is displayed by switching to the exercise information selected by the user among “lap time”, “swimming speed”, “stroke length”, and “stroke time”.

  For example, when the lap time information display instruction button GR51 is touched, the exercise information displayed in the selected exercise information display field G550 is “lap time” as shown in FIG. The graph GR24 displayed in the second display area W3 indicates the information displayed in the “difference from target” display field G558 on the Y axis, and indicates the unit distance on the X axis. When the swimming speed information display instruction button GR52 is touched, as shown in FIG. 31, the exercise information displayed in the selected exercise information display field G550 is “swimming speed” and is displayed in the second display area W3. The graph GR24 indicates “swimming speed” on the Y axis and unit distance (lap) on the X axis. When the stroke length display instruction button GR53 is touched, as shown in FIG. 32, the exercise information displayed in the selected exercise information display field G550 becomes “stroke length”, and is displayed in the second display area W3. GR24 indicates “stroke length” on the Y axis and unit distance (lap) on the X axis. When the stroke time display instruction button GR54 is touched, the exercise information displayed in the selected exercise information display field G550 is “stroke time”, and the graph GR24 displayed in the second display area W3 is “ “Stroke time” indicates a unit distance (lap) on the X axis.

  Returning to FIG. 12, the CPU 11 determines whether a moving image reproduction instruction has been received (S87). The moving image reproduction instruction is accepted as follows. When the moving image reproduction instruction input unit G72 in FIG. 30 is touched, the moving image data D stored in the flash memory 15 is read. Then, a moving image reproduction instruction acceptance screen G7 as shown in FIG. 33 is displayed. The moving image reproduction instruction reception screen G7 displays almost the same content as the recording browsing screen GR2, but instead of the second display area W2, a reproduction operation button G75, a rewind operation unit G781, a fast forward operation unit G783, reproduction / pause An operation unit G784 and a moving image reproduction position display bar G79 are displayed. In addition, the moving image reproduction instruction reception screen G7 displays a “return” operation button G71 in place of the “record list” operation button GR21 and the “edit” operation button GR22. The reproduction operation button G75 and the reproduction / pause operation unit G784 are operation buttons for receiving a moving image reproduction instruction. Accordingly, when the playback operation button G75 or the playback / pause operation unit G783 is touched, it is determined that the moving image playback instruction has been accepted.

  Here, as shown in FIG. 35, when the reproduction / pause operation unit G783 is pressed and held (continues a touch operation for a predetermined period or longer), not only an instruction to reproduce the moving image data D but also an instruction to change the reproduction speed. Accepted. For example, as shown in FIG. 35, a playback speed switching screen GR3 displaying a plurality of playback speed selection operation buttons GR31 is displayed, and any one playback speed selection operation button GR31 is selected, so that the moving image data D The playback speed change is input. In the reproduction speed switching screen GR3 of FIG. 35, four reproduction speed selection operation buttons GR31 (“1 × speed” selection operation button GR31A, “½ times speed” selection operation button GR31B, “1/4 times speed” selection operation button GR31C are displayed. , “1/8 × speed” selection operation button GR31D) is displayed. Note that this change in reproduction speed may also be employed in step S64 of the moving image measurement process shown in FIG.

  The “return” operation button G71 is an operation button for accepting an instruction to return the process to step S77.

  If it is determined that the moving image reproduction instruction has not been received (NO in S87), the CPU 11 does not input the moving image reproduction instruction but presses the “return” operation button G71, and the process returns to step S77. If it is determined that the moving image reproduction instruction has been received (YES in S87), the CPU 11 executes the moving image reproduction process with reference to FIG. 13 (S88).

  In the moving image reproduction process, a record browsing screen GR2A at the time of moving image reproduction as shown in FIG. 34 is displayed. The recording / browsing screen GR2A at the time of moving image reproduction displays substantially the same content as the recording / browsing screen GR2 as shown in FIGS. 30 to 32, but instead of the second display region W2, a third display region W1, a rewinding operation is displayed. A part G781, a fast forward operation part G783, a reproduction / pause operation part G784, an elapsed time display part G54, and a moving image reproduction position display bar G79 are displayed. The third display area W1 is an area for displaying a moving image. The CPU 11 reproduces the read moving image data D, whereby a moving image is displayed in the third display area W1.

