RU2743403C1 - Method for determining a predisposition to engaging in various types of sports activity - Google Patents

Abstract

FIELD: sports orientation.SUBSTANCE: invention relates to the field of sports orientation, and in particular to a method for determining a person's predisposition to engage in various sports and further orientation to sports. The method consists in the fact that data is entered through the interface into the software database through the data acquisition and processing unit of the software installed: age, sex, blood pressure value of the tested person, as well as their anthropometric data, and the following testing is performed in stages to determine the state of the functional systems of the tested individual's body by obtaining the vital capacity of the lungs (VC) and rhythmocardiogram parameters, followed by sending the obtained data to the software data processing unit; the psychophysiological characteristics of the tested person are determined by studying the typological properties of the nervous system, the strength of the hands with subsequent sending of the results to the software data processing unit, then morphological and functional characteristics of the tested person's body are determined by obtaining their body mass index (BMI), the proportion of musculoskeletal mass in lean mass (% MSM), phase angle of bioimpedance (PA) with entering those indicators to the data processing unit, sports testing is carried out with entering the test results into the data processing unit, which is configured to receive data, results and indicators obtained in the process of implementing the method, and to aid in determining the indicators of a personal predisposition to specific sports on that basis, as well as with an option of using the data, results and indicators obtained in the process of implementing the method, as indicators for determining the predisposition to sports, the individual's predisposition to specific sports is determined by comparing the values ​​of the indicators obtained during the implementation of the method, the normative values ​​of these indicators related to different types of sports and identifying the matching sports activity in case of satisfying the values ​​of each of the obtained indicators to the standard values ​​characteristic for each of the sports, while the comparison and identification of the sport is carried out by means of the software data acquisition and processing unit.EFFECT: invention improves accuracy of determining a person's predisposition to engaging in various sports.3 cl, 8 tbl, 1 dwg

Description

The invention relates to the field of sports orientation, namely to a method for determining a person's predisposition to engage in various sports and further orientation to sports.

No analogues of the present claimed invention are known from the prior art.

The technical problem to be solved by the claimed invention is the development of an effective method for determining a person's predisposition to engaging in various types of sports activities, providing, taking into account contraindications to practicing certain sports.

The technical result of the claimed invention is to improve the accuracy of determining a person's predisposition to engage in various sports.

The technical result is achieved by the method of determining a person's predisposition to engaging in various types of sports activity, which consists in the fact that through the interface to the software database through the data acquisition and processing unit installed on the computer software (hereinafter referred to as "ASIST" software), the following data is entered: age , gender, blood pressure value of the tested person, as well as his anthropometric data, and sequentially carry out the stages of testing a person, at which

determine the state of the functional systems of the body of the tested person with obtaining the value of the vital capacity of the lungs (VC) and the parameters of the rhythmocardiogram with the subsequent sending of the obtained data to the block for receiving and processing software data;

determine the psychophysiological characteristics of the tested person by examining the typological properties of the nervous system, the strength of the hands, followed by sending the research results to the block for receiving and processing software data,

determine the morphological and functional characteristics of the organism of the tested personwith obtaining indicators: body mass index (BMI), the proportion of musculoskeletal mass in lean mass (% SMM), the phase angle of bioimpedance (FU) with the subsequent sending of the obtained indicators to the block for receiving and processing software data,

conduct sports testing with sending to the unit for receiving and processing software data of the test results,

moreover, the unit for obtaining and processing software data is configured to receive data, results and indicators obtained in the process of implementing the method, and determine, on their basis, indicators for determining a predisposition to sports ,

as well as with the possibility of using data, results and indicators obtained in the process of implementing the method as indicators for determining the predisposition to sports,

a determination human predisposition to specific sports by comparing the values of parameters obtained in the method, the standard values of these parameters relating to different sports and subsequent detection of the sport in the case of satisfaction values of each of the determined during testing performance standard values characteristic of each from sports,

in this case, the comparison and identification of the sport is carried out by means of the software data acquisition and processing unit.

As anthropometric data, the values of height, weight, arm span, chest circumference at rest / inhalation / exhalation, hip circumference and waist circumference of the tested are entered.

The values of stress index, total spectrum power, standard deviation, very slow waves, high-frequency waves, low-frequency waves, ultra-low-frequency waves, and heart rate are sent to the software data acquisition and processing unit as indicators of the rhythmocardiogram.

The block for receiving and processing software data is configured to send all the received indicators obtained at each stage of testing to the software database for storage.

The block for obtaining and processing software data contains an algorithm for mathematical calculation of the proper VC and chest excursion.

The block for receiving and processing software data allows you to generate a final report with the sports recommended for practicing in a percentage according to predisposition and transfer the results to the interface or to storage in the software database.

The database is also made with the possibility of storing tables for determining indicators for determining the predisposition to sports (the required indicators - indicators participating in the algorithm for determining the predisposition to sports), and reflecting the dependence of the value of the required indicator on the data or results or indicators obtained during the implementation of the method. In particular, the database of the software "ASIST" contains the normative values of human blood pressure corresponding to 5-95 centiles, depending on age, sex and height centile.

The software database is configured to store data entered via the interface.

The unit for receiving and processing data of the "ASIST" software is designed to receive and analyze data by comparing it with standard data stored in the database.

Thus, said database is configured to store all information entered into it.

The database also contains a list of indicators involved in the algorithm for determining the predisposition to sports, and the normalized values of these parameters for each of the known sports.

As indicators in the algorithm for determining the type of sport (indicators for determining the predisposition to sports), the following are used: gender, parameters obtained on the basis of anthropometric measurements : height, weight, arm span, assessment of chest excursion; parameters obtained on the basis of the study (determination) of the state of the morphofunctional systems of the body: body mass index (BMI), the proportion of musculoskeletal mass in lean mass (% SMM), phase angle of bioimpedance (FU), somatotype; parameters obtained on the basis of psychophysiological studies (definitions): strength of the nervous system, mobility of the nervous system, balance of the nervous system, strength of the hands; parameters obtained on the basis of a study (determination) of the state of the functional systems of the body: % of the calculated VC value from the proper VC value, type of autonomic regulation; the results of sports testing , reflecting the speed abilities: shuttle running, long jump, high jump; reflective muscle abilities: push-ups, dynamometry; reflecting vestibular stability: standing on one leg; reflective flexibility: bends, twists of the arms, ankle flexibility exercise; reflective coordination abilities: coordination meter, and expressed in points.

Determination of the state of the functional systems of the body is carried out using a hardware-software complex designed to obtain biofeedback (biological and physiological signals of the tested person).

At this stage, the respiratory system and lung function are examined, followed by the determination of the vital capacity of the lungs (VC) by the method of spirometry on a spirometer (for example, a computer spirometer). The spirometer is designed to transfer the recorded data to a computer with installed software (hereinafter Spiro-Spectrum software), which allows recording the spirogram, its subsequent analysis, mathematical processing of the spirogram indicators with the determination of the sequence parameter of instantaneous flow rate values, which is used to calculate the software "Spiro-Spectrum" values of VC. The software "Spiro-Spectrum" is integrated with the software (for processing the results obtained by the hardware-software complex) installed on the computer (hereinafter referred to as the "ASIST" software). Thus, the statistical data of the VC parameter, calculated by the Spiro-Spectrum software, are fed to the data acquisition and processing unit of the ASIST software through direct integration.

Obtaining the parameters of the rhythmocardiogram is required to further determine the type of autonomic regulation based on them. The parameters of the rhythmocardiogram are obtained in the process of assessing the heart rate variability.

Within the framework of the method, it is additionally possible to assess the central hemodynamics at the stage of studying the functional systems of the body to further determine the type of blood circulation.

Evaluation of heart rate variability, as well as assessment of central hemodynamics can be carried out using an ECG apparatus. On the computer to which the ECG apparatus is connected, software is installed for recording and analyzing the recorded rhythmocardiogram and rheogram (hereinafter Poly-Spectrum software and Reo-Spectrum software, respectively), as well as mathematical processing of the rhythmocardiogram and rheogram parameters with obtaining the parameters:

1) SI (stress index value), TP (total spectrum power), SDNN (standard deviation), VLF (very slow waves), HF (high frequency waves), LF (low frequency waves), ULF (ultra low frequency waves), HR (heart rate) (as a result of mathematical processing of rhythmocardiogram indicators using the Poly-Spectrum software),

2) SBP (systolic blood pressure), IOC (blood minute volume), OSV (volumetric blood ejection rate), body surface area, on the basis of which the software "Rheo-Spectrum" further calculates the SI parameters (heart function indicator, which is the ratio of the minute volume of the heart to the surface area of the body), OPSS (total peripheral resistance is the resistance to blood flow present in the vascular system of the body) (as a result of mathematical processing of rheogram indicators using the software "Reo-Spectrum").

