WO2023024400A1 - 一种健身训练方法及系统及装置及介质 - Google Patents

一种健身训练方法及系统及装置及介质 Download PDF

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Publication number
WO2023024400A1
WO2023024400A1 PCT/CN2022/070076 CN2022070076W WO2023024400A1 WO 2023024400 A1 WO2023024400 A1 WO 2023024400A1 CN 2022070076 W CN2022070076 W CN 2022070076W WO 2023024400 A1 WO2023024400 A1 WO 2023024400A1
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Prior art keywords
action
training
segment
fitness
user
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PCT/CN2022/070076
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English (en)
French (fr)
Inventor
朱志航
俞晨
袁一帆
陈亮
杨双
陈俊挺
唐明慧
吕勃
陈伟明
邓钦
何卿
唐天广
唐宇瀚
付强
翁君
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成都拟合未来科技有限公司
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Priority claimed from CN202110969138.2A external-priority patent/CN113673955A/zh
Priority claimed from CN202110969129.3A external-priority patent/CN113656640B/zh
Priority claimed from CN202110970728.7A external-priority patent/CN113674833B/zh
Application filed by 成都拟合未来科技有限公司 filed Critical 成都拟合未来科技有限公司
Publication of WO2023024400A1 publication Critical patent/WO2023024400A1/zh

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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/70Information retrieval; Database structures therefor; File system structures therefor of video data
    • G06F16/73Querying
    • G06F16/732Query formulation
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/70Information retrieval; Database structures therefor; File system structures therefor of video data
    • G06F16/73Querying
    • G06F16/735Filtering based on additional data, e.g. user or group profiles
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/70Information retrieval; Database structures therefor; File system structures therefor of video data
    • G06F16/78Retrieval characterised by using metadata, e.g. metadata not derived from the content or metadata generated manually
    • G06F16/783Retrieval characterised by using metadata, e.g. metadata not derived from the content or metadata generated manually using metadata automatically derived from the content

Definitions

  • the present disclosure relates to the fitness field, in particular to a fitness training method, system, device and medium.
  • patent CN110917580A discloses a method for regulating exercise and fitness, which obtains the current user's personal characteristic information and the current user's required The target exercise intensity level is used to determine the fitness level required when exercising. At the same time, each fitness level corresponds to a fitness teaching video, and the corresponding fitness teaching video is pushed to the display device for users to watch. Personalized action guidance to achieve the purpose of standardizing fitness actions.
  • the fitness video presented to the user by the traditional fitness video method is a general and complete video. Even in the way of software push, what is pushed to the user is only a complete fitness video course planned according to the training arrangement.
  • the video has high universality, but it cannot achieve deep integration with fitness videos and user attributes and preferences, and the fitness effect is not good; secondly, users need to watch the same fitness video repeatedly in the same exercise cycle.
  • Progressive, a workout video that covers the entire exercise cycle may be more suitable for the middle of the exercise cycle, but not suitable for the early and late, causing users to feel tired in the early stage and lack of challenge in the later stage; finally, watching the same workout repeatedly Videos can also cause users to experience aesthetic fatigue, lack of enthusiasm for exercise, and poor fitness experience.
  • the purpose of this disclosure is to provide a fitness training method, system, device and medium, which combines the user's basic information with professional fitness data to provide users with a professional and scientific fitness training plan, and at the same time, according to the training plan in the action pool
  • the action clips are called in turn, and after splicing the action clips, a complete fitness video is presented to the user to improve the user's fitness experience.
  • the corresponding target video clips are sequentially called from the video clip library according to a specific time sequence, and then the target video clips are combined to generate
  • the complete fitness video presented to the user makes the fitness video highly fit the training plan and meets the needs, abilities, and preferences of the user in any exercise period, and even if the exercise goals and methods are the same, there are fitness videos presented to the user at different times Sufficient differences give users a sense of customization, thereby improving user experience and effectively solving the problems of traditional fitness videos.
  • a fitness training method including:
  • the attributes of the action segment include the difficulty level of the action, the action field, and the muscle stimulation field; the action field Including different dimensions of fitness equipment adjustment; the build specifically includes:
  • the fitness schedule includes training day parameters and rest day parameters.
  • the fitness schedule is mainly formulated based on the user's basic information and training goals, combined with professional fitness data.
  • the basic information mainly includes the user level, training period, and the number of planned training days per week.
  • the training target includes the user's expected training area and training results. Based on the above information and combined with professional fitness data, it recommends a fitness schedule for the user.
  • the fitness schedule Among them, the training day parameters include the number of action segments and muscle stimulation capacity corresponding to the training day. In this scheme, the number of action segments and muscle stimulation capacity are set according to professional data.
  • the number of action segments is the maximum
  • the number of optimal movement segments and the muscle stimulation capacity are the sum of the size of the stimulus to different muscle positions after all the action segments in the training day are completed; through the recommended number of training actions and muscle stimulation capacity for each training day, the user can It can achieve the training goal expected by the user.
  • this program conducts a second screening in several first action combinations, because in the first screening, it is more focused on the training goals that the user subjectively expects to achieve, but in several first action combinations
  • some actions are more difficult and may not match the user level in the user's basic information. If the user is exercising, the difficulty of training the action is high, which may dampen the user's confidence and reduce the user's interest in fitness. Therefore Based on the difficulty of the action, this disclosure performs the second screening on the basis of the first screening.
  • the user's basic information includes the user's level, that is, the user may be a fitness expert or a fitness novice.
  • each The action difficulty level is preset in the action segment attributes. Therefore, among several first action combinations, select the action segment combinations that match the user according to the user's level and the action difficulty level of the action segment, and then obtain several sets of second action combinations. .
  • the obtained second action combinations not only meet the user's basic information and training goals, but also meet the professional training requirements, but the action segments in the second action combination involve the movement of different action fields, and each action field It involves dimensional changes, that is, it is necessary to adjust the dimensional changes of the fitness equipment. In the actual fitness training process, if between two adjacent movements, the user needs to continuously adjust the fitness equipment, even the adjustment is relatively large. It will reduce the user's fitness fluency and comfort. Based on this, this program performs a third screening on several second action combinations to obtain a group of adjacent action segments that require the least adjustment of fitness equipment, that is, the smallest change in the dimension of the action field.
  • a group of action segment combinations is used as the third action segment, and the action segments are sorted so that when completing all the actions in the third action segment, the fitness equipment needs to be adjusted at least, thereby improving user comfort.
  • the action fields of the action segment include the field of arm up and down adjustment, the field of arm swing adjustment, the field of replacing end accessories, and the field of adding and subtracting fitness stools; the field of arm up and down adjustment, the field of arm swing adjustment, The fields for replacing end accessories and adding or removing fitness stools correspond to four dimensions respectively.
  • the action segments in the third action combination are sorted by dimension change. After sorting, the dimensions of the two adjacent action segments in the third action combination change the least, and the sorted third action combination is obtained. This is because the user needs to adjust the least number of times during the training process, and the user's fitness training experience will increase accordingly.
  • the action segment After obtaining and sorting the action segments corresponding to each training day, set the recommended number of times for each action segment according to the preset number of actions for each action segment and the user's training goals.
  • the action segment is preset with an action target effect
  • the action target effect includes fat loss and muscle gain
  • the user's training target includes muscle gain or fat loss.
  • the movement target effect of 65% of the movement times is to increase muscle, and the movement goal effect of 35% of the movement times is to reduce Fat; when the user's training goal is to lose fat, among the number of movements of each action segment in each training day, 65% of the number of movements has the effect of reducing fat, and 35% of the number of movements has the effect of For muscle gain.
  • the user's 1RM weight based on the action is obtained according to the action segment, and the preset weight of the action is obtained according to the training goal, and the recommended weight of each action segment is obtained.
  • RM Reference Maximum
  • RM is a bodybuilding term.
  • the user's 1RM weight based on the action is obtained according to the action segment, and the preset weight of the action is obtained according to the training goal, where:
  • A is the recommended weight for the action
  • X1 is the user's 1RM weight based on the action
  • X2 is the weight corresponding to the action based on the training goal.
  • each action segment After obtaining the recommended times and recommended weights of the action segments corresponding to each training day, each action segment forms a training action group.
  • Duration Get the rest duration between each training action group according to the number of recommendations corresponding to the action segments in the training action group, the difficulty level of the action, the user level in the user's basic rest, and the training goal.
  • the action segments set the attributes of the action segments based on professional fitness data, and based on the attributes of the action segments, combined with the user's own situation and expected training goals, a scientific and professional fitness training can be obtained plan.
  • the attributes of the action fragments further include an action id, and the acquired action fragments are combined into a combination of action ids corresponding to the action fragments.
  • the action id is always screened, so that there is no need to drop out of the action clips during screening, which can further improve the screening speed and efficiency, and is more convenient for long-term use.
  • the level of the user can be obtained according to the user level in the user information.
  • the first action combination, the second The screening speed of the second action combination and the third action combination are not suitable for use.
  • the attributes of the action segment include the unlocking score.
  • the action segment is added to the action pool.
  • the first action combination and the second action combination The screening of action clips in the third action combination is performed in the action clips in the action pool, which further narrows the scope of screening and further improves the degree of matching between the screened action clips and the user.
  • the attributes of the action segment also include the action type. Since some action segments are based on an action type, when the user performs fitness training on a certain action segment, the user's familiarity with this action segment increases. The familiarity of all action segments of the associated action type will also increase accordingly. In order to allow users to have more choices during fitness training and access to more different action segments, when the user trains an action segment in this solution, The scores of all action segments of the action type associated with the action segment increase. When the action segment reaches the unlocking score, the action segment is added to the action pool, and more action segments can be selected in the action pool.
  • the training plan is sent to the user, and the user adjusts the training plan according to his user preference, including:
  • the user obtains the training plan, adjusts the training plan through manual modification or gives up the plan;
  • the adjusted training plan After the user manually modifies and adjusts the training plan, judge whether the adjusted training plan matches according to the user's basic information, action segment attributes, and training goals. If it matches, the adjusted training plan will be used. If it does not match, an early warning will be issued to the user. , after warning, when the user insists on the modified training plan, use it according to the user's training plan.
  • the training plan After the user manually modifies and adjusts the training plan, judge whether the training plan matches the user's user level and the user's training goal according to the action segment attributes and training day parameters in the adjusted training plan. If it matches, it will be used directly according to the adjusted training plan, and if it does not match, an early warning will be issued to the user.
  • this program formulates a professional fitness plan for the user in combination with the user's situation, the user can adjust the training plan according to his own preferences, and then get a more satisfactory training plan, which is more conducive to increasing the user's interest and improving the use of fitness. efficiency.
  • the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the large link includes at least one action segment;
  • the target video clips include action clips and video clips.
  • the action clips are obtained in the action pool, and the corresponding video clips are called in the video library at the same time. And the action clips are spliced in the corresponding sub-links to generate a complete fitness video.
  • the target video segment is adjusted according to the properties of the target video segment, and the target video segment properties include playback frequency and user video preference.
  • the major links of the video call sequence include an opening link, a warm-up link, an action link, a stretching link, and an ending link in turn, and the action link includes at least one action segment; the sub-links of the action link are sequentially Including opening, arm adjustment, action explanation, group string field, action cycle and rest between groups, the group string field, motion cycle or group rest in the same action link can call video clips or action clips multiple times.
  • User video preference is the score value of the target video segment scored by the user after training on each training day
  • the playback frequency is the playback frequency of the action segment and video segment. Adjust the target video segment according to the playback frequency of the target video segment and user video preference
  • the ranking value of the video segment in the middle, the playback value of the action segment; the candidate video segment with the highest ranking value and the subsequent action segment with the smallest playback value are selected as the target video segment of the current sub-link;
  • the ranking value of the candidate video segment that becomes the target video segment is lowered in subsequent calls, and the ranking values of other candidate video segments are increased in subsequent calls;
  • the playback value of the candidate action clip that becomes the target video clip is increased in subsequent calls.
  • the playback value of the action clip reaches the playback threshold, the action difficulty level and action field of the action clip are obtained. , the action segment with the same muscle stimulation field as the target video segment.
  • the ranking values of all candidate video segments will change after one call, and this change can be generated immediately after one call. Decrease, the ranking value of other candidate video clips will increase in the next call; this change can also record the number of calls after the call, and adjust the ranking value after the number of calls exceeds the threshold, so that the number of calls is less or never
  • the ranking of the called candidate video segments is improved, and the ranking of the called candidate videos is lowered.
  • the action segment is called according to the action id in the third action segment combination. When the action segment is played more times, the action segment is replaced with another action segment with the same conditions, and the new action segment will not affect the user's training goal. , is also based on user information. By setting the sorting value, the play value and the way of calling times, the user can watch a variety of target video clips, improve the customization and fun of the fitness video, enhance the fitness experience, and strengthen the fitness effect.
  • the major links corresponding to the video clips are the opening link and the ending link, as well as the opening sub-link, arm adjustment sub-link, action explanation sub-link, group string field sub-link and inter-group rest sub-link in the action segment;
  • the big link is the warm-up link, the action link group, the stretching link, and the action cycle sub-link in the action link.
  • the sub-link information includes user information and training information, and the sub-link information comes from training plans and video call sequences.
  • the user information can be the user's gender, height, weight, age, basic fitness preference, fitness experience, fitness habits and other information
  • the training information can be the training day, training location, training content, and sub-links in the video call sequence. location, fitness trainer, and more.
  • the sub-link information is used to filter the attribute field of the video clip to determine whether the video clip can be used as the target video clip.
  • Each video clip has attribute fields associated with it.
  • the attribute field includes at least a user field and a training field, where the user field corresponds to user information, such as user preferences, oral broadcast density, applicable age range, applicable weight, etc., and the training field corresponds to training information, such as training items, training difficulty, Fitness trainer and other information.
  • the sub-link information is used to screen out video clips whose attribute fields match the sub-link information, and the target video clip of the sub-link is determined and retrieved from the video clips. According to the order of the video calling sequence, after calling the target video clips of each sub-link in turn, splicing all or part of the target video clips can generate the fitness video.
  • the matching of the attribute field with the sub-link information means that after the sub-link determines the fitness coach, training content, sub-link location, user physical characteristics, fitness habits and other sub-link information, all video clips in the video clip library are processed using the sub-link information. Filter to obtain all video clips whose attribute fields are equal to or included in the sub-link information. These video clips can be replaced with each other, that is, when recording, for the same set of actions, the same coach records multiple video clips that can be replaced with each other. These video clips all correspond to the sub-link, and then the target video clip of the sub-link is selected from one or more video clips that meet the conditions.
  • the same sub-link only calls one of the eligible video clips as the target video clip in a single call, and when the same sub-link is called multiple times, the called target video clip They can be the same or different. In addition, when there is no video segment matching the information of the sub-segment, the sub-segment can be skipped.
  • the action explanation sub-link in the action link can also be adjusted according to the number of calls of the action segments in the action link.
  • the action explanation sub-link of the action does not need to be played again in the action segment. Therefore, when using it, after training a certain action segment for many times, the next time you train the action , the action explanation sub-link corresponding to the action segment can be canceled.
  • the above-mentioned fitness video generation method generates video retrieval sequences in a targeted manner based on the training plan, sequentially retrieves video clips and action clips corresponding to the target video clips of each sub-link, and then stitches them together to generate a complete Fitness video
  • this method can not only highly fit the training plan, but also formulate fitness videos for users at each stage of an exercise cycle based on the user's fitness needs, abilities, preferences and other information, which can significantly improve the fitness effect, and even if the video is called
  • the sequence is the same, because the same sub-link can obtain different target video clips in different calling processes, so that the fitness videos presented to users at different times have sufficient differences, giving users a sufficient sense of customization, thereby improving user experience and Enthusiasm for exercising further enhances fitness results.
  • the type, quantity, and duration of the action links in the action link group can be obtained according to the training plan, and users can adjust them according to their own conditions.
  • the standard process of the movement link includes six sub-links including opening, arm adjustment, movement explanation, group string field, movement cycle and rest between groups.
  • the opening, arm adjustment and action explanation are the preparatory links. Each action link can be completed once.
  • the arm adjustment link is used to adjust the position of the arm on the fitness mirror to ensure that the user can complete the training action of this action link.
  • the arm adjustment link may refer to the equipment adjustment link for completing the action link.
  • Group string field, action cycle or rest between groups are the exercise links.
  • some or all of the exercise links can be repeated multiple times to meet the intensity requirements and training time of the training plan.