  The CPU 11 determines whether an instruction to return the display to the measurement record list display screen GR1 has been received (S89). The contents of this process are the same as in step S78 described above. If it is determined that an instruction to return the display to the measurement record list display screen GR1 is received (YES in S89), the CPU 11 returns the process to step S77 in FIG. On the other hand, when it is determined that an instruction to return the display to the measurement record list display screen GR1 is not accepted (NO in S89), the CPU 11 determines whether or not the reproduction of the moving image has ended (S90). If it is determined that the reproduction of the moving image has ended (YES in S90), the CPU 11 ends the recording display process and returns the process to the main process.

  If it is determined that the reproduction of the moving image has not ended (NO in S90), the CPU 11 determines whether any one of the selection of one lap (unit distance) and the operation of the moving image reproduction position display bar G79 has occurred. Is determined (S91). Here, for selection of one lap (unit distance), for example, one of a plurality of laps displayed in the “unit distance” display field G551 of the target value / exercise information list GR55A is selected (touched). Is done.

  If it is determined that one of the laps (unit distance) is selected and the operation of the moving image reproduction position display bar G79 has been performed (YES in S91), the CPU 11 determines the reproduction position of the moving image data D. The moving image data D is reproduced at the determined reproduction position (S92). The reproduction position of the moving image data D is determined as follows. When one lap (unit distance) is selected, the split of the lap before the selected lap is added to the “reproduction time of the video data D corresponding to the exercise start time of the exerciser” Thus, the playback position of the moving image data D is determined. The “reproduction time of the moving image data D corresponding to the measurement start time of the exerciser's exercise” is stored in the flash memory 15 in step S34 of the moving image measurement process. Further, when the operation of the moving image reproduction position display bar G79 is performed, the moving image is rewound from the current reproduction position and fast-forwarded for a period corresponding to the moving amount and moving direction of the scroll bar G792. If it is determined that there is no selection of one lap (unit distance) and operation of the moving image playback position display bar G79 (NO in S91), the CPU 11 executes step S92. Instead, step S93 described later is executed.

  In step S93, the CPU 11 determines whether or not an instruction to switch exercise information has been received (S93). The contents of this process are the same as in step S85 in FIG. If it is determined that an instruction to switch exercise information has been received (YES in S93), the CPU 11 performs a switch display of exercise information (S94). The contents of this process are the same as in step S86 in FIG. Thereafter, the CPU 11 returns the process to step S89. If it is determined that an instruction to switch exercise information has not been received (NO in S93), the CPU 11 returns the process to step S89 without executing step S94.

(Modification)
(1) In the present embodiment, three measurement operation buttons G56 of the first operation button G561, the second operation button G562, and the third operation button G563 are displayed on the measurement operation button display screen G5, but the measurement operation button G56 is displayed. The number of is not limited to three. For example, a measurement operation button display screen G5B having five measurement operation buttons G56 may be displayed as in the modification examples shown in FIGS. Hereinafter, this modification will be described with reference to FIGS. FIG. 36 is a diagram (part 1) illustrating an example of a measurement operation button display screen G5B according to a modification. FIG. 37 is a diagram (part 2) illustrating an example of a measurement operation button display screen G5B according to a modification. FIG. 38 is a diagram (No. 3) illustrating an example of a measurement operation button display screen G5B according to a modification. FIG. 39 is a diagram (No. 4) illustrating an example of a measurement operation button display screen G5B according to a modification. Note that the difference between the measurement operation button display screens G5 (see FIG. 19) and G5A (see FIG. 26) according to this embodiment and the measurement operation button display screen G5B according to the modification is only for the measurement operation button G56. Therefore, FIGS. 36 to 39 show only the measurement operation button G56 portion of the measurement operation button display screen G5B.