The obtained parameters reflect the physiological processes of the body (health status, body reserve and adaptive potential, functional state of the body, state of autonomic regulation, functional state of the circulatory system, etc.).

The software of the ECG apparatus (software "Poly-Spectrum" and software "Reo-Spectrum") is integrated with the software "ASIST". Thus, the statistical data of the parameters: SI, TP, SDNN, VLF, HF, LF, ULF, HR, obtained by the Poly-Spectrum software, and the parameters: SI, OPSS, obtained by the Reo-Spectrum software, are sent to the receiving unit. and processing of ASIST software through direct integration.

Based on the results of functional testing, both the current functional state in general and the peculiarities of the functioning of the regulation of the heart rate, the functioning of the circulatory apparatus, physical development, as well as the adaptive potential of the tested organism are determined. Also, according to the results of functional research methods, when abnormal results are obtained, the system will automatically prohibit further testing. Thus, we reduce the risk of developing undesirable consequences for the tested person's body, including the development of a state of sudden cardiac death. Techniques to prohibit further testing:

1) Assessment of heart rate variability.

2) Assessment of blood pressure.

To determine the psychophysiological characteristics of the test person, in particular, when studying the typological properties of the nervous system, a number of the following studies are consistently carried out:

1) tapping test using a rug and a pencil. To determine the strength of the nervous system;

2) study of a simple visual-motor reaction (PMR) in both eyes using a telescopic tube to determine the mobility of the nervous system and sensory asymmetry;

3) a study of the reaction to a moving object (RDO) using a telescope to determine the balance of nervous processes.

The study of the strength of the hands (physiometric method of assessment) is carried out using a computer wrist dynamometer.

In addition, within the framework of this stage, motor coordination can be investigated, for which the test "assessment of motor coordination" is carried out using a contact coordinator to determine the ability of regulation to voluntary movements and motor asymmetry.

The results of these studies are sent to the data acquisition and processing unit of the NS-Psychotest software, which carries out their mathematical processing and sends the final research results (calculated target parameters) to the ASIST software data acquisition and processing unit to determine the typological properties of the nervous system.

Tests at the stage of research of psychophysical characteristics are performed in the strict sequence indicated above. This sequence is due to the psychophysiological characteristics of the organism, in particular, the fact that in order to obtain the most objective indicators of the tapping test, it should be carried out at the beginning in order to exclude the factor of fatigue, which may arise during the passage of other methods. The sequence of performing the tests was chosen in such a way as to conduct tests with a gradual increase in complexity, since conducting more complex exercises in the first place can introduce an error in the performance of subsequent simpler exercises. For example, a test aimed at assessing motor coordination ("dynamic tremor") should be performed before examining the strength of the hands due to the fact that after the application of maximum muscle effort, tremor can occur compensatory and affect the results of the "dynamic tremor" study.

Thus, as a result of the tests in the above sequence, it is possible to achieve an increase in the accuracy of determining a person's predisposition to engage in various sports.

The stage of determining morphofunctional features is required to study the features of physical development, features of the development of the body, determination of the constitutional type and type of proportions of the body, also at this stage it is possible to assess the state of the musculoskeletal system.

Within the stage of determining morphofunctional features get indicators: body mass index (BMI), the proportion of musculoskeletal mass in lean mass (% SMM), the phase angle of bioimpedance (FU) for this, a study of bioimpedance metabolic processes is carried out.

The study of bioimpedance metabolic processes (study of the impedance resistance of tissues and body fluids) and body composition is carried out using a bioimpedance analyzer (for example, on the AVS-01 device, LLC STC "MEDASS"). The bioimpedance meter is equipped with software (hereinafter referred to as "MEDASS" software), which allows registration of measurement results and their processing. In addition, when conducting research using the "MEDASS" software, the data on height, weight, waist circumference, hip circumference of the tested person, contained in the database of the "ASIST" software, are transferred to the data processing unit of the "MEDASS" software. Based on the aforementioned data and the data recorded by the bioimpedance meter, the data processing unit of the MEDASS software calculates target indicators: body mass index (gives an idea of the ratio of height to weight and excess body fat), active resistance R50, proportion of musculoskeletal mass (%) , phase angle.

The bioimpedance meter software is integrated with the ASIST software, thus, the calculated target values obtained by the MEDASS software are fed to the receiving and processing unit of the ASIST software through direct integration for further processing and storage.

Within the framework of the stage of determining morphological and functional characteristics, it is possible, but not necessary, to determine the level of physical development, which is carried out according to the method of standards. The database of the software "ASIST" stores standard values for determining the average values of signs of physical development for girls and boys.

Based on the data entered into the ASIST software database through the interface (through the ASIST software data acquisition and processing unit) information about the sex, age, profession, place of residence of the tested person and the standard values stored in the ASIST software database, the receiving unit and data processing software "ASIST" compares the entered data with standard values and displays the average values of signs of physical development, obtained by statistical processing of a large number of measurements of persons of the same sex, age, profession, living in the same area. This additionally gives an idea of the level of physical development of the tested person.

Additionally, at the stage of determining morphofunctional features, it is possible, but not necessary, to study the state of the musculoskeletal system, namely, the state of the feet.

The state of the feet of the tested person is examined using a plantograph (for example, a computer plantograph PKS-01). The plantograph is equipped with software (hereinafter “Plantograph” software) for data processing. The analysis of the research results is carried out automatically in the data analysis block of the Plantograph software with the calculation of the Strieter index and the Chizhin index. Further, the obtained results are automatically sent by the data analysis unit of the Plantograph software to the data acquisition and processing unit of the ASIST software by means of integration with the Plantograph software. Based on the obtained index values, ASIST software determines whether there is flat feet or thickening of the foot.

If a deviation in the state of the feet is detected in the tested person, namely, if the ASIST software issued the result “flattened foot or flat feet” to the interface, the result obtained affects the operation of the sports orientation algorithm, since there are contraindications to practicing certain sports for this deviation. Thus, upon completion of the method through the interface, the data acquisition and processing unit of the ASIST software displays information that contraindicated sports are not recommended for the tested person with flat feet, since these recommendations can harm the health of those involved in these sports, with this deviation.

In addition, it is additionally possible to enter the type of posture of the tested person into the data acquisition and processing unit of the ASIST software via the interface. The unit for receiving and processing data of the ASIST software sends the information received to the database for its reflection along with the final report.

The sequence and procedure for testing in the first three stages must comply with the requirements for conducting research methods for the functional state, to the body of the tested:

1) The person being tested should be at rest.

2) Before starting the study, the test taker should avoid all types of stress (psychological and physical).

3) When carrying out the methods for assessing HRV, assessing the hemodynamic type, assessing bioimpedance metabolic processes and body composition, the test subject should be in the supine position.

4) During testing, factors that disturb the state of rest of the tested person must be excluded.

Then sports testing is carried out with the direction of the test results to the unit for receiving and processing software data.

Sports testing is aimed at assessing the level of physical development and the development of motor skills and abilities. The results of the sports tests are sent to the data acquisition and processing unit of the ASIST software through the interface. Sports test results are expressed in points.

The results obtained during the stage of sports testing and entered into the data acquisition and processing unit of the ASIST software are compared with the norms of the federal standards of sports training approved by the Ministry of Sports of the Russian Federation. The algorithm for determining the predisposition to engage in certain sports takes into account not only the level of development of physical qualities, motor skills and abilities, but also the norms of the FSSP by age and stages of preparation, in order to more correctly orient the tested person to engage in various sports.

All results, data, indicators and research parameters entered into the ASIST software database by the data acquisition and processing unit at each of the stages of human testing are used by the ASIST software data acquisition and processing unit to determine, on their basis, a predisposition to engage in certain sports in in accordance with the algorithm presented in tables 7-8.

Testing of a person according to the present method is carried out in 4 stages with a strict sequence of execution: the stage of determining the state of the functional systems of the body, the stage of determining the psychophysiological characteristics of the tested person, the stage of studying the morphological and functional characteristics of the patient's body and the stage of sports testing. The strict sequence of testing is due to the presence of the specificity of the tests and methods used to identify indicators and features that indicate a person's propensity (predisposition) to engage in certain types of sports orientation (sports), which makes it possible to improve the accuracy of determining a person's predisposition to engaging in various sports.