  • the current action link does not end.
  • the last sub-link of the exercise link calls the target video clip, return to the string field sub-link to call the target video clip again, and so on to complete the exercise link in the action link. All loops.
  • the last sub-link of the action link can be any one of the string field, the action loop and the rest between groups.
  • the target video clips transferred between groups are pure pages or other static pages.
  • the target video segments to be called may be the same or different.
  • the target video clips transferred by the same sub-link with different cycle times are preferably different, so as to reflect the difference of different cycle times, thereby improving the fitness video of the same training target in different periods in the training plan. overall difference.
  • each fitness video can reasonably adjust the training intensity, training duration, and training goal of each action in the fitness video according to the training information and user information, so as to better fit any exercise cycle.
  • the fitness needs of the period can significantly improve the training effect; and, through the combination of string field, action cycle or rest between groups, it can better realize the connection between video clips and improve the coherence of the video; not only that , the target video segment called each time by the same sub-link can be different, further improving the difference of each fitness video.
  • the sub-segment information is displayed on the target video segment.
  • some sub-link information can be displayed on the target video clip.
  • the target video clip of the action cycle sub-link it can display the name of the current fitness trainer, the accumulated calories consumed, the action Number of cycles, total fitness time and other information.
  • the fitness video is further differentiated. Even if the generated fitness video is exactly the same, the sub-link information can make users feel that the fitness video is tailored for their physical characteristics and preferences, improving the fitness experience , At the same time, the display of sub-link information can allow users to fully grasp the exercise situation and intensity, and then adjust their physical condition to better complete the training.
  • the fitness training plan is constructed based on the acquired user basic information and training goals.
  • the sub-link is associated with sub-link information; the video clip is retrieved from the video clip library, the video clip is associated with an attribute field, and the attribute field of the target video clip is related to the sub-link of the corresponding sub-link The information matches.
  • the training plan is established based on the user's physical characteristics, schedule, strength evaluation, basic preferences and other information to determine the training day/rest day, training content on the training day, training action arrangement, training action intensity, training process preference, etc. After the training plan is completed, different fitness video content will be pushed to the user for the training content of different training days.
  • a video call sequence is generated for the training content of the training day in the training plan, and the video call sequence is the overall structural framework of the fitness video, including multiple continuous large links.
  • the sub-link information includes user information and training information, and the sub-link information comes from training plans and video call sequences.
  • the user information can be the user's gender, height, weight, age, basic fitness preference, fitness experience, fitness habits and other information
  • the training information can be the training day, training location, training content, and sub-links in the video call sequence. location, fitness trainer, and more.
  • the sub-link information is used to filter the attribute field of the video segment to determine whether the video segment can be used as the target video segment.
  • Each video clip has attribute fields associated with it.
  • the attribute field includes at least a user field and a training field, where the user field corresponds to user information, such as user preferences, oral broadcast density, applicable age range, applicable weight, etc., and the training field corresponds to training information, such as training items, training difficulty, Fitness trainer and other information.
  • the sub-link information is used to screen out the video clips whose attribute field matches the sub-link information from the video clips in the video clip library, and determine and call the target video clip of the sub-link from the video clips. According to the order of the video calling sequence, after calling the target video clips of each sub-link in turn, splicing all or part of the target video clips can generate the fitness video.
  • the matching of the attribute field with the sub-link information means that after the sub-link determines the fitness coach, training content, sub-link location, user physical characteristics, fitness habits and other sub-link information, all video clips in the video clip library are processed using the sub-link information. Filter to obtain all video clips whose attribute fields are equal to or included in the sub-link information. These video clips can be replaced with each other, that is, when recording, for the same set of actions, the same coach records multiple video clips that can be replaced with each other. These video clips all correspond to the sub-link, and then the target video clip of the sub-link is selected from one or more video clips that meet the conditions.
  • the same sub-link only calls one of the eligible video clips as the target video clip in a single call, and when the same sub-link is called multiple times, the called target video clip They can be the same or different. In addition, when there is no video segment matching the information of the sub-segment, the sub-segment can be skipped.
  • the above fitness video generation method is based on the training plan to generate a video retrieval sequence in a targeted manner, sequentially retrieve the target video clips corresponding to each sub-link from the video clip library, and then stitch together to generate a complete fitness video.
  • this method can not only highly fit the training plan, but also formulate fitness videos for users in each stage of an exercise cycle based on the user's fitness needs, abilities, preferences and other information, which can significantly improve the fitness effect, and even if the video sequence
  • the same sub-link can obtain different target video clips in different calling processes, the fitness videos presented to users at different times are sufficiently different, giving users a sufficient sense of customization, thereby improving user experience and exercise Enthusiasm, further enhance the fitness effect.
  • the obtaining the target video clips of all sub-links includes:
  • a plurality of video clips whose attribute fields match the user information and/or training information are selected from the video clip library as candidate video clips;
  • the candidate video segment with the highest ranking value is called as the target video segment of the current sub-link.
  • the calling of the target video segment includes two operations.
  • the first operation is preliminary screening.
  • the function of preliminary screening is to narrow the range of video clips to be retrieved, and use the user information and training information contained in the sub-link information to control the video clips that can be applied to this sub-link to a relatively small number .
  • use date information, coaching information, training content and other information related to this sub-link to filter and obtain video clips that match the attribute fields as candidate video clips.
  • These candidate video clips can be replaced with each other, and any candidate video clip can be used alone A complete fitness video can be formed in this sub-link.
  • the target video segment After delineating a sufficient number of candidate video segments, there are two ways to call the target video segment.
  • One way is to randomly call a candidate video segment as the target video segment. This way is highly random and can quickly call the target video segment.
  • Another method is to call the candidate video clip with the highest ranking value as the target video clip.
  • the ranking value is another type of field different from the user field and training field of the video clip, which can be related to the user preference , and use frequency, and can also be set by the background after evaluation, and used to sort candidate video segments that simultaneously satisfy the information of all sub-links in the same sub-link.
  • the above settings can further ensure that in the training plan, even if all the training conditions are the same, there are still enough differences in the complete fitness video presented to the user, so that the user can feel the difference in the fitness video.
  • the ranking value of the candidate video segment that becomes the target video segment is lowered in subsequent calls, and the ranking values of other candidate video segments are increased in subsequent calls.
  • the ranking values of all candidate video clips will change after one call, and the change can be generated immediately after one call, for example, in some embodiments, the ranking values of the candidate video clips that become the target video clip It will be lowered in the next call, and the ranking value of other candidate video clips will be raised in the next call; this change can also record the number of calls after the call, and adjust the ranking value after the number of calls exceeds the threshold to make the call
  • the ranking of candidate video segments that are rarely called or never called is improved, and the ranking of candidate videos that are called more often is lowered.
  • the user information includes objective information and subjective information
  • the objective information is information related to the user's physical characteristics
  • the subjective information is information reflecting user preferences
  • a plurality of video clips whose attribute fields match the objective information and/or training information are selected from the video clip library as the primary screening video clips;
  • a plurality of video clips whose attribute fields match the subjective information are selected from the preliminary screening video clips as candidate video clips.
  • the preliminary screening operation before the transfer is disassembled into two operations.
  • the first operation is to use basic information such as objective information and/or training information to perform the first screening to obtain the first screening video clips.
  • the objective information is information related to the user's physical characteristics, including the user's gender, height, weight, age, line, body fat percentage, fitness habits, fitness experience and other information.
  • the objective information and training information are static information. Therefore, the number of video clips that meet the requirements can be rapidly reduced.
  • a secondary screening is performed based on subjective information, which is information reflecting user preferences, including information such as oral broadcast density, playback popularity, and video ratings. For example, in one or more embodiments, oral broadcast density can be divided into None, Low Density, Medium Density, and High Density.
  • the secondary screening select the primary screened video clips whose oral density is medium in the attribute field. It is dynamically changing information, which can further narrow the screening range to the range that is more popular with users according to the current popularity of video clips.
  • the combination of the two screening methods can not only effectively shorten the screening time, but also quickly locate popular video clips, thereby improving the look and feel of the complete fitness video and further improving the fitness experience.
  • the action link group can include one action link or multiple exercise links.
  • the sub-links of each action link include opening, arm adjustment, action explanation, group string field, action cycle and rest between groups.
  • the target video segment may be called multiple times in the group string field, motion cycle or rest between groups in the action link.
  • the type, quantity, and duration of the action links in the action link group can be adjusted according to the user information and training information in the training plan.
  • the standard process of the movement link includes six sub-links including opening, arm adjustment, movement explanation, group string field, movement cycle and rest between groups.
  • the opening, arm adjustment and action explanation are the preparatory links. Each action link can be completed once.
  • the arm adjustment link is used to adjust the position of the arm on the fitness mirror to ensure that the user can complete the training action of this action link.
  • the arm adjustment link may refer to the equipment adjustment link for completing the action link.
  • Group string field, action cycle or rest between groups are the exercise links.
  • some or all of the exercise links can be repeated multiple times to meet the intensity requirements and training time of the training plan.
  • the current action link does not end.
  • the last sub-link of the exercise link calls the target video clip, return to the string field sub-link to call the target video clip again, and so on to complete the exercise link in the action link. All loops.
  • the last sub-link of the action link can be any one of the string field, the action loop and the rest between groups.
  • the target video clips retrieved during the break between groups are pure pages or other static pages.
  • the target video segments to be called may be the same or different.
  • the target video clips transferred by the same sub-link with different cycle times are preferably different, so as to reflect the difference of different cycle times, thereby improving the fitness video of the same training target in different periods in the training plan. overall difference.
  • each fitness video can reasonably adjust the training intensity, training duration, and training goal of each action in the fitness video according to the training information and user information, so as to better fit any exercise cycle.
  • the fitness needs of the period can significantly improve the training effect; and, through the combination of string field, action cycle or rest between groups, it can better realize the connection between video clips and improve the coherence of the video; not only that , the target video segment called each time by the same sub-link can be different, further improving the difference of each fitness video.
  • the sub-segment information is displayed on the target video segment.
  • some sub-link information can be displayed on the target video clip.
  • the target video clip of the action cycle sub-link it can display the name of the current fitness trainer, the accumulated calories consumed, the action Number of cycles, total fitness time and other information.
  • the sub-link information can make users feel that the fitness video is tailored for their physical characteristics and preferences, improving the fitness experience .
  • the display of sub-link information can allow users to fully grasp the exercise situation and intensity, and then adjust their physical condition to better complete the training.
  • the present disclosure also provides a fitness training system, including:
  • An acquisition module configured to construct a training plan that matches the user's basic information and training goals according to the attributes of the action segment;
  • the first personalized adjustment module used for the user to adjust the training plan
  • Video retrieval module used to obtain the video retrieval sequence according to the adjusted training plan, wherein the video retrieval sequence includes a plurality of continuous large links, and at least one sub-link is set in each large link, and the sub-links are associated with There is sub-segment information, and at least one action segment is included in the large segment; the video segment and the action segment are sequentially retrieved according to the video call sequence, and the target video segments of all sub-segments are obtained, and the attributes of the target video segment and the corresponding sub-segment The information is matched, and the target video clips are spliced to generate a fitness video;
  • the second personalized adjustment module used to adjust the target video segment according to the attributes of the target video segment, and the target video segment attributes include playback frequency and user video preference.
  • the acquisition module is used to acquire the user's basic information and training goals
  • the fitness training system also includes:
  • the fitness schedule module is used to obtain the fitness schedule according to the user's basic information and training goals.
  • the fitness schedule includes training day parameters, and the training day parameters include the number of action segments and muscle stimulation capacity corresponding to the training day;
  • the screening and sorting module is used to obtain a group of sorted action segment combinations corresponding to the training day according to the fitness schedule, the user's basic information, the training goal, and the attributes of the action segments; the attributes of the action segments also include the number of actions;
  • the number of times module is used to obtain the recommended number of times corresponding to each action segment in the action segment combination according to the action segment attributes and the user training target;
  • a weight module configured to obtain the recommended weight corresponding to each action segment in the action segment combination according to the action segment attributes and the user's training goal
  • the rest time module is used to obtain the rest duration of each action segment in the action segment combination according to the number of recommendations corresponding to the action segments in the training action group, action segment attributes, user basic information and training goals.
  • the fitness training system may also include a personalization module for adjusting the training plan according to user preferences. After the user uses the training plan formulated by this program, within a certain period of time, the personalized module records the adjustments made by the user on the training plan of this program. According to these adjustments, the personalized module adjusts the training plan according to the user's preferences. Make the training plan on a professional basis and more meet the user's preferences.
  • the fitness training system also includes a video clip library for storing video clips, and the video clips are associated with attribute fields; wherein, the acquisition module generates a video call sequence based on the training plan; the sub-link Associated with sub-link information; the video call module, according to the order of the sub-links in the video call sequence, sequentially obtains the target video clips of all sub-links from the video clip library; the calling of the target video clips Including: screening a plurality of video clips whose attribute fields match the sub-link information from the video clip library as candidate video clips, randomly calling a candidate video clip as the target video clip of the current sub-link, or calling the video clip with the highest ranking value The candidate video segment of is used as the target video segment of the current sub-link.
  • the present disclosure also provides an electronic device, including a memory, a processor, and a computer program stored in the memory and operable on the processor, and the processor executes the A computer program realizes the above-mentioned fitness training method.
  • the present disclosure also provides a storage medium, the computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the above-mentioned fitness training method is realized.
  • the action segments of this disclosure set the attributes of the action segments based on professional fitness data. Based on the attributes of the action segments, the user's own situation, and training goals, a more scientific and professional fitness training plan can be obtained, providing users with customized Customized fitness training plan to achieve the user's training goal; this program screens the action fragments from user information, training goals, attributes of the fitness schedule and attributes of the action fragments multiple times, and then according to the adjacent The dimensional changes of the fitness equipment between the two action segments are further screened and sorted, and finally a set of action segment combinations that match the user's basic information, match the training goals, and require the least adjustment of the fitness equipment are obtained to improve the user's comfort And flow, more convenient for long-term use;
  • this disclosure formulates fitness videos for users at various stages in an exercise cycle, which significantly improves the fitness effect, and even if the sequence of video calls is the same, because the same sub-link can be used in different Different target video clips are obtained during the retrieval process, so that the fitness videos presented to users at different times have sufficient differences, giving users a sufficient sense of customization, thereby improving user experience and enthusiasm for exercise, and further improving fitness effects;
  • This disclosure enables users to watch a variety of target video clips by setting sorting values, playback values, and the number of calls, which improves the customization and fun of fitness videos, enhances fitness experience, and strengthens fitness effects;
  • each fitness video can reasonably adjust the training intensity, training duration, and training goal of each action in the fitness video according to the fitness plan, training goals, and user information. It better fits the fitness needs of any period in the exercise cycle, and significantly improves the training effect; and, through the combination of string field, action cycle or rest between groups, it can better realize the video clips.
  • the target video segment called each time in the same sub-link can be different, further improving the difference of each fitness video;
  • a matching target video clip is selected randomly or according to the ranking value, which can further ensure that in the training plan, even if all the training conditions are the same, the complete fitness video presented to the user is still the same. There is enough difference that users feel the difference in fitness videos;
  • This disclosure uses objective information and training information for the first screening, and subjective information for the second screening, which can not only effectively shorten the screening time, but also quickly locate highly popular video clips, thereby improving the accuracy of the complete fitness video. Look and feel, further improve the fitness experience;
  • This disclosure further differentiates fitness videos by displaying sub-link information on the target video segment. Even if the generated fitness videos are exactly the same, the sub-link information can make users feel that the fitness video is tailored to their physical characteristics and preferences Customized to improve the fitness experience. At the same time, the display of sub-link information allows users to fully grasp the exercise situation and intensity, and then adjust the physical condition to better complete the training.
  • Fig. 1 is a schematic flow chart of a fitness training method
  • Fig. 2 is a schematic flow chart of a fitness training method
  • Fig. 3 is a front view of an intelligent fitness device according to Embodiment 1 of the present disclosure.
  • FIG. 4 is a schematic diagram of a local structure in the track in Embodiment 1 of the present disclosure.
  • FIG. 5 is a block flow diagram of a fitness video generation method of a fitness training method according to a specific embodiment of the disclosure
  • Fig. 6 is a block flow diagram of a scheduling method in a fitness training method in a specific embodiment of the present disclosure
  • Fig. 7 is a block flow diagram of another scheduling method in the fitness training method in a specific embodiment of the present disclosure.