  In this modification, in addition to the first to third operation buttons G561, G562, and G563, an “undo” operation button G564 and a “redo” operation button G565 are displayed as the measurement operation buttons 56. The “undo” operation button G564 is an operation button that receives an instruction to invalidate the instruction received by the operation of the first to third operation buttons G561, G562, and G563 immediately before. The “redo” operation button G565 is an operation button for receiving an instruction to invalidate the instruction received by the operation of the previous “undo” operation button G564. In this modified example, as shown in FIG. 36, the “undo” operation button G564 and the “redo” operation button G565 are disabled until an instruction to start measurement by pressing the first operation button G561 is input. Then, as shown in FIG. 37, when a measurement start instruction is received by pressing the first operation button G561, the “undo” operation button G564 is validated. At this time, the “redo” operation button G565 is still in an invalid state. Then, as shown in FIG. 38, when the “redo” operation button G565 is pressed, instructions by the operations of the first to third operation buttons G561, G562, and G563 operated immediately before are invalidated. For example, when the first operation button G561 is operated and an instruction to end the measurement for the first lap (measurement start for the next second lap) such as “split” and “lap time” is input. The instruction becomes invalid, and measurement such as “split” and “lap time” for the first lap is continued. Further, for example, a case where the second operation button G562 is pressed and an instruction to end the measurement of a predetermined number of times (for example, three times) is received is taken as an example. In this example, since the second operation button G562 is invalidated, it is displayed as shown in FIG. At this time, when the “undo” operation button G564 is pressed, the end of measurement of the stroke time for a predetermined number of times (for example, 3 times) and the invalidation instruction of the second operation button G562 are invalidated, and the first lap Measurement of the stroke time for a predetermined number of times (for example, 3 times) is continued, and the second operation button G562 is also validated. In this case, the display is as shown in FIG.

  When the “undo” operation button G564 is pressed, the “undo” operation button G564 is invalidated and the “redo” operation button G565 is validated, as shown in FIG. In this case, when the “redo” operation button G565 is touched, the instruction by the operation of the previous “undo” operation button G564 is invalidated. In the above example, when the instruction by the touch of the first operation button G561 is invalidated by the operation of the “undo” operation button G564, the instruction by the touch of the first operation button G561 is validated again. In this case, the display is made as shown in FIG. 37 (the “undo” operation button G564 is enabled and the “redo” operation button G565 is disabled). If the instruction by the touch of the second operation button G562 (the second touch in the first lap) is invalidated by the operation of the “undo” operation button G564, the instruction by the touch of the second operation button G562 is issued. Re-enabled. That is, an instruction to end the measurement of the stroke time a predetermined number of times (for example, 3 times) is validated, and the second operation button G562 is invalidated. In this case, a display is made as shown in FIG. Again, the “undo” operation button G564 is enabled and the “redo” operation button G565 is disabled.

(2) In the present embodiment, the information processing device 1 is configured to transmit and receive target values and exercise information to and from other information processing devices 1, but in addition to the target value and exercise information, A configuration may also be adopted in which the “reproduction time of moving image data D corresponding to the measurement start time of exercise” is also transmitted to and received from another information processing apparatus 1. This “reproduction time of moving image data D corresponding to the measurement start time of the exerciser's exercise” is stored in the flash memory 15 in step S34 of the moving image measurement process, as described above. In this way, by transmitting also the “reproduction time of the moving image data D corresponding to the exercise start time of the exerciser”, the exercise information acquired by performing the moving image measurement process on the own device is transmitted to the other information processing apparatus 1. When performing the record browsing process, the above-described step S92 is executed in the storage display process of FIGS. 11 to 12, and the moving image data D can be reproduced at the reproduction position corresponding to the selected lap. In addition, by receiving “the playback time of the video data D corresponding to the exercise start time of the exerciser”, the exercise information obtained by performing the video measurement process in the other information processing apparatus 1 is recorded and viewed by the own device. When processing is performed, the above-described step S92 is executed in the storage display processing of FIGS. 11 to 12, and the moving image data D can be reproduced at the reproduction position corresponding to the selected lap.

  The moving image data D may be transmitted / received together with the target value and exercise information, downloaded from a server, or acquired from an external recording medium. In the case of downloading from a server or acquisition from an external recording medium, the association between the moving image data D and the exercise information may be performed based on a user operation. Moreover, in the said modification, although the information processing apparatus 1 is the structure which transmits / receives "the reproduction | regeneration time of the moving image data D corresponding to the exercise | movement measurement start time of an exerciser" between other information processing apparatuses 1, Although this configuration is not adopted, the playback position of the moving image data D cannot be changed to the position corresponding to the selected lap, but the moving image data D corresponding to the exercise information can be played back in the recording display process. Also good.