At the end of testing, the ASIST software data acquisition and processing unit automatically generates a final report with the sports recommended for practicing as a percentage by predisposition, as well as a detailed description of the results for each investigated indicator and displays it on the monitor through the interface. The report on the passed testing can also be sent to the applicant and / or the tested person to the email address or a download link to the phone number specified during registration for testing.

The ASIST system allows not only the analysis and processing of the data obtained during testing, but also allows data storage on secure servers that meet the requirements of FZ-152, which makes it possible to assess the dynamics of changes in individual indicators.

At the first stage of testing, the following are investigated: central hemodynamics and the type of blood circulation, a modulating effect on the pacemaker activity of sinus node cells from the autonomic NS, central NS and neurohumoral systems, the level of stress, adaptive potential, the type of autonomic regulation that forms the heart rate, ventilation work of the lungs, pulmonary volume, blood pressure. At the second stage, the following is assessed: the speed of the sensorimotor reaction in combination with the accuracy of the response and the peculiarities of the course of nervous processes, the assessment of dynamic tremor and the ability to regulate voluntary movements, the type of the nervous system, the processes of excitation and inhibition in the nervous system, hand dynamometry. At the third stage, anthropometric indicators are obtained. At the fourth stage, the development of basic physical qualities and motor skills is assessed. The method allows to efficiently and accurately conduct an automated study of a person, to draw up the most accurate report with the results and recommendations for choosing a sport, as well as to provide information on the state and development of the human body at the time of testing.

For each of the testing stages, an optimal set of studies was selected, allowing to obtain the most complete information required for the correct and accurate further orientation of the child to sports.

The choice of the sequence of performing the steps of the method is not accidental. Performing the steps of the method in the specified sequence allows you to obtain more reliable test results for a significant reduction in the list of sports, with the receipt of recommendations for which sports a person has a maximum predisposition. This is due to the fact that, in order to obtain reliable results, first of all, functional studies are carried out, requiring maximum rest of a person, in order to eliminate errors in the results that can be introduced by studies carried out in the second or fourth stages. Note that performing even relatively static tests at the stage of testing psychophysiological characteristics can also introduce an error in the results of functional studies.

Thus, due to the selected sequence of testing stages, as well as the optimal choice of the types of research conducted at each of the stages in the present method, accurate and reliable results of testing a person are obtained, on the basis of which it is possible to determine with high accuracy a person's predisposition to some sports ...

The essence of the invention is illustrated by figure 1, which shows a general block diagram of the sequence of operations performed by the software and hardware complex in the process of implementing the method and illustrating a general view of an exemplary process of information exchange between devices of the system.

In figure 1, positions 1-19 denote:

1 - Tablet interface,

2 - block for receiving and processing data of the software "ASIST",

3 - database of software "ASIST" software,

4 - spirometer,

5 - spirogram recording unit for software "Spirospektr",

6 - spirogram data processing unit of software "Spirospektr",

7 - ECG apparatus,

8 - block of rheogram recording of software "Reospectrum",

9 - block for processing rheogram data of software "Reospectrum",

10 - block for recording the rhythmocardiogram software "Polispectr",

11 - block for processing rhythmocardiogram data of software "Polispectrum",

12 - 3M pipe,

13 - tapping test sensor,

14 - coordinationometer,

15 - dynamometer,

16 - block for receiving and processing data of the NS-Psychotest software,

17 - bioimpedance analyzer,

18 - block for obtaining measurement results of the software "MEDASS",

19 - data processing unit of software "MEDASS".

The method for determining the predisposition of a person (in particular, a child) to engage in various types of sports activities is carried out as follows:

To pass the test, you must register on the website sportchampions.ru and provide information about the test taker: full name, gender, date of birth, health information, previous operations, allergies, sports training and training experience; as well as information about the parents of the person undergoing testing: full name, health information (height, weight).

The specified data through the interface 1 is entered into the data acquisition and processing unit 2 of the ASIST software, which sends them to the database 3 of the ASIST software installed on the computer (or tablet).

Next, the test person (child) is measured for height, weight, arm span, chest circumference at rest / inhalation / exhalation, circumference (circumference) of the hips and waist, for which a certified measuring instrument (tape measure, laser anthropometer) is used. Measurements are made using anthropometric points. The child's blood pressure is also measured.

The measurement results are entered into the data acquisition and processing unit 2 of the ASIST software installed on the computer via interface 1. The ASIST software acquisition and processing unit 2 sends the values of height, weight, arm span to the ASIST software database 3, the circumference of the hips and waist of the tested, the value of his blood pressure, measured by the method of N.S. Korotkov, and calculates the magnitude of the chest excursion (EGC) based on the values of the chest girth at rest / on inspiration / on expiration. EGC gives an idea of the level of physical development, in particular, the development of the respiratory system. Data acquisition and processing unit 2 of the ASIST software calculates the EGC indicator according to the formula:

EGC = OGKvdoh - OGKvydoh,

where OGKvdokh is the circumference of the chest during inspiration;

OGK exhalation - the circumference of the chest during exhalation.

Thus, the block for receiving and processing data 2 of the "ASIST" software contains an algorithm for calculating the EGC.

The EGC value is used by the data acquisition and processing unit 2 of the ASIST software to determine the indicator for assessing the development of the respiratory system (assessment of the chest excursion). The indicator for assessing the development of the respiratory system (assessment of the chest excursion) is used in the algorithm to determine the predisposition to sports. The determination of the indicator for assessing the development of the respiratory organs is carried out based on the dependence presented in Table 1. Data acquisition and processing unit 2 of the software "ASIST" compares the calculated EGC value with the standard EGC values (presented in Table 1) and determines which indicator for evaluating the chest excursion matches to the given value. The normative values of EGC and the corresponding indicators for assessing the chest excursion are stored in the database 3.

Table 1.

Value
EHC Respiratory development assessment
(assessment of chest excursion) 5 or less Underdevelopment (decreased EGC) 5 - 8 Medium development (normal EGC) 8 and more Good development (normal EGC)

A specific parameter for evaluating a chest excursion of a tested child.Equipment and processing unit 2 The ASIST software sends 3 of the ASIST software to the database for storage.

Then, through the interface (and through the unit for receiving and processing data 2 of the ASIST software), information about the blood pressure (systolic and diastolic) of the tested person is entered into the database 3 of the ASIST software. After that, the unit for receiving and processing data 2 of the ASIST software compares its value with the standard values of blood pressure (systolic and diastolic) stored in the database 3, and determines the corresponding value of the centiles (also stored in the database), which are used to judge deviations of the subject's pressure from the norm and the state of the cardiovascular system, as a consequence. The normative values of human blood pressure and the corresponding values of the centiles are presented in Table 2.

Upon receipt of abnormal readings (deviation of the tested person's blood pressure from the norm - high blood pressure values characterizing mild hypertension or low blood pressure values characterizing hypotension), the ASIST software data acquisition and processing unit 2 automatically stops further testing by sending the corresponding information to the monitor via interface 1, because there is a high risk of developing unwanted health effects of the test taker. This allows the tested person to stay healthy.

Normal blood pressure (blood pressure of a healthy person) is considered if the average levels of systolic and diastolic blood pressure during three visits are less than the values of the 90th centile for a given age, gender and body length.

High normal blood pressure (hereinafter BP) is considered if the average levels of systolic and / or diastolic blood pressure during three visits are equal to or exceed the values of the 90th centile, but less than the values of the 95th centile for a given age, sex and body length.

Arterial hypertension is considered if the average levels of systolic and / or diastolic blood pressure during three visits are equal to or exceed the values of the 95th centile for a given age, sex and length.

Table 2.

The values between the 90th and 95th centiles are regarded as "high normal blood pressure" (the introduction of this concept, on the one hand, avoids overdiagnosis of arterial hypertension and does not cause mental trauma to the child and his parents, on the other hand, it assumes the identification of a risk group whenever possible the formation of arterial hypertension, requiring preventive measures and dynamic monitoring). For arterial hypertension, blood pressure values above the 95th centile are taken, for arterial hypotension - blood pressure values below the 5th centile.

Thus, they get an idea of the state of the cardiovascular system. The results of the assessment of the state of the cardiovascular system are stored in the database 3 of the software "ASIST".

If the blood pressure of the tested person corresponds to the permissible values, then the data acquisition and processing unit 2 of the ASIST software gives a signal to start the spirogram recording unit 5 SpiroSpektr software of the spirometer 4, the rhythmocardiogram recording unit 10 PolySpectrum software of the ECG 7 device, the rheogram recording unit 8 software "Reo-Spectrum" apparatus EKG 7, unit for obtaining measurement results of bioimpedance meter 18 software "MEDASS" bioimpedance analyzer 17.