  • Fig. 8 is a schematic diagram of the composition of a fitness training system
  • Fig. 9 is a further composition schematic diagram of a fitness training system
  • Fig. 10 is a structural block diagram of a fitness video generating system of a fitness training system according to a specific embodiment of the present invention.
  • the term “a” should be understood as “at least one” or “one or more”, that is, in one embodiment, the number of an element can be one, while in another embodiment, the number of the element
  • the quantity can be multiple, and the term “a” cannot be understood as a limitation on the quantity.
  • FIG. 1 is a schematic flowchart of a fitness training method.
  • the present disclosure provides a fitness training method, and the method includes:
  • the attributes of the action segment include the difficulty level of the action, the action field, and the muscle stimulation field; the action field Including the different dimensions of fitness equipment adjustment;
  • the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the large link includes at least one action segment;
  • the target video segment is adjusted according to the properties of the target video segment, and the target video segment properties include playback frequency and user video preference.
  • the construction includes:
  • the attributes of an action segment include unlock score, action id, and action type.
  • unlock score When the user trains an action segment, the scores of all action segments of the action type associated with the action segment will increase.
  • the action segment reaches the unlock score, the action segment will be added to the action In the pool, when the user's action segment reaches the unlock score, add the action segment to the action pool;
  • each second action combination sort the action ids of the action fragments according to the dimension change of the action field
  • the user's 1RM weight based on the action is obtained according to the action segment, and the preset weight of the action is obtained according to the training goal, where:
  • A is the recommended weight for the action
  • X1 is the user's 1RM weight based on the action
  • X2 is the weight corresponding to the action based on the training goal
  • the rest duration of each training action group is obtained according to the number of recommendations corresponding to the action segments in the training action group, the attributes of the action segment, the basic information of the user, and the training goal.
  • the adjusted training plan After the user manually modifies and adjusts the training plan, judge whether the adjusted training plan matches according to the user's basic information, action segment attributes, and training goals. If it matches, the adjusted training plan will be used. If it does not match, an early warning will be issued to the user. ;
  • the adjusted training plan After the warning is issued to the user, if the user still insists on using the adjusted training plan, the adjusted training plan will be used; otherwise, the user will re-adjust the training plan.
  • the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the large link includes at least one action segment;
  • the major links of the video call sequence include the opening link, warm-up link, and action link in turn. , a stretching link and an ending link, the action link includes at least one action segment; the sub-links of the action link include opening, arm adjustment, action explanation, group string field, action cycle and rest between groups, the same action link The group string field, action loop or rest between groups can call video clips or action clips multiple times; adjust the action explanation sub-link in the action link according to the number of times the action clips are called in the action link.
  • the target video segment is adjusted according to the properties of the target video segment, and the target video segment properties include playback frequency and user video preference.
  • the playback frequency of the target video segment and the user's video preference adjust the ranking value of the video segment in the target video segment and the playback value of the action segment; call the candidate video segment with the highest ranking value and the subsequent action segment with the smallest playback value as the current sub-link the target video segment;
  • the ranking value of the candidate video segment that becomes the target video segment is lowered in subsequent calls, and the ranking values of other candidate video segments are increased in subsequent calls;
  • the playback value of the candidate action clip that becomes the target video clip is increased in subsequent calls.
  • the playback value of the action clip reaches the playback threshold, the action difficulty level and action field of the action clip are obtained.
  • the action segment with the same muscle stimulation field is used as the target video segment, and when acquiring, among the action segments with the same action difficulty level, action field, and muscle stimulation field, the target video segment with the smallest playback value is obtained as the current sub-link.
  • the construction includes:
  • the attributes of an action segment include unlock score, action id, and action type.
  • unlock score When the user trains an action segment, the scores of all action segments of the action type associated with the action segment will increase.
  • the action segment reaches the unlock score, the action segment will be added to the action In the pool, when the user's action segment reaches the unlock score, add the action segment to the action pool;
  • each second action combination sort the action ids of the action fragments according to the dimension change of the action field
  • the user's 1RM weight based on the action is obtained according to the action segment, and the preset weight of the action is obtained according to the training goal, where:
  • A is the recommended weight for the action
  • X1 is the user's 1RM weight based on the action
  • X2 is the weight corresponding to the action based on the training goal
  • Operation 1 Obtain a fitness schedule according to the user's basic information and training goals
  • Rest day rules are preset based on fitness data.
  • the rest day rules are existing rules, and the rest day rules are fitness differentiation rules.
  • Fitness differentiation includes leg pushing and pulling (three differentiations), whole body differentiation, upper and lower limbs differentiation, and traditional five divisions , Leg push-pull + differentiation of upper and lower limbs.
  • the rules for differentiation of upper and lower limbs are used as shown in Table 1:
  • the attributes of the fitness schedule include training day parameters, and the training day parameters include the number of action segments and muscle stimulation capacity corresponding to the training day ;
  • Operation 2 adds the action fragment to the action pool
  • the initial score of the user's proficiency in actions is 0, and the action segments are classified according to the preset action types;
  • Action segments are preset with action difficulty levels.
  • the action difficulty levels include level 1, level 2, level 3, and level 4.
  • actions with action difficulty levels of level 1, level 2, and level 3 are unlocked with 0 points
  • the unlocking score of level 4 is 30 points; when the user performs any action of the same action type, the user's proficiency for all actions under this action type will be increased.
  • the proficiency rules are as follows:
  • Operation 3 Obtain action segment combinations according to training day parameters and training goals, and obtain several sets of first action combinations
  • Each action segment is preset with a muscle stimulation field.
  • the muscle stimulation field includes the degree of muscle stimulation and the location of muscle stimulation.
  • the parameters of the training day include the muscle stimulation capacity (number of groups) and the number of movements.
  • the degree of muscle stimulation refers to the degree of muscle stimulation.
  • Actions correspond to the number of muscle groups. For example: if a certain action stimulates 100% of the pectoral muscles and 50% of the deltoid muscles, if you do 1 set of this action, you will achieve 1 set of pectoral muscle goals and 0.5 sets of deltoid muscle goals; according to 3.1 Data screening of several groups of action segment combinations to obtain several groups of first action combinations;
  • Operation 4 In several groups of first action combinations, obtain several groups of second action combinations according to the action difficulty level of the action segment and the basic information of the user;
  • the proportion of the action difficulty level of the action segment conforms to the following rules:
  • the proportion of the action difficulty level of the action segment conforms to the following rules:
  • Operation 5 In several groups of second action combinations, sort each group of action fragments according to the action fields of each group of two adjacent action fragments, and obtain a group of third actions according to the sorted action fields of two adjacent action fragments combination;
  • the action segments are sorted according to the dimension change of the action field;
  • the accessories field and the field of adding or subtracting fitness stools; the field of arm up and down adjustment, the field of arm swing adjustment, the field of replacing end accessories, and the field of adding or subtracting fitness stools correspond to four dimensions respectively, according to the fields of up and down arm adjustment, arm swing adjustment, Change the order of the terminal accessories field and increase or decrease the fitness stool field to sort the action segments in the second action combination, and obtain the sorted second action combination;
  • the sorted second action combinations obtain a set of second action combinations with the smallest dimension change as the third action combination.
  • the sorted second action combinations are scored through the score change rule, and the score value The highest combination is the third action combination with the smallest dimension change.
  • a group is randomly selected as the third action combination;
  • the id sequence of the action has a total score, the default is 1 point, and the score change rules are as follows, as shown in Table 2:
  • dimension change score change For every two adjacent action ids, the dimension does not change +2 For every two adjacent action ids, a one-dimensional change occurs +1 For every two adjacent action ids, a two-dimensional dimension change occurs +0 For every two adjacent action ids, a three-dimensional change occurs -1 For every two adjacent action ids, a four-dimensional change occurs -2
  • the fitness equipment corresponding to this method is an intelligent fitness equipment, including a body 27, a track 8 that is rotatably connected to the body 27, and a track 8 that is slidably fitted in the track 8.
  • the first adjustment assembly is used to adjust the rotation angle of the track 8 on the body 27 around the axis of the track itself;
  • the second adjustment assembly is used to adjust the axial position of the adjustment seat 10 in the track 8 (that is, the position where the support arm translates along the track);
  • the third adjustment assembly is used to adjust the rotation angle of the end head 9 on the adjustment seat 10 (that is, the angle at which the support arm rotates around the intersection of the support arm and the track);
  • the fourth adjustment component is used to adjust the connector so that the support arm 28 can be connected with different accessories
  • the fifth adjusting component is used for adjusting the positional relationship between the support arm and the fitness stool.
  • the second adjustment component needs to be adjusted in the up and down adjustment field of the support arm; the first adjustment component and/or the third adjustment component need to be adjusted in the swing adjustment field of the support arm; An adjustment assembly and/or a third adjustment assembly; increasing or decreasing the field of the exercise stool requires adjustment of the second adjustment assembly, the fourth adjustment assembly, the first adjustment assembly and/or the third adjustment assembly.
  • Operation 6 Obtain the recommended number of times and recommended weight corresponding to each action segment in the third action combination according to the preset number of actions of the action segment and the user's training target;
  • Each action segment is preset with the number of actions and the target effect of the action.
  • the target effect of the action includes fat loss and muscle gain, and the user's training target includes muscle gain or fat loss.
  • the movement target effect of 65% of the movement times is to increase muscle, and the movement goal effect of 35% of the movement times is to reduce Fat; when the user's training goal is to lose fat, among the number of movements of each action segment in each training day, 65% of the number of movements has the effect of reducing fat, and 35% of the number of movements has the effect of For muscle gain.
  • A is the weight recommended for the action
  • X1 is the user's 1RM weight based on the action
  • X2 is the weight corresponding to the action based on the training goal
  • the recommended times and weight of each action segment form a training action group
  • the third action group consists of multiple Composed of training action groups.
  • Operation 7 obtains the rest duration of each training action group according to the number of recommendations corresponding to the action segments in the training action group, the attributes of the action segment, the basic information of the user, and the training goal.
  • the present disclosure presets a rest interval rule according to the action rare level of the action segment, the recommended number of actions, the user's user level, and the training goal.
  • the rest interval rules can be various. Provide a kind of according to body-building experience in the present embodiment, and this interval rule is as shown in table 3 as follows:
  • Operation 7 Obtain the prepared training plan according to operation 1-operation 6, and adjust the training plan according to user preference;
  • the obtained training plan is the confirmed training plan
  • the user can adjust the training plan according to his own preferences on the training plan, and can adjust the arrangement of weekly training days in the training plan, etc.; after adjustment, the adjusted training plan is obtained;
  • Operation 8 acquires a video call sequence according to the adjusted training plan, the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the large link includes at least one action segment;
  • the major links of the video call sequence include the opening link, warm-up link, action link, stretching link and ending link, the action link includes at least one action segment;
  • the sub-links of the action link include opening, arm adjustment, action explanation, group string field, action cycle and rest between groups, the same action The group string field, action cycle or rest between groups in the link can call video clips or action clips multiple times; adjust the action explanation sub-link in the action link according to the number of calls of the action clips in the action link;
  • the video call sequence action including the opening link, warm-up link, action link group, hidden checkpoint link, stretching link, and ending link is obtained.
  • the link group contains three sets of training actions with action ids 1, 3, and 8.
  • Each major link has one or more sub-links. According to the order of each sub-link in the video calling sequence, after calling the target video clips of each sub-link respectively, a total of 57 target video clips are obtained, numbering the target video clips to determine the calling sequence, and finally splicing 57 video clips Get workout videos.
  • the sub-links of the action link include opening, arm adjustment, action explanation, group string field, action cycle and rest between groups.
  • the group string field, action cycle or group rest in the same action segment can call the target video multiple times fragment.
  • the opening, arm adjustment and action explanation are the preparation links, and each action link can be completed once; the string field, action cycle or rest between groups are the training links, which can be repeated several times in part or in whole to meet the intensity requirements of the training plan and training time.
  • the last sub-link of the action link It can be a break between groups, such as completing one to three groups of loops, stopping at the target video segment 12, 15, 18 and entering the opening sub-segment of the next action segment; it can be an action cycle, for example, after completing the fourth set of loops, the target video After the segment 20 is completed, stop and enter the opening sub-segment of the next action segment; it can also be a string field, for example, the target video segment 21 is used as the last sub-segment.
  • the target video clips transferred between groups are pure pages or other static pages.
  • the target video clips transferred by the same sub-link with different cycle times are preferably different, so as to reflect the difference of different cycle times, thereby improving the overall difference of the fitness videos of the same training target in different periods in the training plan.
  • Operation 9 adjusts the target video segment according to the target video segment attribute, and the target video segment attribute includes playback frequency and user video preference;
  • the ranking value of the candidate video clip that becomes the target video clip is lowered in subsequent calls, and the ranking values of other candidate video clips are raised in subsequent calls;
  • the playback value of the candidate action clip that becomes the target video clip is increased in subsequent calls.
  • the playback value of the action clip reaches the playback threshold, the action difficulty level, action The action segment with the same field and muscle stimulation field is used as the target video segment, and when acquiring, among the action segments with the same action difficulty level, action field, and muscle stimulation field, the target video segment with the smallest playback value is obtained as the current sub-link.
  • the action segment with the smallest playback value is obtained as the target video segment.
  • the user can watch a variety of target video segments, improve the customization and fun of the fitness video, enhance the fitness experience, and strengthen the fitness effect.
  • the sub-links are associated with sub-link information; the video clips are retrieved from the video clip library, the video clips are associated with attribute fields, and the attribute fields of the target video clips are related to the corresponding
  • the sub-link information matches the sub-link information.
  • Embodiment 2 can be implemented as a fitness video generation method as shown in Figure 5, including:
  • the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the sub-links are associated with sub-link information;
  • the video clips are associated with attribute fields, and the attribute fields of the target video clips are related to the sub-links of the corresponding sub-links match the information;
  • the fitness video is generated by splicing target video segments.
  • the large links include consecutive opening links, warm-up sessions, action link groups, stretching links, and ending links
  • the action link groups include at least one action link
  • the number of action links in the action link group depends on User information and training information in the training plan.
  • the large link may further include an action hidden checkpoint link between the action link group and the stretching link group, so that the fitness video has a sufficient sense of customization, And inspire users' fitness enthusiasm.
  • the sub-links in the opening session include greetings, dates, counting, goals, and exercise parts in sequence, while the warm-up session and the stretching session only have a sub-section of a warm-up bag and a stretching bag, respectively. link.
  • the sub-link information is used to screen out the video clips whose attribute field matches the sub-link information from the video clips in the video clip library, and determine and call the target video clip of the sub-link from the video clips. According to the order of the video call sequence, after the target video clips of each sub-link are called in turn, the target video clips can be numbered, and then the target video clips can be spliced according to the numbers to generate a fitness video for presentation to the user.
  • At least part of the sub-segment information is displayed on the target video segment. After adding and displaying the sub-link information, further differentiate the fitness video. Even if the generated fitness video is exactly the same, the sub-link information can make users feel that the fitness video is tailored for their physical characteristics and preferences, improving the fitness experience. At the same time, the display of sub-link information can allow users to fully grasp the exercise situation and intensity, and then adjust their physical condition to better complete the training.
  • the fitness video is based on the training plan to generate a video call sequence in a targeted manner.
  • the training plan By matching the recorded video clips, it can not only highly fit the training plan, but also provide users with information based on the user's fitness needs, abilities, preferences, etc.
  • Developing fitness videos at each stage in an exercise cycle can significantly improve the fitness effect, and even if the video calling sequence is the same, since the same sub-link can get different target video clips in different calling processes, it will be presented at different times.
  • the user's fitness videos are sufficiently differentiated to give users a sufficient sense of customization, thereby improving user experience and enthusiasm for exercise, and further improving the fitness effect.
  • a plurality of video clips whose attribute fields match the user information and/or training information are selected from the video clip library as candidate video clips;
  • the candidate video segment with the highest ranking value is called as the target video segment of the current sub-link.
  • the ranking value of the candidate video segment that becomes the target video segment is lowered in subsequent calls, and the ranking values of other candidate video segments are increased in subsequent calls.
  • the rank value of the candidate video segment that becomes the target video segment is lowered in the next call, and the rank value of the other candidate video segments is raised in the next call.
  • the user information includes objective information and subjective information
  • the objective information is information related to the user's physical characteristics
  • the subjective information is information reflecting user preferences
  • a plurality of video clips whose attribute fields match the objective information and/or training information are selected from the video clip library as the primary screening video clips;
  • a plurality of video clips whose attribute fields match the subjective information are selected from the preliminary screening video clips as candidate video clips.