  The present invention is characterized in that a target value and exercise information are displayed in association with each other. However, the method disclosed in the present embodiment for acquiring measurement values and exercise information by the measurement process, the method for changing the display to the first display area W2 and the second display area W3 in the record browsing process, and the record browsing process In the method of reproducing the moving image data D at the reproduction position corresponding to the selected lap at, the setting / display of the target value is not an essential configuration. Therefore, in this specification, the target value is not set / displayed, the measurement value and the exercise information are acquired by the measurement process, and the display on the first display area W2 and the second display area W3 in the recording browsing process is performed. A change method and a method of reproducing moving image data D at a reproduction position corresponding to a selected lap in the recording / browsing process are disclosed.

1 Information processing apparatus (corresponding to “computer” of the present invention)
1A Coach information processing device (corresponding to “computer” of the present invention)
1B Player information processing device (corresponding to “computer” of the present invention)
11 CPU ("target recording means", "measurement means", "exercise recording means", "display control means", "reproduction means", "operation button control means" , "transmission means", and "reception means of the present invention" Equivalent to
14 Communication unit 15 Flash memory (corresponding to “storage unit” of the present invention)
16 Operation unit 17 Display unit

Claims (5)

A program for recording and displaying exercise information of athletes who perform sports that compete for the short time required to travel a specified distance, including swimming competitions and athletics,
A computer including an operation unit, a storage unit, and a display unit,
A target recording means for receiving a setting of a target value for the exercise of the exerciser from a user and recording it in the storage unit;
Measuring means for measuring the exerciser's movement and obtaining a measured value,
Based on the measured value, exercise information that is information about the exercise of the exerciser is obtained, exercise recording means for recording the exercise information in the storage unit, and the target value and the exercise information are stored. Display control means for reading from the display unit and displaying the display unit in association with each other,
As an exercise information recording and display program. The computer,
Reproducing the moving image data stored in the storage unit based on a user's reproduction instruction operation, and further functioning as reproduction means for pausing the reproduction of the moving image data based on a user's pause operation,
The measuring means includes
In the reproduction period of the moving image data, the measurement value is acquired based on a user operation,
When the pause operation is performed, the measurement is paused, and when the reproduction instruction operation is performed after the pause, the measurement is resumed.
The program for recording and displaying exercise information according to claim 1. The computer,
Further functioning as a reproducing means for reproducing the moving image data stored in the storage unit,
The target recording means stores the target value for each of a predetermined number of unit distances constituting the specified distance in the storage unit,
The measurement means acquires the measurement value for each of the predetermined number of unit distances based on a user operation during the reproduction period of the moving image data, and reproduces the moving image data corresponding to each of the unit distances. Is recorded in the storage unit,
The exercise recording means acquires the exercise information for each of the unit distances based on the measurement values for each of the unit distances, and associates the exercise information with one of the unit distances in the storage unit. Remember,
The display control means reads out the target value and the exercise information from the storage unit for each of the unit distances, displays them in association with each other, and selects any one of the unit distances. When the selection operation to be received is received from the user, the reproduction unit reproduces the moving image data from the reproduction position corresponding to the selected unit distance.
The exercise information recording and displaying program according to claim 1 or 2. The storage unit stores a plurality of target values and a plurality of the exercise information,
The display control means includes
In addition to displaying the plurality of target values and the plurality of exercise information in association with each other in the first display area of the display unit, the plurality of target values and the plurality of exercise information are graphed. Represented in the second display area of the display unit,
When only a part of the plurality of target values and the plurality of exercise information can be displayed in the first display area, the plurality of target values and the plurality of target values are displayed according to a user operation. Changing the display position on the first display area with the exercise information, and changing the display position on the second display area in the graph according to the change of the display position.
4. A program for recording and displaying exercise information according to any one of claims 1 to 3. The computer further includes a communication unit,
The computer
Sending means for transmitting the target value and / or the exercise information to the other computer by the communication unit; and receiving the target value and / or the exercise information from the other computer by the communication unit; The received target value and / or the exercise information is further functioned as receiving means for storing in the storage unit,
The exercise information recording and displaying program according to any one of claims 1 to 4.