Then, the stages of testing the child are carried out with the following sequence: the stage of the study of the functional systems of the body, the stage of the study of psychophysiological characteristics, the stage of the study of morphological and functional characteristics and the stage of sports testing.

Next, the stage of studying the functional systems of the body is carried out directly. At this stage, the type of autonomic regulation in the tested person and the VC indicator are determined.

A) Heart rate variability with the definition of the type of autonomic regulation is assessed by N.I. Shlyk. The study is carried out in compliance with international recommendations for recording heart rate variability. The test person is placed on a massage couch (in an upright position), then ECG electrodes are applied in standard leads according to the methodological instructions for the method (red clothespin-right hand, yellow clothespin-left hand, black clothespin-right leg, green clothespin-left leg), then an ECG is recorded for 5 minutes by the rhythmocardiogram recording unit 10 of the Poly-Spectrum software. The ECG record is saved to the Poly-Spectrum software database. Conversion of the recording of ECG signals into a rhythm cardiogram is carried out in the rhythmocardiogram data processing unit 11 of the Poly-Spectrum software. Further, the rhythmocardiogram recording unit 10 of the Poly-Spectrum software sends the rhythmocardiogram to the rhythmocardiogram data processing unit 11 of the Poly-Spectrum software, where the received rhythmocardiogram is analyzed and the program calculates the parameters of the nervous, neurohumoral and central regulation of the heart rate): stress index SI, total spectrum power TP, SDNN-standard deviation, VLF-very slow waves, HF-high-frequency waves, LF-low-frequency waves, ULF-ultra-low-frequency waves, HR is the heart rate. After that, the data processing unit of the rhythmocardiogram 11 of the Poly-Spectrum software automatically sends the calculated statistical data to the data acquisition and processing unit 2 of the ASIST software through direct integration. The data acquisition and processing unit 2 of the ASIST software, based on the obtained values of the indicators, determines the type of vegetative regulation in accordance with the dependence presented in table 3. Data reflecting the dependence according to table 3 are contained in the ASIST software database. Upon receipt of abnormal values of indicators: SI (value more than 300), TP (value less than 800), LF / HF (more than 3), the data acquisition and processing unit 2 of the ASIST software can automatically stop further testing by sending the corresponding information to the monitor via interface 1. This makes it possible to reduce the risk of developing undesirable consequences for the organism of the tested person, including the development of a state of sudden cardiac death.

Table 3.

Type of autonomic regulation VLF SI Relations TP SDNN HR I > 240 > 70 LF> HF> VLF> ULF 800-2000 28-45 > 50 II <240 > 100 (LF> HF) (VLF> HF) (ULF> HF) <800 <28 > 60 III <240 20-70 LF> HF> VLF> ULF 2000-8000 45-89 <50 IV > 240 <20 HF%> LF% 8000-12000 90-110 V > 240 << 20 HF% >> LF% > 12000 > 100 <50

The result of determining the type of vegetative regulation is sent by the data acquisition and processing unit 2 of the ASIST software to the database 3 for storage .

B) Next, a study of the respiratory system and lung function is carried out, followed by the determination of the vital capacity of the lungs (VC) by spirometry. The tested person is sitting on a chair without armrests, tightly wraps his lips around the mouthpiece, which is put on the spirometer flow transducer, and for 10-15 seconds produces calm breathing and then performs at least 3 smooth, maximum breathing cycles, each of which lasts ~ 6 seconds (maximum inhalation -maximal exhalation) into the tube of the air flow transducer of the computer spirometer 4. In the spirogram recording unit 5 of the software "SpiroSpektr" of the spirometer 4, the spirogram is recorded, after which the specified unit sends it to the spirogram data processing unit 6 for its subsequent analysis. The spirogram data processing unit 6 receives the spirogram parameters and carries out their mathematical processing to obtain the value of the sequence of instantaneous flow rate values, on the basis of which the VC value is calculated by the specified spirogram data processing unit.

VC - vital capacity of the lungs - the main indicator of the ventilation function of the patient's lungs, is the sum of the indicators of tidal volume, reserve volume of inspiration and reserve volume of expiration. By the value of VC it is possible to judge about restrictive disorders of the ventilation capacity of the lungs.

Further, the spirogram data processing unit 6 of the SpiroSpektr software sends the calculated data (VC value) to the data acquisition and processing unit 2 of the ASIST software by means of direct integration.

In turn, the block for receiving and processing data 2 of the software "ASIST" calculates the proper value of VC depending on the gender, height of the subject. This information (gender, height) is obtained by the specified block from the database 3 of the software "ASIST". The calculation of the proper value of VC is carried out by the data acquisition and processing unit 2 of the ASIST software according to the formulas:

When calculating VC for boys from 0 to 18 years old:

with growth from 100 to 130: 2.733 * H / 100-1.633,

with growth from 130 to 160: 5 * N / 100-4.58,

for growth from 160: 8.2 * N / 100-9.7

When calculating VC for girls from 0 to 18 years old:

with growth from 100 to 130: 2.733 * N / 100-1.553,

with growth from 130 to 160: 4 * N / 100-3.2,

with an increase of 160: 5.25 * N / 100-5.2,

where H is the height in centimeters.

The VC value obtained directly during testing of the child is compared by the data acquisition and processing unit 2 of the ASIST software with the proper calculated VC value. When comparing, the calculation is carried out using the formula:

VC% = (VC _calculated / VC _due ) * 100%

As a result, by means of the data acquisition and processing unit 2 of the ASIST software, the% of the calculated VC value from the proper VC value (VC%) is determined

The indicator VC% is sent by the ASIST software unit for receiving and processing data 2 to the database 3 for storage .

A decrease in the VC value obtained during testing by at least 10% (relative to the proper VC value) indicates a reduced VC.

An increase in the VC value obtained during testing by at least 10% (relative to the proper VC value) indicates a high VC.

The values of VC obtained during testing, which are within 10% (relative to the proper value of VC), indicate normal VC.

As a result, they get an idea of the lung volume and the level of physical development of the tested person.

It is possible (but not necessary) to determine the hemodynamic type (type of blood circulation) by the method of integral rheocardiography according to the method of M.I. Tishchenko. The test person is placed on a massage couch (in an upright position) and ECG electrodes are applied in standard leads (red clothespin-right hand, yellow clothespin-left hand, black clothespin-right leg) and electrodes for integral rheocardiography according to the method of M.I. Tishchenko according to the methodological instructions for carrying out the technique. Further, the ECG rheogram recording unit 8 ECG software "Rheo-Spectrum" records physiological signals with the subsequent transformation of the record into a rheogram, after which the said unit sends the obtained rheogram to the rheogram data processing unit 9, which analyzes the obtained rheogram. The rheogram data processing unit 9, as a result of analysis and mathematical processing of the results, receives the parameters: SBP, ECE, IOC, body surface area and uses these parameters to calculate the target parameters: SI, OPSS, reflecting the physiological processes of the body. The rheogram data processing unit 8 of the Rheo -Spectrum software automatically sends the calculated target parameters to the data acquisition and processing unit 2 of the ASIST software. The block for receiving and processing data 2 of the software "ASIST" according to the data obtained determines the type of blood circulation based on the dependence presented in table 4. Data reflecting the dependence according to table 4 are contained in the database 3 of the software "ASIST". The result of determining the type of blood circulation is sent by the data acquisition and processing unit to the database 3 for storage.

This study can be carried out additionally to obtain more complete information about the state of health, the body's reserves and adaptive potential, the functional state of the body, the state of autonomic regulation, the functional state of the circulatory system, etc.). The results obtained are not used to determine the predisposition to a particular sport.

Table 4.

Circulation type Indicator SI OPSS Eukinetic 2.2-3.7 1100-1900 Hyperkinetic > 3.7 <1100 Hypokinetic <2.2 > 1900

Next, the stage (second) of the study of the psychophysiological characteristics of the organism is carried out.

In this aspect, the typological properties of the nervous system (NS) are assessed: strength, mobility and balance of the nervous system. Also at this stage, a physiometric method is used to determine the strength of the hands.

For testing, a tapping test sensor (mat and pencil for tapping test), a telescope, a coordinationometer, and a computer hand dynamometer are used. Each of these devices is connected to a computer with the NS-Psychotest software installed on it, which provides receiving and processing signals from the devices.