  • the combination of the two screening methods can not only effectively shorten the screening time, but also quickly locate popular video clips, thereby improving the look and feel of the complete fitness video and further improving the fitness experience.
  • the objective information is information related to the physical characteristics of the user, including information such as the user's gender, height, weight, age, line shape, body fat percentage, fitness habits, and fitness experience.
  • Subjective information is information that reflects user preferences, including oral broadcast density, broadcast popularity, video ratings and other information.
  • FIG. 8 is a schematic diagram of a fitness training system.
  • Embodiment 5 of the present disclosure provides a fitness training system.
  • the system includes:
  • the acquisition module is used to construct a training plan that matches the user's basic information and training goals according to the attributes of the action segment, wherein the attribute of the action segment includes the difficulty level of the action, the action field, and the muscle stimulation field; the action field includes the adjustment of the fitness equipment. dimension;
  • the first personalized adjustment module used for the user to adjust the training plan
  • Video retrieval module used to obtain the video retrieval sequence according to the adjusted training plan, wherein the video retrieval sequence includes a plurality of continuous large links, and each large stage has at least one sub-link, and the large stage includes at least An action segment; call the video segment and the action segment in sequence according to the video call sequence, obtain the target video segments of all sub-links, and stitch the target video segments to generate a fitness video;
  • the second personalized adjustment module used to adjust the target video segment according to the attributes of the target video segment, and the target video segment attributes include playback frequency and user video preference.
  • FIG. 9 is a further schematic diagram of the composition of a fitness training system.
  • the acquisition module is used to acquire the user's basic information and training goals.
  • the fitness training system also includes:
  • the fitness schedule module is used to obtain the fitness schedule according to the user's basic information and training goals.
  • the fitness schedule includes training day parameters, and the training day parameters include the number of action segments and muscle stimulation capacity corresponding to the training day;
  • the screening and sorting module is used to obtain a set of sorted action segment combinations corresponding to the training day according to the fitness schedule, the basic information of the user, the training goal, and the attributes of the action segments;
  • the number of times module is used to obtain the recommended number of times corresponding to each action segment in the action segment combination according to the action segment attributes and the user training target;
  • a weight module configured to obtain the recommended weight corresponding to each action segment in the action segment combination according to the action segment attributes and the user's training goal
  • the rest time module is used to obtain the rest duration of each action segment in the action segment combination according to the number of recommendations corresponding to the action segments in the training action group, action segment attributes, user basic information and training goals.
  • the fitness training system may also include a personalization module for adjusting the training plan according to user preferences.
  • the specific implementation of the acquisition module is: on the smart fitness mirror, let the user input basic information and training goals.
  • the basic information includes: user level, expected training cycle, expected weekly training times, etc., where user level Including fitness masters and fitness beginners, the training goals include fat loss and muscle gain, and the expected weekly training times include 2 days a week, 3 days a week, 4 days a week and 5 days a week;
  • the specific implementation of the fitness schedule module is as follows: obtain user information through the acquisition module, formulate a fitness schedule according to the user information, and formulate weekly training according to the user's expected training period, expected weekly training times, and training goals The time of day, the number of corresponding action segments and muscle stimulation capacity for each training day;
  • the specific implementation of the screening and sorting module is: according to the number of corresponding action segments and muscle stimulation capacity of each training day in the fitness schedule module, the preset muscles of the action segments unlocked by the user in the action pool In the stimulus field, select the action segment combination that meets the corresponding number of action segments and muscle stimulation capacity requirements of each training day as the first action combination, wherein the muscle stimulation field includes muscle stimulation degree and muscle stimulation site;
  • the group combination is used as the third action combination, that is, the corresponding action segments in each training day are obtained, that is, its ordering;
  • the specific implementation of the number of times module is: after obtaining the action segments corresponding to each training day, that is, its sorting, this module determines the training times of each action segment, and according to the preset action times of each action segment and the training target to get the number of recommended actions for each action segment;
  • the specific implementation of the weight module is: obtain the user's 1RM weight based on the action according to the action segment, and obtain the preset weight of the action according to the training goal, and obtain the recommended weight of each action segment, wherein:
  • A is the recommended weight for the action
  • X1 is the user's 1RM weight based on the action
  • X2 is the weight corresponding to the action based on the training goal.
  • the specific implementation of the rest time module is: after determining the sequence of action segments corresponding to each training day, that is, the recommended number of times and recommended weight for each action segment, determine the rest time of each group of action segments according to this module.
  • the rest time of each group of action segments is obtained according to the preset rest interval rule, the action rare level of the action segment, the recommended number of actions, the user level of the user, and the training target.
  • the specific implementation of the personalized module is: after the training plan is obtained through the above modules, the training plan is sent to the user, and the user adjusts the training plan according to his actual situation or preferences. When the adjustment exceeds the preset adjustment When the adjustment range is too large, the user will be sent a reminder that the adjustment range is too large. After confirming the reminder message, the user can continue to adjust or change the original adjustment plan.
  • the fitness training system further includes a video clip library for storing video clips, and the video clips are associated with attribute fields; wherein, the acquisition module generates a video call sequence based on the training plan ; The sub-links are associated with sub-link information; the video calling module, according to the order of the sub-links in the video calling sequence, sequentially obtains the target video clips of all sub-links from the video clip library; the target The calling of video clips includes: selecting a plurality of video clips whose attribute fields match the sub-link information from the video clip library as candidate video clips, randomly calling a candidate video clip as the target video clip of the current sub-link, or The candidate video segment with the highest ranking value is called as the target video segment of the current sub-link.
  • Embodiment 7 can be implemented as a fitness video generation system as shown in Figure 10, including:
  • the acquisition module is used to obtain the training plan, and generate a video call sequence based on the training plan, the video call sequence includes a plurality of continuous large links, each large link is provided with at least one sub-link, and the sub-links A link is associated with sub-link information;
  • a video clip library used to store video clips, the video clips are associated with attribute fields;
  • the calling module is used to transfer the target video clips of all sub-links from the video clip library in sequence according to the order of the sub-links in the video calling sequence;
  • the calling of the target video clips includes: from the video clip library Multiple video clips that match the sub-link information in the screening attribute field are used as candidate video clips, and a candidate video clip is randomly called as the target video clip of the current sub-link, or the candidate video clip with the highest ranking value is called as the current sub-link.
  • the target video segment of the sub-segment
  • a synthesis module splicing target video segments to generate the fitness video.
  • Embodiment 8 of the present disclosure provides an electronic device, including a memory, a processor, and a computer program stored in the memory and operable on the processor.
  • the processor executes the computer program, the A fitness training method.
  • the processor may be a central processing unit, or other general-purpose processors, digital signal processors, application-specific integrated circuits, off-the-shelf programmable gate arrays or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components etc.
  • a general-purpose processor may be a microprocessor, or the processor may be any conventional processor, or the like.
  • the memory can be used to store the computer programs and/or modules, and the processor can realize various functions of a fitness training device in the present disclosure by running or executing the data stored in the memory.
  • the memory may mainly include a program storage area and a data storage area, wherein the program storage area may store an operating system, at least one application required by a function (such as a sound playback function, an image playback function, etc.) and the like.
  • the memory can include high-speed random access memory, and can also include non-volatile memory, such as hard disk, internal memory, plug-in hard disk, smart memory card, secure digital card, flash memory card, at least one magnetic disk storage device, flash memory device, or other volatile solid-state memory devices.
  • Embodiment 9 of the present disclosure provides a computer-readable storage medium, where a computer program is stored in the computer-readable storage medium, and when the computer program is executed by a processor, the fitness training method is implemented.
  • the computer storage medium in the embodiments of the present disclosure may use any combination of one or more computer-readable media.
  • the computer readable medium may be a computer readable signal medium or a computer readable storage medium.
  • a computer readable storage medium may be, but is not limited to, an electrical, magnetic, optical, electromagnetic, infrared, or semiconductor system, apparatus, or device, or any combination thereof.
  • a computer-readable storage medium may be any tangible medium that contains or stores a program that can be used by or in conjunction with an instruction execution system, apparatus, or device.

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Abstract

一种健身训练方法及系统及装置及介质,涉及健身领域,获取用户基础信息和训练目标,构建健身训练计划,根据用户偏好调整训练计划;根据调整后的训练计划获取视频调取序列;按照视频调取序列依次调取视频片段和动作片段,得到目标视频片段,拼接目标视频片段生成健身视频;根据目标视频片段属性调整目标视频片段。上述方法根据用户偏好等信息为用户提供定制化的健身训练计划,不仅能达到用户的训练目标,并且使用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果。

Description

一种健身训练方法及系统及装置及介质 技术领域
本公开涉及健身领域,具体涉及一种健身训练方法及系统及装置及介质。
背景技术
随着人们生活水平提高,随着生活的压力越来越大,很多人的身体处于亚健康状态,但是又很难抽出时间进行户外运动,为了节省外出时间,越来越多的人更愿意在家中根据终端应用程序的健身视频指导进行健身锻炼,在家里自己对照网上的运动教程进行运动健身,推动了家庭智能健身的飞速发展。家庭智能健身器械的出现,使得家庭健身越发标准化,但是现有的智能健身器械为用户制定的健身训练计划大多是为了让用户动起来,通过丰富有趣的课程提高用户的运动兴趣。对于健身经验较高的用户而言,不能达到预期的训练效果。
还有部分用户通过查询相关资料或者参考别人的健身方法来进行健身,由于每个人的身体素质之间存在差异,单纯的模仿别人的健身方法来执行自己的健身计划,难以达到健身效果,导致用户的健身不具有针对性,且效率低下,影响用户健身的积极性和健身体验。
同时,在健身训练过程中,专业的健身训练计划虽然能为用户提供专业科学的健身计划,但是在实际的使用过程中,有些课程并不是用户喜欢的,并且训练计划过于刻板,用户不能根据其喜好进行调整,容易降低用户的兴趣,降低健身的积极度。
其次,在家庭健身中,根据健身计划推荐给用户的健身视频的质量对健身效果起着决定性作用。传统的健身视频获取方式主要有两种。第一,用户根据想要锻炼的动作在应用程序或网上查找相应的健身视频,例如,专利CN112417210A公开了一种健身视频的查询方式,其通过快速搜索算法和智能识别用户身材,解决了在搜索和查找健身视频过程中需要耗费大量时间的问题,使得可以快速地向用户推荐适合的健身视频,然而这种方式是基于用户的认知对健身视频进行搜索,由于用户并非专业健身教练,因此往往不明确自己当前应当锻炼的方式方法,导致健身效果差。第二,应用程序根据用户的特点和训练计划推送健身视频,规范健身动作,例如,专利CN110917580A公开了一种用于规范运动健身的方式,其通过获得当前用户的个人特征信息以及当前用户所要求的目标运动强度等级来确定其运动时所要求的健身等级,同时,每一健身等级对应于一健身教学视频,将该对应的健身教学视频推送至显示设备供用户观看,为其健身过程中提供私人化的动作指导,以达到规范健身动作的目的。
但是,传统的健身视频方法呈现给用户的健身视频是一段通用的完整视频,即使是软件推送的方式,推送给用户的也仅仅是根据训练安排进行规划的完整的健身视频课程,虽然这类健身视频普适性高,但无法做到与健身视频与用户属性、偏好的深度融合,健身效果不佳; 其次,在同一个锻炼周期内用户需要反复观看同一健身视频,然而,健身过程是循循渐进的,覆盖整个锻炼周期的一个健身视频可能更适于该锻炼周期的中期,但不适于前期和后期,导致用户在前期会感受到疲惫,在后期会认为缺乏挑战;最后,反复观看同一健身视频也会造成用户出现审美疲劳,缺乏锻炼的热情,健身体验感差。
因此一种更加专业的一种健身训练方法及系统及装置及介质是迫切需要的。
发明内容
本公开的目的在于提供一种健身训练方法及系统及装置及介质,将用户的基础信息与专业的健身数据相结合,为用户提供专业、科学的健身训练计划,同时根据训练计划在动作池中依次调取动作片段,拼接动作片段后,呈现给用户的完整的健身视频,提高用户的健身体验感。
本公开的健身训练方法及系统及装置及介质,通过获取训练计划中的各项指标,按照特定的时序从视频片段库中依次调取对应的目标视频片段,再拼目标接视频片段生成用于呈现给用户的完整的健身视频,使得健身视频不仅高度贴合训练计划,满足用户任一锻炼时期的需求、能力、偏好,而且即使锻炼目标、方式相同,但不同时间呈现给用户的健身视频存在足够的差异性,给用户以足够的定制感,进而提高用户体验,有效地解决了传统的健身视频所存在的问题。
为实现上述公开目的,本公开提供了一种健身训练方法,包括:
获取用户基础信息和训练目标,构建健身训练计划,所述训练计划与动作片段的属性、用户基础信息和训练目标相匹配,动作片段的属性包括动作难度等级、动作字段、肌肉刺激字段;动作字段包括健身器械调节的不同维度;该构建具体包括:
根据用户的基础信息和训练目标获取健身时间表,健身时间表包括训练日参数和休息日参数,健身时间表主要是根据用户的基础信息和训练目标,再结合专业的健身数据来制定,其中用户的基础信息主要包括用户等级、训练周期、每周计划训练天数,训练目标则包括用户预计训练部位以及训练成果,根据以上信息,结合专业的健身数据,为用户推荐健身时间表,该健身时间表中,训练日参数包括该训练日对应的动作片段个数和肌肉刺激容量,本方案中动作片段个数和肌肉刺激容量是根据专业数据设定的,动作片段个数为用户在训练日中最优的动作片段个数,肌肉刺激容量为训练日中所有动作片段完成后,对不同肌肉位置刺激的大小总和;通过每个训练日推荐训练的动作个数和肌肉刺激容量,使用户在训练周期中能达到用户期望的训练目标。
在健身时间表中得到每个训练日和休息日的分布,以及每个训练日对应的动作个数和肌肉刺激容量后,结合动作片段属性中预设肌肉刺激字段,其中肌肉刺激字段包括肌肉刺激程 度和肌肉刺激部位,在若干的动作片段中获取满足每个训练日对应的动作个数和肌肉刺激容量要求的动作片段组合,此时会筛选出很多组满足上述要求的动作片段组合,即能够得到若干组第一动作组合;
为了进一步的使训练计划更加专业和科学化,本方案在若干第一动作组合中进行第二次筛选,由于第一次筛选中,更偏重与用户主观期望达到的训练目标,但是在若干第一动作组合中,有些动作的难度较大,和用户基础信息中的用户等级可能是不匹配的,若用户在健身时,训练动作的难道较高,可能会打击用户信心,降低用户健身兴趣,因此基于动作的难度,本公开在第一次筛选的基础上进行第二次筛选,具体的,用户的基础信息中包括用户的等级,即用户可能为健身达人或健身小白,同时,每个动作片段属性中预设有动作难度等级,因此,在若干第一动作组合中根据用户的等级和动作片段的动作难度等级筛选出与其用户相匹配的动作片段组合,即得到若干组第二动作组合。
经过第二次筛选后,得到的若干第二动作组合既满足用户基础信息和训练目标,也满足专业的训练要求,但是第二动作组合中的动作片段涉及不同动作字段的运动,每个动作字段涉及维度变化,即需要调整健身器械的维度变化,在实际的健身训练过程中,若相邻的两个动作之间,用户需要不断的调整健身器械,甚至调整的幅度较大,这样在使用过程会降低用户的健身流畅度和舒适度,基于此,本方案在若干第二动作组合上进行第三次筛选,得到一组相邻动作片段之间需要调节健身器械最少即动作字段维度变化最小的一组动作片段组合,作为第三动作组合,并且将动作片段进行排序,使其在完成第三动作组合中的所有动作时,需要调节的健身器械最少,进而提高用户的使用舒适感。在此基础上,对于智能健身镜而言,健身镜的两侧分别有一个支臂,在进行健身训练时,可能需要对支臂进行调节,或者在支臂上更换接头连接不同的健身器械,因此,对于智能健身镜而言,动作片段的动作字段包括支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段;支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段分别对应四个维度,若相邻两个动作片段之间不需要调节支臂或健身器械,则为没有发生维度变化;若发生四个维度中的一种变化,则为发生一维维度变化;若发生四个维度中的两种变化,则发生二维维度变化;若发生四个维度中的三种变化,则发生三维维度变化,若发生四个维度中的四种变化,则发生四维维度变化。以维度变化来对第三动作组合中的动作片段进行排序,排序后,第三动作组合中的相邻的两个动作片段变化的维度最少,得到排序后的第三动作组合。这是由于在训练的过程中需要用户调节的次数最少,用户的健身训练的体验感会相应增加。
获取每个训练日对应的动作片段以及排序后,再根据每个动作片段预设的动作次数,和用户的训练目标设置每个动作片段的推荐次数。具体的,动作片段预设有动作目标效果,动 作目标效果包括减脂和增肌,用户的训练目标包括增肌或减脂。当用户的训练目标是增肌时,每个训练日中的每个动作片段的动作次数中,其中65%的动作次数的动作目标效果为增肌,35%的动作次数的动作目标效果为减脂;当用户的训练目标是减脂时,每个训练日中的每个动作片段的动作次数中,其中65%的动作次数的动作目标效果为减脂,35%的动作次数的动作目标效果为增肌。
同时根据动作片段获取用户基于该动作的1RM重量,并根据训练目标获取该动作预设的重量,得到每个动作片段的推荐重量。其中,RM(Repetition Maximum)是健美术语,通俗的说,在健身领域,RM是一个带有单位性质的词语,用于描述训练时应选择的重量是怎样一个度。具体的,根据动作片段获取用户基于该动作的1RM重量,根据训练目标获取该动作预设的重量,其中:
Figure PCTCN2022070076-appb-000001
A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量。
获取每个训练日对应的动作片段的推荐次数和推荐重量后,每个动作片段组成一个训练动作组,为了达到更好的训练效果,还需要设定相邻两个训练动作组之间的休息时长,根据训练动作组中动作片段对应的推荐次数、动作难度等级、用户基本休息中的用户等级以及训练目标获取每个训练动作组之间的休息时长。
通过本方案制定的健身训练计划,动作片段根据专业的健身数据设定了动作片段的属性,基于动作片段的属性再结合用户的自身情况、期望达到的训练目标,得到一个科学、专业的健身训练计划。
优选的,动作片段的属性还包括动作id,获取的动作片段组合为动作片段对应的动作id组合。在筛选动作片段时,都是筛选动作id,这样在筛选时不需要掉出动作片段,能进一步的提高筛选速度和效率,更便于长期使用。
优选的,根据用户信息中的用户等级,可以得到用户的水平,当用户为健身小白时,一些难度较大的动作并不适合使用,为了进一步的提高使用效率,提高第一动作组合、第二动作组合和第三动作组合的筛选速度,动作片段的属性包括解锁分数,当用户达到该动作片段的解锁分数时,将该动作片段添加到动作池中,第一动作组合、第二动作组合和第三动作组合中的动作片段筛选都是在动作池中的动作片段中进行筛选,进一步缩小了筛选的范围,也进一步的提高了筛选出来的动作片段与用户的匹配程度。
其次,动作片段的属性还包括动作类型,由于有一些动作片段是基于一个动作类型的, 当用户对某个动作片段进行健身训练时,用户对这个动作片段的熟悉度增加,对于这个动作片段相关联的动作类型的所有动作片段的熟悉度也会相应增加,为了让用户在健身训练时有更多的选择,能接触到更多不同的动作片段,本方案中当用户训练一个动作片段时,该动作片段关联的动作类型的所有动作片段分数增加,当动作片段到达解锁分数时,将该动作片段添加到动作池中,进而动作池中可有更多的动作片段进行选择。
通过以上方法获取训练计划后,将训练计划发送给用户,用户根据自己的用户偏好调整训练计划,具体包括:
用户获取训练计划,通过手动修改调整训练计划或放弃计划;
当用户放弃计划时,重新获取用户信息和训练目标,并根据上述方法重新构建训练计划;
当用户通过手动修改调整训练计划后,根据用户基础信息、动作片段属性和训练目标判断调整后的训练计划是否匹配,若匹配,则采用调整后的训练计划,若不匹配,则向用户发出预警,经过预警,用户也坚持修改后的训练计划时,按照用户的训练计划进行使用。
当用户通过手动修改调整训练计划后,根据调整后的训练计划中的动作片段属性和训练日参数判断在该训练计划下是否与用户的用户等级相匹配,是否与用户的训练目标相互匹配,若匹配则直接按照调整后的训练计划进行使用,若不匹配则向用户发出预警。
在此基础上,本方案结合用户情况为用户制定专业的健身计划后,用户可根据自己的喜好对训练计划进行调整,进而得到更满意的训练计划,更有利于提高用户的兴趣度,提高使用效率。
根据调整后的训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;
目标视频片段包括动作片段和视频片段,在训练计划中根据获取的第三动作组合的动作片段的动作id排序在动作池中获取动作片段,同时在视频库中调取相应的视频片段,视频片段和动作片段在对应的子环节中拼接生成完整的健身视频。
根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
在本方案中,所述视频调取序列的大环节依次包括开场环节、热身环节、动作环节、拉伸环节和结束环节,所述动作环节包括至少一个动作片段;所述动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用视频片段或动作片段。
用户视频偏好为每个训练日训练完毕后,用户对目标视频片段进行打分的分值,播放频率为动作片段和视频片段的播放频率,根据目标视频片段的播放频率、用户视频偏好调整目 标视频片段中视频片段的排序值、动作片段的播放值;调取排序值最高的候选视频片段和播放值最小的后续动作片段作为当前子环节的目标视频片段;
基于排序值调取视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高;
基于播放值调取动作片段时,成为目标视频片段的候选动作片段的播放值在后续调取中增加,当动作片段的播放值达到播放阈值时,获取与该动作片段的动作难度等级、动作字段、肌肉刺激字段相同的动作片段作为目标视频片段。
所有候选视频片段的排序值将在一次调取后产生变化,该变化可以在一次调取后立即产生,例如在部分实施例中,成为目标视频片段的候选视频片段的排序值在下一次调取中降低,其他候选视频片段的排序值在下一次调取中升高;该变化也可以在调取后记录调取次数,在调取次数超过阈值后调整排序值,以将调取次数少或者从未调取过的候选视频片段的排序提高,并降低调取次数多的候选视频的排序。同时根据第三动作片段组合中的动作id调取动作片段,当该动作片段播放次数较多时,将该动作片段更换为等同条件的其他动作片段,并且新的动作片段不会影响用户的训练目标,也是基于用户信息的。通过设置排序值、播放值与调取次数相关联的方式,使得用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果。