First, a tapping test is performed using a mat and pencil of the tapping test sensor 13 to determine the strength of the nervous system . The test is carried out as follows: the person being tested must take a pencil in his leading hand and, with maximum frequency, trying not to lose pace, touch (hit) the mat with a pencil for 32 seconds. At the same time, the data acquisition and processing unit 16 of the NS-Psychotest software installed on the computer registers the following parameters: average frequency, total number of beats, level of the initial rate of work, average value of the difference in rate, average inter-beat interval, number of beats in the first part of the test, carries out mathematical processing of the registered parameters and, on their basis, calculates target parameters: the level of lability in points, the coefficient of strength of the nervous system, average frequency, target parameters, the data acquisition and processing unit 16 NS-Psychotest software sends to the acquisition and processing unit data 2 software "ASIST".

Next, a simple visual-motor response (PMR) in both eyes is assessed using the visual-motor (TM) tube 12 to determine the mobility of the nervous system and sensory asymmetry. The test consists in the fact that a black circle appears on the screen, filling with a red fill, there is a green bar in the circle, which constantly changes its position in this circle, the investigator must stop the red fill by pressing the button located on the Z-M pipe as close to green line located in a circle. In this case, the tube is applied close to the eye so that the subject does not see other external stimuli, while the other eye must be closed. To determine sensory asymmetry, the test is carried out in both eyes. During the testing process, the data acquisition and processing unit 16 of the NS-Psychotest software registers signals from the 3M tube with the following parameters: the total number of errors and correct clicks, the total number of detected stimuli, the number of incorrectly detected stimuli, the number of missed stimuli, the average value of the reaction time , the number of stimuli, the total number of errors, the number of gaps, the number of premature clicks, etc. Upon completion of the test, the data acquisition and processing unit 16 of the NS-Psychotest software, based on the registered parameters, calculates the following target parameters: coefficient of “reaction stability”, Whipple coefficient, average response time (ms), asymmetry coefficient, nature of the error, which are automatically sent as quality to the data acquisition and processing unit 2 of ASIST software as quality.

A reaction to a moving object (RDO) is determined using the telescope 12 to determine the balance of nervous processes . The test consists in the fact that a black circle appears on the screen filling with a red fill, there is a green strip in the circle that constantly changes its position in this circle, the investigator must stop by pressing the button located on the Z-M pipe 12 the red fill as close to green line located in a circle. At the same time, the data acquisition and processing unit 16 of the NS-Psychotest software registers signals from the 3-M pipe 12 and, based on the data obtained during testing, determines the parameters: average reaction time, average reaction time without taking into account the nature of the reaction, standard deviation, coefficient of variability , the number of exact reactions, the number of advances, the number of delays, the sum of the lead times, the sum of the lag times, the number of negative reactions, the number of positive reactions, the total number of stimuli, the arithmetic mean for the lagging reactions, the arithmetic mean for the premature reactions, and calculates the target parameters: entropy, percentage of accurate reactions, percentage of advances, percentage of delays, percentage of negative reactions, percentage of positive reactions, which are automatically sent to the data acquisition and analysis unit in the ASIST software.

Next, the strength of the hands is assessed by the physiometric method - dynamometry. Dynamometry is carried out using a computer wrist dynamometer 15. The subject needs to squeeze the wrist dynamometer 15 with the maximum muscle force with his left and right hand. Upon completion of the test, the data acquisition and processing unit 16 of the NS-Psychotest software records the following parameters: the maximum muscle strength of the right hand / left arm, the leading arm in terms of strength, the leading hand in endurance, which are automatically sent to the data acquisition and analysis unit 2 ASIST ". Based on the data obtained, the data acquisition and analysis unit 2 of the ASIST software concludes that the strength of the hands is developing by comparing the values of the obtained parameters with the normative ones stored in the database 3.

Additionally, it is possible to determine the ability of regulation to voluntary movements and motor asymmetry. For this, motor coordination is assessed using a contact coordinator 14 (Assessment of dynamic tremor). The test consists in the fact that the child needs to go through a "maze" cut out in a panel (coordinator) with a "pinch" placed on the outstretched arm, trying not to touch the edges and bottom of the maze, the test is performed on both hands. Upon completion of the test, the data acquisition and processing unit 16 of the NS-Psychotest software records the following parameters: the average duration of touches in seconds, the time of passing the maze in seconds, the asymmetry coefficient, which are automatically sent to the data acquisition and processing unit 2 of the ASIST software.

The data obtained in the course of passing this test enter the database 3 of the ASIST software only for accounting and storage. This study can be carried out additionally to obtain more complete information about the health status. The results obtained are not used to determine the predisposition to a particular sport.

Thus, all data (parameters) obtained during the processing of instant bioelectric signals in the NS-Psychotest software are sent to the data acquisition and processing unit 2 of the ASIST software for further processing and storage automatically through direct integration. All data are stored in the ASIST software database.

In turn, the data acquisition and processing unit 2 of the ASIST software, according to the data obtained, determines the typological properties of the nervous system: the strength of the nervous system (weak, medium, strong), the mobility of the nervous system (mobile, inert), the balance of the nervous system (predominance of inhibition, poise, predominance of excitement).

Next, the third stage is carried out - the study of the morphological and functional characteristics of the organism to assess the characteristics of physical development, the characteristics of the development of the body, the state of the musculoskeletal system, constitutional type and type of proportions.

For this, bioimpedance analysis of metabolic processes and determination of body composition are carried out to determine the constitutional type of a person (somatotype) , realized according to the Heath-Carter classification and divided into 13 subtypes: central, balanced mesomorphic, ectomesomorphic, mesoecto, mesoectomorphic, ectoendomorphic, balanced endomorphic, mesoendomorphic meso-endo, endomesomorphic, balanced endomorphic, endoectomorphic, endo-ecto.

The study of bioimpedance metabolic processes and body composition is carried out using a bioimpedance analyzer 17 ABC-01 of the "MEDASS" company. The person being tested is placed on a couch, in an upright position, and contact electrodes are applied according to the guidelines for carrying out this technique. The unit for obtaining the measurement results of the 18 bioimpedance meter PO "MEDASS" registers the readings of the bioimpedance meter: fat mass (kg) normalized for height, lean body mass, active cell body mass (kg), proportion of active cell mass (%), musculoskeletal mass (kg ), specific basal metabolic rate (kcal / m2 / day), total fluid (kg), waist / hip ratio, etc. and sends them to the data processing unit 19 of the MEDASS software. At the same time, data on gender, age, height, weight, waist circumference, hip circumference of the tested child from database 3 through data acquisition and processing unit 2 of ASIST software are sent to the data processing unit 19 of the MEDASS software. Based on the results obtained, the data processing unit 19 of the MEDASS software determines the target parameters: body mass index (BMI), active resistance R50, the proportion of musculoskeletal mass in lean mass (% SMM), bioimpedance phase angle (FU). The data processing unit 19 of the MEDASS software sends the calculated target parameters (indicators) to the data receiving and processing unit 2 of the ASIST software, while the data acquisition and processing unit 2 of the ASIST software sends the data: body mass index (BMI), active resistance R50, proportion of musculoskeletal mass in lean mass (% SMM), phase angle of bioimpedance (FU) into database 3 for storage. In addition, on the basis of the obtained parameters: active resistance R50,% HMM, phase angle of bioimpedance, BMI, the unit for receiving and processing data of the software "ASIST" determines the somatotype of the tested child. The results of determining the somatotype are sent to the database 3 for storage by means of the data acquisition and processing unit 2 of the ASIST software.

In addition, in addition, in the process of studying the morphological and functional characteristics of the body, the type of posture can be determined and the state of the musculoskeletal system can be indirectly determined using the method of somatoscopy.

In this case, visually, by examining the posture and back of the tested, the type of posture is determined (scoliotic, normal, lordotic, kyphotic, stooped) and through interface 1 this information is entered into the data acquisition and processing unit 2 of the ASIST software, which is sent to the database 3 Software "ASIST". Next, the condition of the feet is examined using a PCS-01 computer plantograph. At the same time, the unit for obtaining and analyzing plantograph data 11 of the Plantograph software analyzes the results, their processing to obtain the target indicator: the Streeter index. The specified block automatically sends the value of the calculated target indicator to the data acquisition and processing unit 2 of the ASIST software through integration.

The unit for receiving and processing data 2 of the software "ASIST" on the basis of the Stritter index determines whether there are deviations in the state of the feet of the tested person (thickened foot or flat feet). At the same time, if the specified block determined the state of the feet as "flattened foot or flat feet", and the posture as scoliotic, lordotic, kyphotic, stooped, then the data acquisition and processing unit 2 of the ASIST software displays an information report on interface 1 for parents to familiarize themselves.

The fourth stage of testing is carried out - sports testing. Testing is aimed at assessing the level of physical development and the development of motor skills and abilities. The procedure and rules for the stage of sports testing are indicated below.

Sports test results are expressed in points. The order of assigning points for the exercises is presented in tables 5-6. Scoring scheme based on the results of sports testing: a child performs an exercise indicated in the table, and the result shown is compared with the values in the table for each exercise, each range of values corresponds to a score (point), for example: a child, a 6-year-old boy performed a 120 cm jump and according to the table, the child will receive a point - 2. If in the requirements, in the paragraph "speed abilities", the sport has the requirement "Long jump + high" - the summation of points is allowed, for example: a 6-year-old boy jumped 120 cm in length and 20 cm in height, which corresponds to 2 points in the long jump and 3 points in the high jump, the total point is 5.

Before sports testing, the child is given a systematic warm-up. Below is a set of warm-up exercises.

Warm up the neck.

1. Turning the head. Stand straight with your head straight, chin parallel to the floor. Make 10 turns of the head, first to the right and then to the left as far as possible, but without any sudden movements.

2. Head bends. Make 10 head nods with your chin to your chest. Do the same number of repetitions, gently tilting your head back. Bend to the sides.

Warm up the muscles of the shoulders and arms:

3. Shoulder rotation. Rotate your shoulders, lifting them up and forward. Raising your shoulders up and back in a circle, do the exercise in the opposite direction 20 times.

4. Swing your hands. Make 10 rotations with straight arms forward, and then in the opposite direction. To develop coordination, you can diversify the exercise by making a circular movement of one of the hands forward and the other back.

5. Rotation of the forearms. Stretch your arms out to the sides and rotate your elbows with your forearms in the middle and outward for 10-15 reps.

6. Rotation of the brush. Clasp your hands together and rotate your hands in both directions for 20 seconds.

Lumbar warm-up:

7. Turns of the trunk. The exercise is performed from a stand with a flat back, legs at shoulder level and arms spread out to the side. Make turns of the body, first to the right 10 times and the same amount to the left. The pelvis must be held still, not using it in turns.

8. Rotation by the pelvis. Stand straight with your hands on your belt for convenience. Perform rotational movements of the pelvis clockwise and in the opposite direction 10 times.

9. Slopes. Make 10 bends forward, right and left without bending your legs.

Warm up legs:

10. Stretching the quadriceps femoris. Stand on one leg, if possible leaning against a wall or other support, bend the other leg at the knee and grab the foot with your hand, pull the bent leg up smoothly without sudden movements. Repeat with the other leg.

11. Rise on toes. In a standing position, raise your toes as much as possible, maintaining balance, and lower yourself back down to your full foot. Repeat 10 times

12. Rotation of the legs. Standing, raise your leg perpendicular to your torso, bending it at the knee. Perform 10 rotations in both directions for each leg, trying to keep the knee still.

13. Rotation of the foot. Move the fulcrum to one leg. Raise the heel of the other leg and, without lifting the toe off the floor, rotate the foot 10 times in different directions. Change legs.

Further, sports tests are carried out in the following sequence.

Flexibility tests:

1. Twisted with straight arms back and forth, standing still.

The child is given to perform the test using a gymnastic stick 100 cm long.The test taker should take a gymnastic stick and, with outstretched arms, without bending them at the elbows, bring them behind the back to the level of the buttocks, and then return to the starting position, while also not bending the arms at the elbows ... To begin with, as a warm-up for the shoulder joints, the child takes a gymnastic stick at a distance of 50 cm from the center, with each hand. Further, the child is offered to reduce the distance between the arms gradually by every 10 cm until the moment when he cannot perform the exercise assigned to him. The final score is summed up according to the results of each hand and is entered into the data acquisition and processing unit 2 of the ASIST software via interface 1. The data acquisition and processing unit 2 of the ASIST software sends the test result to the ASIST software database 3.

Errors that result in the test not being valid:

- Flexion of the elbows.

2. Flexibility of the ankle

The child must be without shoes. The first exercise is performed from the starting position with the toes and heels together, the subject performs an extremely low squat. Do not allow the heels to come off the support. The arms are extended in front of you parallel to the floor. The second exercise is performed from the starting position with the toes and heels together, the subject performs an extremely low squat, while keeping his hands clasped behind his back. When performing the exercise, the result reflecting the degree of flexibility of the ankle is entered into the data acquisition and processing unit 2 of the ASIST software through the interface 1: “Good”. If the exercise is not performed, the result reflecting the degree of flexibility of the ankle is entered into the data acquisition and processing unit 2 of the ASIST software through the interface 1: “Reduced”. Data acquisition and processing unit 2 of ASIST software sends the test result to database 3 of ASIST software.

3. Bend forward from a standing position

The child is offered to perform the test forward bending from a standing position on a specially equipped case cover. Bending forward from a standing position with straight legs on a specially equipped case cover is performed from the starting position: standing on the case cover, legs are straightened at the knees, the feet are parallel at a width of 10-15 cm.

The child performs the exercise in a sports form that allows specialists to determine the extension of the legs at the knees (shorts, leggings).

When performing the test, at the command of a specialist, the child performs two preliminary inclinations, sliding his fingers along the ruler. At the third incline, the tested person bends as much as possible and fixes the result for 2 seconds.

The amount of flexibility is measured in centimeters. The result above the level of the gymnastic bench is determined by the "-" sign, below - by the "+" sign. The results obtained are expressed in points in accordance with tables 5, 6, and they are entered into the data acquisition and processing unit 2 of the ASIST software via interface 1. The ASIST software data acquisition and processing unit 2 sends the test result to the database 3 of the ASIST software. ASIST ".

This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

Errors that result in the test not being valid:

- bending the knees;

- fixing the result with the fingers of one hand;

- lack of fixation of the result within 2 seconds.

Tests for determining speed abilities:

4. Shuttle run 3 x 10 m

Shuttle running is carried out on any level surface on a specially marked rubber coating, which provides good traction with shoes, using an automatic system for fixing the results. The width of the start and finish line is included in the section of 10 meters.

At the command "March", the child must run 10 meters, touch the site behind the turning line with any part of the body, turn around, thus running two more segments of 10 meters each.

On the command “Go to start”, the tested person stands in front of the start line, where the auto-timing sensors are located opposite each other, so that the jogging leg is at the start line, and the other is put back half a step (it is prohibited to step on the start line). At the command "Attention!", Slightly bending both legs, the test person tilts the body forward and transfers the weight of the body to the leg in front. It is permissible to rest your hand on the ground.

At the command "March!" (when crossing the automatic timing gate, the stopwatch automatically turns on) the tested person runs to the finish line, crosses it, touches any part of the body, returns to the start line, crosses it with any part of the body and overcomes the last segment finishing (when crossing the second automatic timing gate, the stopwatch is automatically turned off). The results are expressed in points. Points are entered into the data acquisition and processing unit 2 of the ASIST software. The data acquisition and processing unit of the ASIST software sends the test result to the database 3 of the ASIST software. Errors that result in the test not being valid:

- the participant did not cross the line during the turn with any part of the body.

This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

5. Standing long jump

Long jump from a place with a push with two legs is performed on a special rubber coating with markings applied to it. The push-off point should provide good grip on the shoe. The child takes the starting position: feet shoulder-width apart, feet parallel, toes in front of the take-off line. A forward jump is performed with the simultaneous push of two legs. Hand swings are allowed.

Measurement is taken along a perpendicular line from the take-off point to the nearest track left by any part of the participant's body.

The participant is given three attempts. The best score is taken into account. Points are entered into the data acquisition and processing unit 3 of the ASIST software via interface 1. The data acquisition and processing unit 2 of the ASIST software sends the test result to the ASIST software database 3.

Errors that result in the test not being valid:

- spacing over the line of repulsion or touching it;

- take-off from a preliminary jump;

- alternate kick-off;

- the use of any weights thrown out during the jump;

- leaving the place of landing back in the direction of the jump.

This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

6. High jump

A high jump from a place with a push with two feet is performed on a special jumping mat (equipped with pressure sensors). The child takes the starting position: legs together, feet parallel. With the simultaneous push of two legs, an upward jump is performed; when jumping, the legs do not bend under themselves. Hand swings are allowed.

The child is given three attempts. The best score is taken into account. Points are entered into the data acquisition and processing unit 2 of the ASIST software through interface 1. The data acquisition and processing unit 2 of the ASIST software sends the test result to the ASIST software database 3.