同时,视频片段对应的大环节为开场环节和结束环节,以及动作环节中的开场子环节、支臂调节子环节、动作讲解子环节、组串场子环节和组间休息子环节;动作片段对应的大环节为热身环节、动作环节组、拉伸环节,以及动作环节中的动作循环子环节。
大环节中均设置有子环节,部分大环节中子环节的数量仅为一个,部分大环节中子环节数量可以是多个。每个子环节均关联有子环节信息,子环节信息是视频片段的筛选条件。本技术方案中,子环节信息包括用户信息和训练信息,子环节信息来源于训练计划和视频调取序列。其中,用户信息可以是用户的性别、身高、体重、年龄、基础健身偏好、健身经验、健身习惯等信息,训练信息可以是训练日、训练部位、训练内容、子环节在视频调取序列中的位置、健身教练等信息。子环节信息用于筛选视频片段的属性字段,以确定视频片段是否可作为目标视频片段。每个视频片段均关联有属性字段。属性字段至少包括用户字段和训练字段,其中用户字段对应于用户信息,例如用户的偏好、口播密度、适用年龄范围、适用体重等字段,训练字段对应于训练信息,例如训练项目、训练难度、健身教练等信息。
利用子环节信息筛选出属性字段与子环节信息相匹配的视频片段,并从视频片段中确定并调取该子环节的目标视频片段。根据视频调取序列的顺序,依次调取每一个子环节的目标视频片段后,拼接全部或部分目标视频片段即可生成该健身视频。
属性字段与子环节信息相匹配是指,子环节确定健身教练、训练内容、子环节位置、用户身体特征、健身习惯等子环节信息后,利用子环节信息对视频片段库中的所有视频片段进行筛选,得到属性字段等于或被包含于子环节信息中的所有视频片段,这些视频片段彼此可相互替换,即在录制时,针对同一套动作,同一个教练录制多个可相互替换的视频片段,这些视频片段均对应于该子环节,之后再从符合条件的一个或多个视频片段中挑选出该子环节的目标视频片段即可。值得一提的是,同一子环节在单次调取中仅从符合条件的视频片段中调取一个作为目标视频片段,且同一子环节在多次不同的调取时,调取的目标视频片段可以相同,也可以不同,此外,当没有符合子环节信息的视频片段时可跳过该子环节。
其次,根据动作环节中动作片段的调取次数还可调整动作环节中的动作讲解子环节。当同一个动作片段重复训练时,多次训练后,在该动作片段不需要再次播放该动作的动作讲解子环节,因此,在使用时,当多次训练某动作片段后,下次训练该动作时,可将该动作片段对应的动作讲解子环节取消。
不同于传统的健身视频获取方法,上述健身视频生成方法基于训练计划有针对性地生成视频调取序列,依次调取视频片段和动作片段对应于每个子环节的目标视频片段,进而拼接生成完整的健身视频,该方法不仅能够高度贴合训练计划,基于用户的健身需求、能力、偏好等信息,为用户在一个锻炼周期中的各个阶段制定健身视频,显著地提升健身效果,而且即使视频调取序列相同,由于同一个子环节可以在不同的调取过程中得到不同的目标视频片段,使得不同时间呈现给用户的健身视频具有足够的差异性,给用户以足够的定制感,进而提高用户体验和锻炼热情,进一步提升健身效果。
本技术方案中,动作环节组中动作环节的类型、数量、时长可根据训练计划获取,同时用户可根据自身情况进行调整。动作环节的标准流程包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息共六个子环节。
开场、支臂调节和动作讲解为准备环节,每个动作环节完成一次即可,支臂调节环节用于调节健身镜上的支臂位置以确保用户能够完成该动作环节的训练动作,对于其他类型的健身器材,该支臂调节环节可以指为完成动作环节而进行的器材调节环节。
组串场、动作循环或组间休息为锻炼环节,根据训练计划,锻炼环节可以部分或全部重复多次,以满足训练计划的强度要求和训练时长。锻炼环节需要循环时,当前动作环节不结束,锻炼环节的最后一个子环节调取到目标视频片段后,返回至组串场子环节再次调取目标视频片段,以此类推完成动作环节中锻炼环节的所有循环。锻炼环节循环时,在六个子环节均调用一次目标视频片段的基础上,动作环节的最后一个子环节可以是组串场、动作循环和组间休息中的任一个。优选地,为提高视频片段拼接的连贯性,组间休息调取到的目标视频 片段为纯页面或其他静止页面。
对于同一子环节,例如动作循环环节在不同循环次数的调取中,调取的目标视频片段可以相同,也可以不同。在一个或多个实施例中,不同循环次数同一子环节调取的目标视频片段优选为不同,以此体现出不同循环次数的差异性,从而提高训练计划中不同时期同一训练目标的健身视频的整体差异性。
通过上述动作环节设置方式,能够使每个健身视频根据训练信息和用户信息合理地调整健身视频中每一个动作的训练强度、训练时长、训练目标,从而更好地贴合于锻炼周期内任一时期的健身需求,显著地提高训练效果;并且,通过组串场、动作循环或组间休息相配合的循环方式,能够更好地实现视频片段之间的衔接,提高视频的连贯性;不仅如此,同一子环节每次调用的目标视频片段可以不同,进一步提高每一个健身视频的差异性。
进一步地,所述目标视频片段上显示有至少部分子环节信息。目标视频片段调取后,在拼接之前,目标视频片段上可显示部分子环节信息,例如,对于动作循环子环节的目标视频片段,其上可显示当前健身教练的姓名、累计消耗的热量、动作循环次数、健身总时长等信息。在增加显示了子环节信息后,进一步差异化健身视频,即使生成的健身视频完全一样,子环节信息也能够让用户感受到该健身视频是针对其身体特征和偏好量身定制的,提高健身体验,同时,子环节信息的显示能够让用户充分掌握锻炼情况和强度,进而调节身体状况,更好地完成训练。
进一步地,所述健身训练计划基于所获取的用户基础信息和训练目标而构建。
进一步地,所述子环节关联有子环节信息;所述视频片段从视频片段库中调取,所述视频片段关联有属性字段,所述目标视频片段的属性字段与对应的子环节的子环节信息相匹配。
训练计划根据用户的身体特征、日程安排、力量测评、基础偏好等信息建立,以确定训练日/休息日,训练日的训练内容,训练动作的安排,训练动作强度,训练过程偏好等内容。训练计划完成后,针对不同训练日的训练内容,将推送给用户不同的健身视频内容。
本技术方案中,针对训练计划中训练日的训练内容生成视频调取序列,该视频调取序列为健身视频的整体结构框架,包括多个连续的大环节。
大环节中均设置有子环节,部分大环节中子环节的数量仅为一个,部分大环节中子环节数量可以是多个。每个子环节均关联有子环节信息,子环节信息是视频片段的筛选条件。本技术方案中,子环节信息包括用户信息和训练信息,子环节信息来源于训练计划和视频调取序列。其中,用户信息可以是用户的性别、身高、体重、年龄、基础健身偏好、健身经验、健身习惯等信息,训练信息可以是训练日、训练部位、训练内容、子环节在视频调取序列中的位置、健身教练等信息。子环节信息用于筛选视频片段的属性字段,以确定视频片段是否可 作为目标视频片段。每个视频片段均关联有属性字段。属性字段至少包括用户字段和训练字段,其中用户字段对应于用户信息,例如用户的偏好、口播密度、适用年龄范围、适用体重等字段,训练字段对应于训练信息,例如训练项目、训练难度、健身教练等信息。
利用子环节信息从视频片段库的视频片段中筛选出属性字段与子环节信息相匹配的视频片段,并从视频片段中确定并调取该子环节的目标视频片段。根据视频调取序列的顺序,依次调取每一个子环节的目标视频片段后,拼接全部或部分目标视频片段即可生成该健身视频。
属性字段与子环节信息相匹配是指,子环节确定健身教练、训练内容、子环节位置、用户身体特征、健身习惯等子环节信息后,利用子环节信息对视频片段库中的所有视频片段进行筛选,得到属性字段等于或被包含于子环节信息中的所有视频片段,这些视频片段彼此可相互替换,即在录制时,针对同一套动作,同一个教练录制多个可相互替换的视频片段,这些视频片段均对应于该子环节,之后再从符合条件的一个或多个视频片段中挑选出该子环节的目标视频片段即可。值得一提的是,同一子环节在单次调取中仅从符合条件的视频片段中调取一个作为目标视频片段,且同一子环节在多次不同的调取时,调取的目标视频片段可以相同,也可以不同,此外,当没有符合子环节信息的视频片段时可跳过该子环节。
不同于传统的健身视频获取方法,上述健身视频生成方法基于训练计划有针对性地生成视频调取序列,从视频片段库依次调取对应于每个子环节的目标视频片段,进而拼接生成完整的健身视频,该方法不仅能够高度贴合训练计划,基于用户的健身需求、能力、偏好等信息,为用户在一个锻炼周期中的各个阶段制定健身视频,显著地提升健身效果,而且即使视频调取序列相同,由于同一个子环节可以在不同的调取过程中得到不同的目标视频片段,使得不同时间呈现给用户的健身视频具有足够的差异性,给用户以足够的定制感,进而提高用户体验和锻炼热情,进一步提升健身效果。
作为本公开的一种优选实施方式,所述得到所有子环节的目标视频片段包括:
基于子环节信息中包含的用户信息和/或训练信息,从视频片段库中筛选属性字段与所述用户信息和/或训练信息相匹配的多个视频片段作为候选视频片段;
随机调取一个候选视频片段作为当前子环节的目标视频片段;或
调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
本技术方案中,目标视频片段的调取包括两个操作。第一个操作为初筛,初筛的作用在于缩小调取的视频片段的范围,利用子环节信息中包含的用户信息、训练信息将能够应用于该子环节的视频片段控制在相对少的数量。例如,采用日期信息、教练信息、训练内容等与该子环节相关的信息筛选得到属性字段相匹配的视频片段作为候选视频片段,这些候选视频片段之间可相互替换,任一候选视频片段单独用于该子环节均可组成完整的健身视频。
在圈定了足够数量的候选视频片段后,有两种方式来调取目标视频片段。一种方式为,随机调取一个候选视频片段作为目标视频片段,这种方式的随机性强,能够迅速地调取到目标视频片段。另一种方式为,调取排序值最高的候选视频片段作为目标视频片段,该调取方式中,排序值作为视频片段的不同于用户字段和训练字段的另一类字段,既可以与用户偏好、使用频率相关联,也可以由后台评估后进行设置,用于对同时满足同一子环节中所有子环节信息的候选视频片段进行排序。上述设置能够进一步确保训练计划中,即使所有训练条件相同,呈现给用户的完整健身视频仍存在足够的差异性,让用户感受到健身视频的不同。
进一步地,基于排序值调取目标视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高。本技术方案中,所有候选视频片段的排序值将在一次调取后产生变化,该变化可以在一次调取后立即产生,例如在部分实施例中,成为目标视频片段的候选视频片段的排序值在下一次调取中降低,其他候选视频片段的排序值在下一次调取中升高;该变化也可以在调取后记录调取次数,在调取次数超过阈值后调整排序值,以将调取次数少或者从未调取过的候选视频片段的排序提高,并降低调取次数多的候选视频的排序。通过设置排序值与调取次数相关联的方式,使得用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果。
进一步地,所述用户信息包括客观信息和主观信息,所述客观信息为与用户体质特征相关的信息,所述主观信息为反映用户偏好的信息;
基于所述客观信息和/或训练信息从视频片段库中筛选属性字段与所述客观信息和/或训练信息相匹配的多个视频片段作为初筛视频片段;
基于所述主观信息从初筛视频片段中筛选属性字段与所述主观信息相匹配的多个视频片段作为候选视频片段。
本技术方案中,将调取前的初筛操作拆解为两个操作。第一个操作为利用客观信息和/或训练信息等基本信息进行首次筛选,得到初筛视频片段。所述客观信息为与用户体质特征相关的信息,包括用户的性别、身高、体重、年龄、线状、体脂率、健身习惯、健身经验等信息,客观信息与训练信息筛选的是静态信息,因而能够快速地缩小符合要求的视频片段数量。之后,再基于主观信息进行二次筛选,主观信息为反映用户偏好的信息,包括口播密度,播放热度,视频评分等信息,例如,在一个或多个实施例中,口播密度可分为无、密度低、密度中、密度高四档,若主观信息中包含口播密度为密度中,则在二次筛选中筛选属性字段中口播密度为中的初筛视频片段,主观信息筛选的是动态变化的信息,能够根据视频片段的当前热度将筛选范围进一步缩小在更受用户喜爱的范围。两种筛选方式相结合,不仅能够有效 地缩短筛选时长,而且能够快速定位至受欢迎度高的视频片段,进而提高完整健身视频的观感,进一步提高健身体验。
进一步地,动作环节组可以包含一个动作环节,也可以包括多个运动环节,每个动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用目标视频片段。
本技术方案中,动作环节组中动作环节的类型、数量、时长可根据训练计划中的用户信息和训练信息进行调整。动作环节的标准流程包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息共六个子环节。
开场、支臂调节和动作讲解为准备环节,每个动作环节完成一次即可,支臂调节环节用于调节健身镜上的支臂位置以确保用户能够完成该动作环节的训练动作,对于其他类型的健身器材,该支臂调节环节可以指为完成动作环节而进行的器材调节环节。
组串场、动作循环或组间休息为锻炼环节,根据训练计划,锻炼环节可以部分或全部重复多次,以满足训练计划的强度要求和训练时长。锻炼环节需要循环时,当前动作环节不结束,锻炼环节的最后一个子环节调取到目标视频片段后,返回至组串场子环节再次调取目标视频片段,以此类推完成动作环节中锻炼环节的所有循环。锻炼环节循环时,在六个子环节均调用一次目标视频片段的基础上,动作环节的最后一个子环节可以是组串场、动作循环和组间休息中的任一个。优选地,为提高视频片段拼接的连贯性,组间休息调取到的目标视频片段为纯页面或其他静止页面。
对于同一子环节,例如动作循环环节在不同循环次数的调取中,调取的目标视频片段可以相同,也可以不同。在一个或多个实施例中,不同循环次数同一子环节调取的目标视频片段优选为不同,以此体现出不同循环次数的差异性,从而提高训练计划中不同时期同一训练目标的健身视频的整体差异性。
通过上述动作环节设置方式,能够使每个健身视频根据训练信息和用户信息合理地调整健身视频中每一个动作的训练强度、训练时长、训练目标,从而更好地贴合于锻炼周期内任一时期的健身需求,显著地提高训练效果;并且,通过组串场、动作循环或组间休息相配合的循环方式,能够更好地实现视频片段之间的衔接,提高视频的连贯性;不仅如此,同一子环节每次调用的目标视频片段可以不同,进一步提高每一个健身视频的差异性。
进一步地,所述目标视频片段上显示有至少部分子环节信息。目标视频片段调取后,在拼接之前,目标视频片段上可显示部分子环节信息,例如,对于动作循环子环节的目标视频片段,其上可显示当前健身教练的姓名、累计消耗的热量、动作循环次数、健身总时长等信息。在增加显示了子环节信息后,进一步差异化健身视频,即使生成的健身视频完全一样, 子环节信息也能够让用户感受到该健身视频是针对其身体特征和偏好量身定制的,提高健身体验,同时,子环节信息的显示能够让用户充分掌握锻炼情况和强度,进而调节身体状况,更好地完成训练。
与本公开中的方法对应,本公开还提供了一种健身训练系统,包括:
获取模块,用于根据动作片段的属性构建与用户基础信息和训练目标相匹配的训练计划;
第一个性化调节模块:用于用户调整训练计划;
视频调取模块:用于根据调整后的训练计划获取视频调取序列,其中,视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,所述子环节关联有子环节信息,大环节中包括至少一个动作片段;按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,目标视频片段的属性与对应的子环节的子环节信息相匹配,拼接目标视频片段生成健身视频;
第二个性化调节模块:用于根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
进一步地,所述获取模块用于获取用户的基础信息和训练目标,所述健身训练系统还包括:
健身时间表模块,用于根据用户的基础信息和训练目标获取健身时间表,健身时间表包括训练日参数,训练日参数包括训练日对应的动作片段个数和肌肉刺激容量;
筛选排序模块,用于根据健身时间表、用户的基础信息、训练目标、动作片段的属性获取训练日对应的排序后的一组动作片段组合;动作片段的属性还包括动作次数;
次数模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐次数;
重量模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐重量;
休息时间模块,用于根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取动作片段组合中每个动作片段的休息时长。
所述健身训练系统还可以包括个性化模块,用于根据用户偏好调整训练计划。在用户使用本方案所制定的训练计划后,一定时间内,个性化模块记录下用户在本方案的训练计划上进行的调整,根据这些调整,个性化模块结合用户的偏好对训练计划进行调整,使训练计划在专业的基础上,更满足用户的喜好。
进一步地,所述健身训练系统还包括视频片段库,用于存储视频片段,所述视频片段关联有属性字段;其中,所述获取模块基于所述训练计划生成视频调取序列;所述子环节关联 有子环节信息;所述视频调取模块按照视频调取序列中子环节的顺序,依次从所述视频片段库中调取得到所有子环节的目标视频片段;所述目标视频片段的调取包括:从视频片段库中筛选属性字段与所述子环节信息相匹配的多个视频片段作为候选视频片段,随机调取一个候选视频片段作为当前子环节的目标视频片段,或者调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
与本公开中的方法对应,本公开还提供了一种电子装置,包括存储器、处理器以及存储在所述存储器中并可在所述处理器上运行的计算机程序,所述处理器执行所述计算机程序时实现上述一种健身训练方法。
与本公开中的方法对应,本公开还提供了一种存储介质,所述计算机可读存储介质存储有计算机程序,所述计算机程序被处理器执行时实现上述一种健身训练方法。
本公开提供的一个或多个技术方案,至少具有如下技术效果或优点:
1、本公开的动作片段根据专业的健身数据设定了动作片段的属性,基于动作片段的属性、用户的自身情况、训练目标,能得到一个更加科学、专业的健身训练计划,为用户提供定制化的健身训练计划,以达到用户的训练目标;本方案通过对动作片段从用户信息、训练目标、健身时间表的属性和动作片段的属性进行多次筛选,然后根据每组动作组合中相邻两个动作片段之间健身器械发生的维度变化进行进一步的筛选和排序,最终得到一个和用户基础信息匹配、训练目标匹配、需要调整健身器械最少的一组动作片段组合,提高用户的使用舒适度和流程性,更便于长期使用;
2、本公开基于制定的训练计划、用户偏好等信息,为用户在一个锻炼周期中的各个阶段制定健身视频,显著地提升健身效果,而且即使视频调取序列相同,由于同一个子环节可以在不同的调取过程中得到不同的目标视频片段,使得不同时间呈现给用户的健身视频具有足够的差异性,给用户以足够的定制感,进而提高用户体验和锻炼热情,进一步提升健身效果;
3、本公开通过设置排序值、播放值与调取次数相关联的方式,使得用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果;
4、本公开通过将动作环节设置为锻炼环节可循环,能够使每个健身视频根据健身计划、训练目标和用户信息合理地调整健身视频中每一个动作的训练强度、训练时长、训练目标,从而更好地贴合于锻炼周期内任一时期的健身需求,显著地提高训练效果;并且,通过组串场、动作循环或组间休息相配合的循环方式,能够更好地实现视频片段之间的衔接,提高视频的连贯性;不仅如此,同一子环节每次调用的目标视频片段可以不同,进一步提高每一个健身视频的差异性;
5、本公开筛选出多个候选视频片段后,再从中随机或根据排序值调取一个匹配的目标视 频片段,能够进一步确保训练计划中,即使所有训练条件相同,呈现给用户的完整健身视频仍存在足够的差异性,让用户感受到健身视频的不同;
6、本公开通过客观信息和训练信息进行首次筛选,主观信息进行二次筛选的方式,不仅能够有效地缩短筛选时长,而且能够快速定位至受欢迎度高的视频片段,进而提高完整健身视频的观感,进一步提高健身体验;
7、本公开通过再目标视频片段上显示子环节信息,进一步差异化健身视频,即使生成的健身视频完全一样,子环节信息也能够让用户感受到该健身视频是针对其身体特征和偏好量身定制的,提高健身体验,同时,子环节信息的显示能够让用户充分掌握锻炼情况和强度,进而调节身体状况,更好地完成训练。
附图说明
此处所说明的附图用来提供对本公开实施例的进一步理解,构成本申请的一部分,并不构成对本公开实施例的限定。在附图中:
图1为一种健身训练方法的流程示意图;
图2为一种健身训练方法的流程示意图;
图3为本公开具体实施例1的一种智能健身器的主视图;
图4为本公开具体实施例1中轨道内的局部结构示意图;
图5为本公开具体实施例的健身训练方法的健身视频生成方法的流程框图;
图6为本公开具体实施例中健身训练方法中一种调度方法的流程框图;