Errors that result in the test not being valid:

- bending the legs under oneself at the moment of jumping out;

- take-off from a preliminary jump;

- alternate kick-off;

- the use of any weights thrown out during the jump.

Muscle ability test:

7. Flexion and extension of the arms in the lying position (push-ups)

Flexion and extension of the arms in the lying position is performed from the starting position: lying on the floor, arms shoulder-width apart, hands forward, elbows apart no more than 45 degrees relative to the body, shoulders, torso and legs form a straight line. The feet rest on the floor without support.

The number of correctly performed cycles, consisting of flexion and extension of the arms, recorded by an automatic counter, is counted. The results are expressed in points. Points are entered into the data acquisition and processing unit 2 of the ASIST software through interface 1. The data acquisition and processing unit 2 of the ASIST software sends the test result to the ASIST software database 3.

Errors that result in the test not being valid:

- violation of the requirements for the starting position;

- violation of the test execution technique;

- violation of the straight line "shoulders - body - legs";

- no fixation for 1 second of the initial position;

- exceeding the permissible elbow angle;

- multi-temporal extension of the arms.

This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

Vestibular stability test:

8. Stand on one leg (Uemura's test)

The child is asked to stand barefoot on a hard rubber covering, hands are on the hips. The specialist explains to the child that it is necessary to choose a comfortable leg, transfer the support to it, while the second leg is raised in such a way that the heel of the raised leg is at the level of the knee joint of the supporting leg, but does not touch it. Then the child closes his eyes and must maintain balance for 15 seconds. Depending on how long and evenly the child stood, a point is determined (1 point - moderately sways; 2 points - balances with his hands (the hand rose to shoulder level); 3 points - cannot stand in one place; 4 points - falls, standing on one leg, barely closing his eyes; 5 points - falls, standing on two legs, barely closing his eyes), which the testing specialist enters into the data acquisition and processing unit of the ASIST software via the interface. The unit for receiving and processing data of the ASIST software sends the test result to the ASIST software database.

Additionally, but not necessarily, an electronic weapon accuracy test may be performed on the child as a test for vestibular stability.

The test is performed by the participants at a distance of 10 meters at target # 8. The participant is given three test shots and five valid shots. Test execution time is 10 minutes. Preparation time is 3 minutes. This test is carried out for children aged 11-12 years. Shooting is carried out from a sitting position with the elbows resting on the table and from the rifle rest with the use of an electronic computerized shooting simulator that allows to objectively evaluate the shooting skills of the subjects. At the end of the shooting, the specialist writes down the total score obtained after 5 test shots and enters the results into the software. This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

Coordination ability test:

10. Coordinator

The child stands on a special rubber mat, on which there is a marking in the form of a circle showing the corners. The test taker is invited to jump around his axis for the maximum number of revolutions. The tester monitors the progress of the test and enters the result in points. Points are entered into the data acquisition and processing unit 2 of the ASIST software through interface 1. The data acquisition and processing unit 2 of the ASIST software sends the test result to the ASIST software database 3.

Additionally, but not necessarily, a Medicine Ball Seated Exercise may be performed. This test is not involved in the algorithm for determining the predisposition, however, it can be used to assess the development of speed-strength abilities of the upper limbs.

To fulfill the standard, it is necessary to throw the ball from the starting position with both hands from behind the head. Starting position - sitting, feet shoulder-width apart, knees straightened, heels - on the starting line. The child performs 3 attempts, the best result is recorded, further expressed in points. The result is entered into the data acquisition and processing unit of the ASIST software through the interface. The unit for receiving and processing data of the ASIST software sends the test result to the ASIST software database.

Additionally, but not necessarily, the "Lying on the back" exercise may be performed. This test can be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

Raising the trunk from a supine position is performed from the starting position: lying on your back, on a gymnastic mat, hands behind your head "locked", shoulder blades touch the mat, legs bent at the knees at right angles, feet pressed by the partner to the floor.

The child performs the maximum number of body lifts in 1 minute, touching the hips (knees) with the elbows, followed by a return to the starting position. The number of correct trunk lifts is counted. The specialist helps the child by fixing and holding his legs by the feet and / or lower legs.

Errors that do not count for execution:

- absence of contact with the elbows of the hips (knees);

- no touching the mat with the shoulder blades;

- opening of the fingers "out of the lock";

- displacement of the pelvis (raising the pelvis);

- change in the right angle of the bent legs.

Additionally, but not necessarily, the exercise "Throwing a tennis ball at a target is performed from a distance of 6 m into a gymnastic hoop with a diameter of 90 cm attached to the wall."

The lower edge of the hoop is 2 m above the floor. A 57 g ball is used to throw a tennis ball at a target.

The participant is given the right to complete five attempts. The number of hits in the area limited by the hoop is counted.

Test execution technique.

The technique is described for a person throwing with the right hand. The left-hander performs the same exercise with the other arm and leg.

Starting position - the participant stands in a stand with legs apart, the left leg is in front of the right, the right leg is on the front of the foot, facing the target, the ball is in the right, slightly bent arm, the hand is at face level, the left hand is directed forward and downward, moving the right hand to the right - back and slightly bending the right leg, slightly tilt the body to the right, resting the foot of the straight left leg against the platform, the toe is turned inward, from this position, quickly unbending the right leg and transferring the body weight to the left, perform a throw, carrying the right hand over the shoulder.

Errors that do not count for execution:

- the participant stepped behind the throwing line.

This test can also be used to assess the TRP standards (all the standards with which the obtained result is compared and corresponds to the insignia, as well as the criteria for awarding insignia are included in the ASIST software database). After passing the test, the interface displays a recommendatory report to the parent, for which distinction according to the results of the TRP complex a child can apply.

Table 5. The order of assigning points for the exercises by boys

Abilities Age 6 7 8 9 ten eleven 12 points one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 Flexibility Twist straight arms back and forth 100-60 50-30 20-0 100-70 60-50 40-0 100-60 50-30 20-0 100-70 60-50 40-0 100-60 50-40 30-0 100-80 70-60 50-0 100-70 60-40 30-0 Standing tilt 0-4 5-8 ≥9 0-2 3-6 ≥7 0-4 5-8 ≥9 0-2 3-6 ≥7 0-4 5-8 ≥9 0-2 3-6 ≥7 0-4 5-10 ≥11 Muscle ability Push ups 0-5 6-10 ≥11 0-9 10-16 ≥17 0-5 6-10 ≥11 0-9 10-16 ≥17 0-5 6-10 ≥11 0-9 10-16 ≥17 0-6 7-12 ≥13 Dynamometry Right hand <8 8-12.5 > 12.5 <10 10-13 > 13 <11 11-14 > 14 <13 13-17 > 17 <14 14-16 > 19 <16 16-22 > 22 <19 19-24 > 24 Left hand <6 6-10.5 > 10.5 <10 10-12 > 12 <11 11-13 > 13 <12 12-16 > 16 <13 13-18 > 18 <14 14-21 > 21 <17 17-22 > 22 Speed abilities Long jump 0-105 106-123 ≥124 0-105 106-123 ≥124 0-112 113-138 ≥139 0-112 113-138 ≥139 0-119 120-147 ≥148 0-122 123-150 ≥151 0-128 129-155 ≥156 Shuttle run > 11.3 11.2-9, ≤9.6 > 10.5 10.4-9.7 ≤9.6 > 10.6 10.5-9.5 ≤9.4 > 10.4 10.3-9.4 ≤9.3 > 9.9 9.8-9.2 ≤9.1 > 9.8 9.7-9 ≤8.9 > 9.6 9.5-8.8 ≤8.7 High jump 0-12 13-19 ≥20 0-12 13-19 ≥20 0-14 15-2 ≥21 0-14 15-20 ≥21 0-17 18-23 ≥24 0-17 18-23 ≥24 0-18 19-24 ≥25 Coordination abilities Coordinator 0-260 261-42 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 Vestibular stability Stand on one leg 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0