图7为本公开具体实施例中健身训练方法中另一种调度方法的流程框图;
图8为一种健身训练系统的组成示意图;
图9为一种健身训练系统进一步的组成示意图;
图10为本发明具体实施例的健身训练系统的健身视频生成系统的结构框图。
附图中标记及对应的零部件名称:
8-轨道,9-端头,10-调节座,27-机体,28-支臂。
具体实施方式
为了能够更清楚地理解本公开的上述目的、特征和优点,下面结合附图和具体实施方式对本公开进行进一步的详细描述。需要说明的是,在相互不冲突的情况下,本公开的实施例及实施例中的特征可以相互组合。
在下面的描述中阐述了很多具体细节以便于充分理解本公开,但是,本公开还可以采用其他不同于在此描述范围内的其他方式来实施,因此,本公开的保护范围并不受下面公开的具体实施例的限制。
本领域技术人员应理解的是,在本公开的揭露中,术语“纵向”、“横向”、“上”、“下”、“前”、“后”、“左”、“右”、“竖直”、“水平”、“顶”、“底”“内”、“外”等指示的方位或位置关系是基于附图所示的方位或位置关系,其仅是为了便于描述本公开和简化描述,而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作,因此上述术语不能理解为对本公开的限制。
可以理解的是,术语“一”应理解为“至少一”或“一个或多个”,即在一个实施例中,一个元件的数量可以为一个,而在另外的实施例中,该元件的数量可以为多个,术语“一”不能理解为对数量的限制。
实施例1
请参考图1,图1为一种健身训练方法的流程示意图,本公开提供了一种健身训练方法,所述方法包括:
获取用户基础信息和训练目标,构建健身训练计划,所述训练计划与动作片段的属性、用户基础信息和训练目标相匹配,动作片段的属性包括动作难度等级、动作字段、肌肉刺激字段;动作字段包括健身器械调节的不同维度;
根据用户偏好调整训练计划;
根据调整后的训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;
按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;
根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
其中,获取用户基础信息和训练目标,基于获取的基础信息和训练目标为用户构建健身训练计划,该构建包括:
根据用户的基础信息和训练目标获取健身时间表;
动作片段的属性包括解锁分数、动作id、动作类型,用户训练一个动作片段时,该动作片段关联的动作类型的所有动作片段分数增加,当动作片段到达解锁分数时,将该动作片段添加到动作池中,当用户的动作片段达到解锁分数时,将该动作片段添加到动作池中;
根据训练日参数在动作池中获取动作片段组合,得到若干组第一动作组合,所述第一动作组合为动作片段对应的动作id组合;
在若干组第一动作组合中,根据动作片段的动作难度等级和用户的基础信息获取若干组第二动作组合;
每组第二动作组合中,根据动作字段的维度变化对动作片段的动作id排序;
在排序后的第二动作组合中,获取维度变化最小的一组第二动作组合作为第三动作组合;
根据动作片段的预设动作次数和用户训练目标获取第三动作组合中每个动作片段对应的推荐次数和推荐重量,一个动作片段对应的推荐次数和推荐重量构成一个训练动作组;
其中,根据动作片段获取用户基于该动作的1RM重量,根据训练目标获取该动作预设的重量,其中:
Figure PCTCN2022070076-appb-000002
A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量;
根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取每个训练动作组的休息时长。
将上述训练计划发送给用户,用户获取训练计划,通过手动修改调整训练计划或放弃计划;
当用户放弃计划时,重新获取用户基础信息和训练目标,基于获取的基础信息和训练目标为用户重新构建健身训练计划;
当用户通过手动修改调整训练计划后,根据用户基础信息、动作片段属性和训练目标判断调整后的训练计划是否匹配,若匹配,则采用调整后的训练计划,若不匹配,则向用户发出预警;
向用户发出预警后,若用户依然坚持使用调整后的训练计划,则按调整后的训练计划进行使用;反之用户重新调整训练计划。
根据调整后的训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;
按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;所述视频调取序列的大环节依次包括开场环节、热身环节、动作环节、拉伸环节和结束环节,所述动作环节包括至少一个动作片段;所述动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用视频片段或动作片段;根据动作环节中动作片段的调取次数调整动作环节中的动作讲解子环节。
根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
根据目标视频片段的播放频率、用户视频偏好调整目标视频片段中视频片段的排序值、动作片段的播放值;调取排序值最高的候选视频片段和播放值最小的后续动作片段作为当前子环节的目标视频片段;
基于排序值调取视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高;
基于播放值调取动作片段时,成为目标视频片段的候选动作片段的播放值在后续调取中增加,当动作片段的播放值达到播放阈值时,获取与该动作片段的动作难度等级、动作字段、肌肉刺激字段相同的动作片段作为目标视频片段,并且获取时,动作难度等级、动作字段、肌肉刺激字段相同的动作片段中,获取播放值最小的作为当前子环节的目标视频片段。
下面参考图2,结合具体的例子对本公开中的一种健身训练方法进行介绍:
获取用户基础信息和训练目标,基于获取的基础信息和训练目标为用户构建健身训练计划,该构建包括:
根据用户的基础信息和训练目标获取健身时间表;
动作片段的属性包括解锁分数、动作id、动作类型,用户训练一个动作片段时,该动作片段关联的动作类型的所有动作片段分数增加,当动作片段到达解锁分数时,将该动作片段添加到动作池中,当用户的动作片段达到解锁分数时,将该动作片段添加到动作池中;
根据训练日参数在动作池中获取动作片段组合,得到若干组第一动作组合,所述第一动作组合为动作片段对应的动作id组合;
在若干组第一动作组合中,根据动作片段的动作难度等级和用户的基础信息获取若干组第二动作组合;
每组第二动作组合中,根据动作字段的维度变化对动作片段的动作id排序;
在排序后的第二动作组合中,获取维度变化最小的一组第二动作组合作为第三动作组合;
根据动作片段的预设动作次数和用户训练目标获取第三动作组合中每个动作片段对应的推荐次数和推荐重量,一个动作片段对应的推荐次数和推荐重量构成一个训练动作组;
其中,根据动作片段获取用户基于该动作的1RM重量,根据训练目标获取该动作预设的重量,其中:
Figure PCTCN2022070076-appb-000003
A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量;
根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标 获取每个训练动作组的休息时长。
下面结合具体的例子对本公开中的一种制定健身训练计划的方法进行介绍:
操作1根据用户的基础信息和训练目标获取健身时间表;
1.1根据用户的基础信息得到用户的训练周期和每周的训练天数;
1.2基于健身数据预设有休息日规则,休息日规则为现有的规则,休息日规则为健身的分化规则,健身的分化包括腿推拉(三分化)、全身分化、上下肢分化、传统五分化、腿推拉+上下肢分化,本实施例中,采用上下肢分化的规则如表1所示:
表1
Figure PCTCN2022070076-appb-000004
1.3根据用户的训练目标、训练周期、每周的训练天数、休息日规则设置健身时间表,健身时间表的属性包括训练日参数,训练日参数包括训练日对应的动作片段个数和肌肉刺激容量;
操作2将动作片段添加到动作池中;
2.1用户的动作熟练度初始分值为0分,将动作片段根据预设的动作类型进行分类;
2.2动作片段预设有动作难度等级,动作难度等级包括1级、2级、3级和4级,本实施例中动作难度等级为1级、2级和3级的动作,解锁分数为0分,4级的解锁分数为30分;用户在做同一动作类型的任一动作时,都会增加用户对于这个动作类型下所有动作的熟练度,本实施例中,熟练度规则如下:
当用户做了1组1级动作,对该动作关联的动作类型的所有动作,熟练度度增加1分;
当用户做了1组2级动作,对该动作关联的动作类型的所有动作,熟练度度增加1.5分;
当用户做了1组3级动作,对该动作关联的动作类型的所有动作,熟练度度增加3分。当用户对某个动作片段的动作熟练度分值达到预设的解锁分数时,将该动作片段添加到动作池中;
操作3根据训练日参数和训练目标获取动作片段组合,得到若干组第一动作组合;
3.1每个动作片段预设有肌肉刺激字段,肌肉刺激字段包括肌肉刺激程度和肌肉刺激部位,训练日参数包括肌肉刺激容量(组数)和动作个数,其中肌肉刺激程度指的是做一组动作,对应到肌肉的组数,例:某动作对胸肌刺激程度100%、三角肌50%,则做该动作1组,则胸肌目标达成1组、三角肌目标达成0.5组;根据3.1中的数据筛选若干组动作片段组合,得到若干组第一动作组合;
操作4在若干组第一动作组合中,根据动作片段的动作难度等级和用户的基础信息获取若干组第二动作组合;
4.1基于难度匹配规则、用户基础信息和第一动作组合中的动作片段的动作难度等级在若干组第一动作组合中进行进一步筛选;
本实施例中难度匹配规则:
当用户的用户等级为健身小白时:
动作组合中,动作片段的动作难度等级的占比符合以下规律:
1级的数量:2级的数量:大于等于3级的数量=30%:60%:10%;
当用户的用户等级为健身牛人时:
动作组合中,动作片段的动作难度等级的占比符合以下规律:
1级的数量:2级的数量:大于等于3级的数量=10%:60%:30%;
根据难度匹配规则在若干组第一动作组合中筛选出若干第二动作组合;
操作5在若干组第二动作组合中,根据每组相邻两个动作片段的动作字段对每组动作片段排序,并根据排序后的相邻两个动作片段的动作字段得到一组第三动作组合;
5.1每组第二动作组合中,根据动作字段的维度变化对动作片段排序;本实施例中,动作片段预设有动作字段,动作字段包括支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段;支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段分别对应四个维度,按照支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段的顺序对第二动作组合中的动作片段进行排序,得到排序后的第二动作组合;
5.2在排序后的第二动作组合中,获取维度变化最小的一组第二动作组合作为第三动作组 合,本实施例中,通过分数变更规则对排序后的第二动作组合进行打分,分值最高的组合即为维度变化最小的第三动作组合,当有分值最高的同时有多组时,随机抽选一组作为第三动作组合;
将动作的id序列具有一个总分数,默认是1分,分数变更规则如下如表2所示:
表2:
维度变更 分数变更
每两个相邻动作id,未发生维度变化 +2
每两个相邻动作id,发生一维维度变化 +1
每两个相邻动作id,发生二维维度变化 +0
每两个相邻动作id,发生三维维度变化 -1
每两个相邻动作id,发生四维维度变化 -2
在本实施例中,如图3和4所示,本方法对应的健身器械为一种智能健身器,包括机体27,还包括转动连接在机体27上的轨道8、滑动配合在轨道8内的调节座10、转动连接在调节座10上的端头9、与端头9固定连接的支臂28;还包括,
第一调节组件,用于调节轨道8在机体27上绕轨道自身轴线的转动角度;
第二调节组件,用于调节调节座10在轨道8内的轴向位置(即支臂沿轨道平移的位置);
第三调节组件,用于调节端头9在调节座10上的转动角度(即支臂绕支臂与轨道交点转动的角度);
第四调节组件,用于调节连接头,使支臂28与不同的配件连接;
第五调节组件,用于调节支臂与健身凳子之间的位置关系。
在本实施例中,支臂上下调节字段只需调节第二调节组件;支臂摆动调节字段需要调节第一调节组件和/或第三调节组件;更换末端配件字段需要调节第四调节组件、第一调节组件和/或第三调节组件;增减健身凳子字段需要调节第二调节组件、第四调节组件、第一调节组件和/或第三调节组件。
操作6根据动作片段的预设动作次数和用户训练目标获取第三动作组合中每个动作片段对应的推荐次数和推荐重量;
6.1确定每个动作片段的推荐次数;
每个动作片段预设有动作次数和动作目标效果,动作目标效果包括减脂和增肌,用户的训练目标包括增肌或减脂。
当用户的训练目标是增肌时,每个训练日中的每个动作片段的动作次数中,其中65%的 动作次数的动作目标效果为增肌,35%的动作次数的动作目标效果为减脂;当用户的训练目标是减脂时,每个训练日中的每个动作片段的动作次数中,其中65%的动作次数的动作目标效果为减脂,35%的动作次数的动作目标效果为增肌。
6.2确定每个动作片段的推荐重量;
根据动作片段获取用户基于该动作的1RM重量,并根据训练目标获取该动作预设的重量,得到每个动作片段的推荐重量;
其中:
Figure PCTCN2022070076-appb-000005
A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量,每个动作片段的推荐次数和重量组成一个训练动作组,第三动作组合中由多个训练动作组组成。
操作7根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取每个训练动作组的休息时长。
本实施例中,根据专业的健身数据,本公开根据动作片段的动作难得等级、推荐的动作次数、用户的用户等级以及训练目标,预设了一个休息间隔规则,休息间隔规则可为多种,本实施例中根据健身经验提供一种,该间隔规则如下如表3所示:
表3:
Figure PCTCN2022070076-appb-000006
Figure PCTCN2022070076-appb-000007
操作7根据操作1-操作6获取制定好的训练计划,根据用户偏好调整训练计划;
7.1用户对训练计划进行确认,通过手动修改调整训练计划或放弃计划或确认计划;
若确认计划,则获取的训练计划即为确定的训练计划;
若放弃计划,则重复操作1-6重新获取训练计划;
若通过手动修改调整训练计划,则用户在训练计划上根据自己的偏好调整训练计划,可调整训练计划中每周训练日的排布等;调整后,得到调整后的训练计划;
操作8根据调整后的训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;
8.1按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;所述视频调取序列的大环节依次包括开场环节、热身环节、动作环节、拉伸环节和结束环节,所述动作环节包括至少一个动作片段;所述动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用视频片段或动作片段;根据动作环节中动作片段的调取次数调整动作环节中的动作讲解子环节;
在本实施例中,如表4所示,根据训练计划得到包含开场环节、热身环节、动作环节组、隐藏关卡环节、拉伸环节、结束环节总共六个大环节的视频调取序列动作,动作环节组中包含动作id为1、3、8的三套训练动作。每个大环节又对应有一个或多个子环节。根据视频调取序列中各子环节的顺序,分别调取每一个子环节的目标视频片段后,得到共计57段目标视频片段,对目标视频片段进行编号以确定调用顺序,最后拼接57段视频片段得到健身视频。
动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用目标视频片段。开场、支臂调节和动作讲解为准备环节,每个动作环节完成一次即可;组串场、动作循环或组间休息为 锻炼环节,可以部分或全部重复多次,以满足训练计划的强度要求和训练时长。锻炼环节循环时,以动作id-1的动作环节为例,如表4所示,在六个子环节均调用一次目标视频片段的基础上,即目标视频7~12,动作环节的最后一个子环节可以是组间休息,例如完成一至三组循环,在目标视频片段12、15、18处中止并进入下一个动作环节的开场子环节;可以是动作循环,例如完成第四组循环后,目标视频片段20完成后中止并进入下一个动作环节的开场子环节;也可以是组串场,例如以目标视频片段21作为最后一个子环节。
其中,为提高视频片段拼接的连贯性,组间休息调取到的目标视频片段为纯页面或其他静止页面。不同循环次数同一子环节调取的目标视频片段优选为不同,以此体现出不同循环次数的差异性,从而提高训练计划中不同时期同一训练目标的健身视频的整体差异性。
表4
Figure PCTCN2022070076-appb-000008
操作9根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好;
9.1根据目标视频片段的播放频率、用户视频偏好调整目标视频片段中视频片段的排序 值、动作片段的播放值;调取排序值最高的候选视频片段和播放值最小的后续动作片段作为当前子环节的目标视频片段;
9.11基于排序值调取视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高;
9.12基于播放值调取动作片段时,成为目标视频片段的候选动作片段的播放值在后续调取中增加,当动作片段的播放值达到播放阈值时,获取与该动作片段的动作难度等级、动作字段、肌肉刺激字段相同的动作片段作为目标视频片段,并且获取时,动作难度等级、动作字段、肌肉刺激字段相同的动作片段中,获取播放值最小的作为当前子环节的目标视频片段。
获取播放值最小的动作片段作为目标视频片段,在用户进行健身时,使得用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果。
实施例2
在实施例1的基础上,所述子环节关联有子环节信息;所述视频片段从视频片段库中调取,所述视频片段关联有属性字段,所述目标视频片段的属性字段与对应的子环节的子环节信息相匹配。
实施例2可以实施为如图5所示的健身视频生成方法,包括:
根据训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,所述子环节关联有子环节信息;
按照视频调取序列依次从视频片段库中调取视频片段,得到所有子环节的目标视频片段,所述视频片段关联有属性字段,所述目标视频片段的属性字段与对应的子环节的子环节信息相匹配;
拼接目标视频片段生成所述健身视频。
在部分实施例中,所述大环节包括连续的开场环节、热身环节、动作环节组、拉伸环节和结束环节,且动作环节组包括至少一个动作环节,动作环节组中的动作环节数量取决于训练计划中的用户信息和训练信息。在一个或多个实施例中,根据动作环节组的完成情况,大环节还可进一步包括位于动作环节组和拉伸环节组之间的动作隐藏关卡环节,以使得健身视频具有足够的定制感,并激励用户的健身热情。
大环节中均设置有子环节,部分大环节中子环节的数量仅为一个,部分大环节中子环节数量可以是多个。例如,在一个或多个实施例中,开场环节中的子环节依次包括寒暄、日期、计数、目标和锻炼部位子环节,而热身环节和拉伸环节分别仅设置热身包、拉伸包一个子环节。
利用子环节信息从视频片段库的视频片段中筛选出属性字段与子环节信息相匹配的视频片段,并从视频片段中确定并调取该子环节的目标视频片段。根据视频调取序列的顺序,依次调取每一个子环节的目标视频片段后,可以对目标视频片段进行编号,之后根据编号拼接目标视频片段即可生成用于呈现给用户的健身视频。
在部分实施例中,所述目标视频片段上显示有至少部分子环节信息。增加显示了子环节信息后,进一步差异化健身视频,即使生成的健身视频完全一样,子环节信息也能够让用户感受到该健身视频是针对其身体特征和偏好量身定制的,提高健身体验,同时,子环节信息的显示能够让用户充分掌握锻炼情况和强度,进而调节身体状况,更好地完成训练。
本实施例中,健身视频基于训练计划有针对性地生成视频调取序列,通过匹配录制好的视频片段,不仅能够高度贴合训练计划,基于用户的健身需求、能力、偏好等信息,为用户在一个锻炼周期中的各个阶段制定健身视频,显著地提升健身效果,而且即使视频调取序列相同,由于同一个子环节可以在不同的调取过程中得到不同的目标视频片段,使得不同时间呈现给用户的健身视频具有足够的差异性,给用户以足够的定制感,进而提高用户体验和锻炼热情,进一步提升健身效果。
实施例3
在实施例2的基础上,如图6所示,所述得到所有子环节的目标视频片段包括:
基于子环节信息中包含的用户信息和/或训练信息,从视频片段库中筛选属性字段与所述用户信息和/或训练信息相匹配的多个视频片段作为候选视频片段;
随机调取一个候选视频片段作为当前子环节的目标视频片段;或
调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
在部分实施例中,基于排序值调取目标视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高。在一个或多个实施例中,成为目标视频片段的候选视频片段的排序值在下一次调取中降低,其他候选视频片段的排序值在下一次调取中升高。通过设置排序值与调取次数相关联的方式,使得用户能够观看到丰富多样的目标视频片段,提高健身视频的定制感和趣味性,增强健身体验,加强健身效果。
实施例4
在上述实施例的基础上,如图7所示,所述用户信息包括客观信息和主观信息,所述客观信息为与用户体质特征相关的信息,所述主观信息为反映用户偏好的信息;
基于所述客观信息和/或训练信息从视频片段库中筛选属性字段与所述客观信息和/或训练信息相匹配的多个视频片段作为初筛视频片段;
基于所述主观信息从初筛视频片段中筛选属性字段与所述主观信息相匹配的多个视频片段作为候选视频片段。
两种筛选方式相结合,不仅能够有效地缩短筛选时长,而且能够快速定位至受欢迎度高的视频片段,进而提高完整健身视频的观感,进一步提高健身体验。
在一个或多个实施例中,客观信息为与用户体质特征相关的信息,包括用户的性别、身高、体重、年龄、线状、体脂率、健身习惯、健身经验等信息。主观信息为反映用户偏好的信息,包括口播密度,播放热度,视频评分等信息。
实施例5
请参考图8,图8为一种健身训练系统的组成示意图,在实施例1的基础上本公开实施例5提供了一种健身训练系统,所述系统包括:
获取模块,用于根据动作片段的属性构建与用户基础信息和训练目标相匹配的训练计划,其中,动作片段的属性包括动作难度等级、动作字段、肌肉刺激字段;动作字段包括健身器械调节的不同维度;
第一个性化调节模块:用于用户调整训练计划;
视频调取模块:用于根据调整后的训练计划获取视频调取序列,其中,视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;
第二个性化调节模块:用于根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
实施例6
请参考图9,在实施例5的基础上,图9为一种健身训练系统进一步的组成示意图,所述获取模块用于获取用户的基础信息和训练目标,所述健身训练系统还包括:
健身时间表模块,用于根据用户的基础信息和训练目标获取健身时间表,健身时间表包括训练日参数,训练日参数包括训练日对应的动作片段个数和肌肉刺激容量;
筛选排序模块,用于根据健身时间表、用户的基础信息、训练目标、动作片段的属性获取训练日对应的排序后的一组动作片段组合;
次数模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐次数;
重量模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐重量;
休息时间模块,用于根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取动作片段组合中每个动作片段的休息时长。
所述健身训练系统还可以包括个性化模块,用于根据用户偏好调整训练计划。
在本实施例中,获取模块的具体实施方式为:在智能健身镜上,让用户输入基础信息和训练目标,基础信息包括:用户等级、期望训练周期、期望每周训练次数等,其中用户等级包括健身牛人和健身小白,训练目标包括减脂和增肌,期望每周训练次数包括每周2天、每周3天、每周4天和每周5天;
在本实施例中,健身时间表模块的具体实施方式为:通过获取模块获取用户信息,并根据用户信息制定健身时间表,根据用户期望训练周期、期望每周训练次数以及训练目标制定每周训练日的时间、每个训练日的对应的动作片段个数和肌肉刺激容量;
在本实施例中,筛选排序模块的具体实施方式为:根据健身时间表模块中每个训练日的对应的动作片段个数和肌肉刺激容量、动作池中用户解锁的动作片段的预设有肌肉刺激字段,筛选出满足每个训练日的对应的动作片段个数和肌肉刺激容量要求的动作片段组合作为第一动作组合,其中,肌肉刺激字段包括肌肉刺激程度和肌肉刺激部位;
在若干第一动作组合的基础上,根据用户等级和动作片段预设的动作难度等级获取与用户等级匹配的若干组合,得到若干第二动作组合;
在若干第二动作组合的基础上,根据每组中相邻两个动作片段需要调整的健身器械的维度差异进行排序,从调整最小到调整最大进行排序,排序后,获取其中调整幅度最小的一组组合作为第三动作组合,即得到每个训练日中对应的动作片段即其排序;
在本实施例中,次数模块的具体实施方式为:得到每个训练日对应的动作片段即其排序后,通过本模块确定每个动作片段的训练次数,根据每个动作片段预设的动作次数和训练目标得到每个动作片段的推荐动作次数;
在本实施例中,重量模块的具体实施方式为:根据动作片段获取用户基于该动作的1RM重量,并根据训练目标获取该动作预设的重量,得到每个动作片段的推荐重量,其中:
Figure PCTCN2022070076-appb-000009
A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量。
在本实施例中,休息时间模块的具体实施方式为:确定每个训练日对应的动作片段排序即每个动作片段推荐次数和推荐重量后,根据本模块确定每组动作片段的休息时间,在本实施例中根据根据预设的休息间隔规则、动作片段的动作难得等级、推荐的动作次数、用户的 用户等级以及训练目标得到每组动作片段的休息时间。
在本实施例中,个性化模块的具体实施方式为:通过上述模块得到训练计划后,训练计划发送给用户,用户根据自身的实际情况或者喜好对训练计划进行调整,当调整超出预设的调整范围时,给用户发送调整范围过大提醒,确认提醒信息后,用户可继续调整或改变原调整计划。
实施例7
在实施例5的基础上,所述健身训练系统还包括视频片段库,用于存储视频片段,所述视频片段关联有属性字段;其中,所述获取模块基于所述训练计划生成视频调取序列;所述子环节关联有子环节信息;所述视频调取模块按照视频调取序列中子环节的顺序,依次从所述视频片段库中调取得到所有子环节的目标视频片段;所述目标视频片段的调取包括:从视频片段库中筛选属性字段与所述子环节信息相匹配的多个视频片段作为候选视频片段,随机调取一个候选视频片段作为当前子环节的目标视频片段,或者调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
实施例7可以实施为如图10所示的健身视频生成系统,包括:
获取模块,用于获取训练计划,并基于所述训练计划生成视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,所述子环节关联有子环节信息;
视频片段库,用于存储视频片段,所述视频片段关联有属性字段;
调取模块,用于按照视频调取序列中子环节的顺序,依次从所述视频片段库中调取得到所有子环节的目标视频片段;所述目标视频片段的调取包括:从视频片段库中筛选属性字段与所述子环节信息相匹配的多个视频片段作为候选视频片段,随机调取一个候选视频片段作为当前子环节的目标视频片段,或者调取排序值最高的候选视频片段作为当前子环节的目标视频片段;
合成模块,拼接目标视频片段生成所述健身视频。
实施例8
本公开实施例8提供了一种电子装置,包括存储器、处理器以及存储在所述存储器中并可在所述处理器上运行的计算机程序,所述处理器执行所述计算机程序时实现所述一种健身训练方法。
其中,所述处理器可以是中央处理器,还可以是其他通用处理器、数字信号处理器、专用集成电路、现成可编程门阵列或者其他可编程逻辑器件、分立门或者晶体管逻辑器件、分立硬件组件等。通用处理器可以是微处理器或者该处理器也可以是任何常规的处理器等。
所述存储器可用于存储所述计算机程序和/或模块,所述处理器通过运行或执行存储在所述存储器内的数据,实现本公开中一种健身训练装置的各种功能。所述存储器可主要包括存储程序区和存储数据区,其中,存储程序区可存储操作系统、至少一个功能所需的应用程序(比如声音播放功能、图像播放功能等)等。此外,存储器可以包括高速随机存取存储器、还可以包括非易失性存储器,例如硬盘、内存、插接式硬盘,智能存储卡,安全数字卡,闪存卡、至少一个磁盘存储器件、闪存器件、或其他易失性固态存储器件。
实施例9
本公开实施例9提供了一种计算机可读存储介质,所述计算机可读存储介质存储有计算机程序,所述计算机程序被处理器执行时实现所述一种健身训练方法。
本公开实施例的计算机存储介质,可以采用一个或多个计算机可读的介质的任意组合。计算机可读介质可以是计算机可读信号介质或者计算机可读存储介质。计算机可读存储介质可以是但不限于电、磁、光、电磁、红外线、或半导体的系统、装置或器件,或者任意以上的组合。计算机可读存储介质的更具体的例子(非穷举的列表)包括:具有一个或多个导线的电连接、便携式计算机磁盘、硬盘、随机存取存储器(RAM)、只读存储器(ReadOnlyMemory,ROM)、可擦式可编程只读存储器((ErasableProgrammableReadOnlyMemory,EPROM)或闪存)、光纤、便携式紧凑磁盘只读存储器(CD-ROM)、光存储器件、磁存储器件、或者上述的任意合适的组合。在本文件中,计算机可读存储介质可以是任何包含或存储程序的有形介质,该程序可以被指令执行系统、装置或者器件使用或者与其结合使用。
尽管已描述了本公开的优选实施例,但本领域内的技术人员一旦得知了基本创造性概念,则可对这些实施例作出另外的变更和修改。所以,所附权利要求意欲解释为包括优选实施例以及落入本公开范围的所有变更和修改。
显然,本领域的技术人员可以对本公开进行各种改动和变型而不脱离本公开的精神和范围。这样,倘若本公开的这些修改和变型属于本公开权利要求及其等同技术的范围之内,则本公开也意图包含这些改动和变型在内。

Claims (20)

  1. 一种健身训练方法,包括:
    获取用户基础信息和训练目标,构建健身训练计划,所述训练计划与动作片段的属性、用户基础信息和训练目标相匹配,动作片段的属性包括动作难度等级、动作字段、肌肉刺激字段;动作字段包括健身器械调节的不同维度;
    根据用户偏好调整训练计划;
    根据调整后的训练计划获取视频调取序列,所述视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;
    按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;
    根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
  2. 根据权利要求1所述的一种健身训练方法,其中,基于获取的基础信息和训练目标为用户构建健身训练计划,该构建具体包括:
    根据用户的基础信息和训练目标获取健身时间表,健身时间表关联有训练日参数,训练日参数包括每个训练日对应的动作片段个数和肌肉刺激容量;
    根据训练日参数、动作片段的属性获取每个训练日中与用户基础信息和训练目标相匹配的动作片段组合及该组合中动作片段的排序;
    根据动作片段的属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐次数和推荐重量,一个动作片段对应的推荐次数和推荐重量构成一个训练动作组;
    根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取每个训练动作组的休息时长。
  3. 根据权利要求1所述的一种健身训练方法,其中,根据用户偏好调整训练计划,具体包括:
    用户获取训练计划,通过手动修改调整训练计划或放弃计划;
    当用户通过手动修改调整训练计划后,根据用户基础信息、动作片段属性和训练目标判断调整后的训练计划是否匹配,若匹配,则采用调整后的训练计划,若不匹配,则向用户发出预警。
  4. 根据权利要求2所述的一种健身训练方法,其中,获取动作片段组合及该组合中动作片段的排序,包括:
    根据动作片段的肌肉刺激字段、训练日参数和训练目标获取动作片段组合,得到若干组第一动作组合;
    在若干组第一动作组合中,根据动作片段的动作难度等级和用户的基础信息获取若干组第二动作组合;
    在若干组第二动作组合中,根据每组相邻两个动作片段的动作字段的维度变化对每组动作片段排序,获取排序后维度变化最小的一组作为第三动作组合。
  5. 根据权利要求1所述的一种健身训练方法,其中,所述视频调取序列的大环节依次包括开场环节、热身环节、动作环节、拉伸环节和结束环节,所述动作环节包括至少一个动作片段;所述动作环节的子环节依次包括开场、支臂调节、动作讲解、组串场、动作循环和组间休息,同一动作环节中的所述组串场、动作循环或组间休息可多次调用视频片段或动作片段。
  6. 根据权利要求1所述的一种健身训练方法,其中,根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好,具体包括:
    根据目标视频片段的播放频率、用户视频偏好调整目标视频片段中视频片段的排序值、动作片段的播放值;调取排序值最高的候选视频片段和播放值最小的后续动作片段作为当前子环节的目标视频片段;
    基于排序值调取视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高;
    基于播放值调取动作片段时,成为目标视频片段的候选动作片段的播放值在后续调取中增加,当动作片段的播放值达到播放阈值时,获取与该动作片段的动作难度等级、动作字段、肌肉刺激字段相同的动作片段作为目标视频片段。
  7. 根据权利要求1所述的一种健身训练方法,其中,所述健身训练计划基于所获取的用户基础信息和训练目标而构建,所述构建健身训练计划包括:
    根据用户的基础信息和训练目标获取健身时间表;
    基于用户信息、训练目标、健身时间表的属性、动作片段的属性在若干动作片段中获取一组排序后的动作片段组合;健身时间表的属性包括训练日参数,训练日参数包括动作片段个数和肌肉刺激容量;
    根据动作片段的预设动作次数和用户训练目标获取动作片段组合中每个动作片段对应的推荐次数和推荐重量,一个动作片段对应的推荐次数和推荐重量构成一个训练动作组;
    根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取每个训练动作组的休息时长。
  8. 根据权利要求7所述的一种健身训练方法,其中,所述基于用户信息、训练目标、健身时间表的属性、动作片段的属性在若干动作片段中获取一组排序后的动作片段组合包括:
    根据动作片段的肌肉刺激字段、训练日参数和训练目标获取动作片段组合,得到若干组第一动作组合;
    在若干组第一动作组合中,根据动作片段的动作难度等级和用户的基础信息获取若干组第二动作组合;
    在若干组第二动作组合中,根据每组相邻两个动作片段的动作字段对每组动作片段排序,并根据排序后的相邻两个动作片段的动作字段得到一组第三动作组合。
  9. 根据权利要求8所述的一种健身训练方法,其中,在若干组第二动作组合中,根据每组相邻两个动作片段的动作字段对每组动作片段排序,并根据排序后的相邻两个动作片段的动作字段得到一组第三动作组合,包括:
    每组第二动作组合中,根据动作字段的维度变化对动作片段排序;
    在排序后的第二动作组合中,获取维度变化最小的一组第二动作组合作为第三动作组合。
  10. 根据权利要求7所述的一种健身训练方法,其中,动作字段包括支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段;支臂上下调节字段、支臂摆动调节字段、更换末端配件字段和增减健身凳子字段分别对应四个维度。
  11. 根据权利要求7所述的一种健身训练方法,其中,动作片段的属性还包括动作id,获取的动作片段组合为动作片段对应的动作id组合,动作片段的属性还包括解锁分数,当用户的动作片段达到解锁分数时,将该动作片段添加到动作池中,基于用户信息、训练目标、健身时间表的属性、动作片段的属性在动作池中获取一组排序后的动作片段组合。
  12. 根据权利要求11所述的一种健身训练方法,其中,动作片段的属性还包括动作类型,用户训练一个动作片段时,该动作片段关联的动作类型的所有动作片段分数增加,当动作片段到达解锁分数时,将该动作片段添加到动作池中。
  13. 根据权利要求7所述的一种健身训练方法,其中,获取动作片段组合中每个动作片段对应的推荐重量,包括:
    根据动作片段获取用户基于该动作的1RM重量,根据训练目标获取该动作预设的重量,其中:
    Figure PCTCN2022070076-appb-100001
    A为该动作推荐重量,X1为用户基于该动作的1RM重量,X2为基于训练目标该动作对应的重量。
  14. 根据权利要求1所述的一种健身训练方法,其中,所述子环节关联有子环节信息;所述视频片段从视频片段库中调取,所述视频片段关联有属性字段,所述目标视频片段的属 性字段与对应的子环节的子环节信息相匹配。
  15. 根据权利要求14所述的一种健身训练方法,其中,所述得到所有子环节的目标视频片段包括:
    基于子环节信息中包含的用户信息和/或训练信息,从视频片段库中筛选属性字段与所述用户信息和/或训练信息相匹配的多个视频片段作为候选视频片段;
    随机调取一个候选视频片段作为当前子环节的目标视频片段;或
    调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
  16. 根据权利要求15所述的一种健身训练方法,其中,基于排序值调取目标视频片段时,成为目标视频片段的候选视频片段的排序值在后续调取中降低,其他候选视频片段的排序值在后续调取中升高。
  17. 根据权利要求15所述的一种健身训练方法,其中,所述用户信息包括客观信息和主观信息,所述客观信息为与用户体质特征相关的信息,所述主观信息为反映用户偏好的信息;
    基于所述客观信息和/或训练信息从视频片段库中筛选属性字段与所述客观信息和/或训练信息相匹配的多个视频片段作为初筛视频片段;
    基于所述主观信息从初筛视频片段中筛选属性字段与所述主观信息相匹配的多个视频片段作为候选视频片段。
  18. 一种健身训练系统,包括:
    获取模块,用于根据动作片段的属性构建与用户基础信息和训练目标相匹配的训练计划,其中,动作片段的属性包括动作难度等级、动作字段、肌肉刺激字段;动作字段包括健身器械调节的不同维度;
    第一个性化调节模块:用于用户调整训练计划;
    视频调取模块:用于根据调整后的训练计划获取视频调取序列,其中,视频调取序列包括多个连续的大环节,每个大环节内设置有至少一个子环节,大环节中包括至少一个动作片段;按照视频调取序列依次调取视频片段和动作片段,得到所有子环节的目标视频片段,拼接目标视频片段生成健身视频;
    第二个性化调节模块:用于根据目标视频片段属性调整目标视频片段,目标视频片段属性包括播放频率和用户视频偏好。
  19. 根据权利要求18所述的一种健身训练系统,其中,所述获取模块用于获取用户的基础信息和训练目标,所述健身训练系统还包括:
    健身时间表模块,用于根据用户的基础信息和训练目标获取健身时间表,健身时间表包括训练日参数,训练日参数包括训练日对应的动作片段个数和肌肉刺激容量;
    筛选排序模块,用于根据健身时间表、用户的基础信息、训练目标、动作片段的属性获取训练日对应的排序后的一组动作片段组合;
    次数模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐次数;
    重量模块,用于根据动作片段属性和用户训练目标获取动作片段组合中每个动作片段对应的推荐重量;
    休息时间模块,用于根据训练动作组中动作片段对应的推荐次数、动作片段属性、用户基础信息和训练目标获取动作片段组合中每个动作片段的休息时长。
  20. 根据权利要求18所述的一种健身训练系统,还包括:
    视频片段库,用于存储视频片段,所述视频片段关联有属性字段,其中,
    所述获取模块基于所述训练计划生成视频调取序列;所述子环节关联有子环节信息;所述视频调取模块按照视频调取序列中子环节的顺序,依次从所述视频片段库中调取得到所有子环节的目标视频片段;所述目标视频片段的调取包括:从视频片段库中筛选属性字段与所述子环节信息相匹配的多个视频片段作为候选视频片段,随机调取一个候选视频片段作为当前子环节的目标视频片段,或者调取排序值最高的候选视频片段作为当前子环节的目标视频片段。
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CN113656640A (zh) * 2021-08-23 2021-11-16 成都拟合未来科技有限公司 一种健身训练方法及系统及装置及介质
CN113674833A (zh) * 2021-08-23 2021-11-19 成都拟合未来科技有限公司 健身视频生成方法、系统、终端及存储介质
CN113673955A (zh) * 2021-08-23 2021-11-19 成都拟合未来科技有限公司 一种制定健身训练计划的方法及系统

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