Table 6. The order of assigning points for the exercises performed by girls

Age 6 7 8 9 ten eleven 12 points one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 one 2 3 Twist straight arms back and forth 100-80 70-60 50-0 100-70 60-40 30-0 100-80 70-60 50-0 100-80 70-50 40-0 100-80 70-60 50-0 100-80 70-60 50-0 100-80 70-60 50-0 standing tilt 0-3 4-7 ≥8 0-4 5-10 ≥11 0-3 4-7 ≥8 0-5 6-12 ≥13 0-4 5-8 ≥9 0-5 6-12 ≥13 0-4 5-8 ≥9 Push ups 0-9 10-21 ≥22 0-6 7-12 ≥13 0-9 10-21 ≥22 0-8 9-13 ≥14 0-17 18-27 ≥28 0-8 9-13 ≥14 0-17 18-27 ≥28 Dynamometry right hand <6 6-11 > 11 <8 8-11 > 11 <8 8-12 > 12 <10 10-14 > 14 <13 13-17 > 17 <14 14-19 > 19 <12 12-23 > 23 left hand <5.5 5.5-9.5 > 9.5 <7 7-10.5 > 10.5 <8 8-12 > 12 <10 10-13 > 13 <11 11-16 > 16 <12 12-17 > 17 <15 15-21 > 21 Long jump 0-140 141-160 ≥161 0-138 139-165 ≥166 0-147 148-170 ≥171 0-140 141-170 ≥171 0-150 151-176 ≥177 0-154 155-180 ≥181 0-160 161-185 ≥186 Shuttle run > 9.3 9.2-8.5 ≤8.4 > 9.3 9.2-8.4 ≤8.3 > 9.1 9.0-8.3 ≤8.2 > 9.1 9.0-8.3 ≤8.2 > 8.8 8.7-7.9 ≤7.8 > 8.8 8.7-8.2 ≤8.1 > 8.7 8.6-8.0 ≤7.9 High jump 0-20 21-27 ≥28 0-18 19-25 ≥26 0-20 21-27 ≥28 0-20 21-27 ≥28 0-21 22-28 ≥29 0-20 21-27 ≥28 0-21 22-28 ≥29 Coordinator 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 0-260 261-420 ≥421 Stand on one leg 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0 5-4 3-2 1-0

After the sports testing is completed, its results (in the form of points) are sent to the data acquisition and processing unit 2 of the ASIST software through the interface 1.

The data obtained during the stage of sports testing and entered into the ASIST software are compared with the norms of the federal standards of sports training approved by the Ministry of Sports of the Russian Federation. The algorithm for determining the predisposition to engage in certain sports takes into account not only the level of development of physical qualities, motor skills and abilities, but also the norms of the FSSP by age and stages of preparation, in order to more correctly orient the tested person to engage in various sports.

The information stored in the database 3, obtained during the testing of the child, is used by the data acquisition and processing unit 2 of the ASIST software to determine the child's predisposition to a particular sport according to the algorithm presented in Table 7.

The predisposition is determined as a result of comparing the indicators obtained as a result of testing with the corresponding normative indicators related to various sports and the subsequent identification of the sport in the event that each of the indicators determined during testing is satisfied with the normative indicators characteristic for each of the sports.

An example of determining a child's predisposition to a certain sport, according to the algorithm:

A boy of 8 years old with anthropometric characteristics was tested: height - 165 cm.

At the testing stages, the following indicators were obtained:

type of vegetative regulation - I,

% VC - 86,

BMI - increased

% SMM - 44,

FU - 5.6,

Somatotype - balanced mesomorphic,

The force of the NS is strong,

The mobility of the NS is inertia,

Balance NS - balance,

Hand strength (dynamometry) - 2 points,

Shuttle run - 2 points,

Long jump + high jump - 4 points ,

Long jump - 2 points

High jump - 2 points,

dinometry (best result) - X,

push-ups - 3 points,

Uemura's test - 2 points,

Slope - 2 points

Hand twist -2 points,

Coordinator - 2 points.

First of all, the data acquisition and processing unit 2 of the ASIST software analyzes the values of the following obtained indicators:% HMM, FU, NS strength, NS mobility, NS balance, type of regulation, Shuttle run, Long jump + high, Long jump, High jump, dynometry (best result), push-ups, Uemura's Test, Tilt, Hand twist, Coordinator and compares these indicators with the normative data according to Table 7. Data acquisition and processing unit 2 of ASIST software selects an initial list of sports suitable for the child when satisfying the values of the obtained indicators with the normative ones: golf, mini-golf, hand-to-hand fighting, MMA, athletics running, race walking, orienteering, speed skating, biathlon, cross-country skiing, triathlon, rowing, modern pentathlon, polyathlon, sea all-around, kettlebell lifting ...

For each of the sports there are additional individual requirements (reflected in table 8). Thus, further, the data acquisition and processing unit 2 of the ASIST software checks the other results of the child's testing saved in the database 3 for compliance with the criteria (indicators), which are individual for each sport. The comparison is carried out according to Table 8 as follows: a) for golf and mini-golf, an additional requirement is the presence of the Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / ectoendomorphic somatotype, which the test results satisfy and the equilibrium of the NS - "excitement", which the test results do not satisfy (sports-golf / mini-golf will not be recommended, since the condition for psychophysiological characteristics is not fulfilled. According to Table 8, according to the mobility of the NS-equilibrium or inhibition, the individual for mobility is agitation, which means that the is blocked for non-fulfillment of the criteria for the mobility of the NS, as well as for the type of autonomic regulation, the specified range of "confidence" is II, and in individual I, according to two criteria, these sports will not be recommended to the child); for hand-to-hand combat, additional requirements are: balance of the NS - inhibition, mobility of the NS - inertness, height - less than 1.0 m, somatotype - central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic, which are not satisfied with the test results of the child. Thus, each of the pre-selected sports is tested. As a result, the data acquisition and processing unit 2 of the ASIST software detects the child's predisposition to race walking, athletics, speed skating, triathlon, modern pentathlon, polyathlon, and sea pentathlon.

The implementation of this method allows you to significantly narrow the range of sports to which the child has a predisposition to achieve high sports results in the shortest possible time and significantly increase the accuracy of determining the types of sports to which the child has a predisposition.

Actual approbation. Since the beginning of 2019, the Ministry of Sports of the Russian Federation, together with the Autonomous Non-Profit Physical Culture and Sports Organization "BECOME A CHAMPION", has been implementing a federal experimental (innovative) project in the development and implementation of a model for the selection of sports gifted children with the determination of their sports orientation (order of the Ministry of Sports of the Russian Federation of 9 October 2018 No. 866), during which the Method of determining a person's predisposition to engaging in various types of sports activity is tested. The work of the project is primarily aimed at achieving the goals of the Federal project "Sport-Norm of Life" (in terms of involving the population in systematic physical education and sports), as well as the Concept of training a sports reserve in the Russian Federation until 2025 (in terms of improving the initial selection system sports gifted children). Since the start of the project in 8 regions of the Russian Federation (Kaliningrad Region, Krasnodar Territory, Rostov Region, St. Petersburg, Moscow Region, Samara Region, Omsk Region and Primorsky Territory), 13,996 children aged 6 to 12 have already passed free sports testing years (as of October 1, 2019). The first results of the project in the regions show a high interest in it, both from local authorities, physical culture and sports organizations and coaches, and from parents. Registration for sports testing is in demand and is completed for weeks in advance. The preliminary results of the project show that 77.5% of the tested children under the control of the system begin to engage in the recommended sports.

Table 7

Name Group Morphofunctional testing Psychophysiological testing Functional testing Sports Testing FU % HMM in lean mass The strength of the NS NS mobility Balance NS Regulation type Speed abilities Muscle ability Vestibular stability Flexibility Coordination abilities M F The weight Shuttle run Long jump + high jump Long jump High jump The weight Dinometry Push ups The weight Uemura's test The weight Incline Twist hands The weight Coordinator tennis Individual play sports > = 4.5 > = 15 > = 15 medium / strong mobility equilibrium I-III-IV 3 3 four 3 2 2 2 2 2 2 2 2 2 table tennis Individual play sports > = 4.5 > = 15 > = 15 medium / medium-weak / weak mobility equilibrium 3 3 four 2 one one 3 3 2 one one 3 2 badminton Individual play sports > = 4.5 > = 15 > = 15 medium / medium-weak / weak mobility equilibrium 3 3 four 2 2 2 3 3 2 2 2 3 2 golf Individual play sports > = 4.5 > = 15 > = 15 strong inertia poise / inhibition 2 one 2 2 2 2 2 2 3 2 2 3 2 curling Individual play sports > = 4.5 > = 15 > = 15 strong / medium / medium-weak / weak mobility equilibrium 2 one 2 3 3 one 3 3 2 2 one 3 2 mini golf Individual play sports > = 4.5 > = 15 > = 15 strong inertia poise / inhibition one one 2 one one one 3 3 2 one one 3 2 Hockey with a ball Team sports > = 5.0 > = 27 > = 37 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV 3 3 3 one 2 3 2 3 3 2 2 one 3 2 football Team sports > = 5.0 > = 15 > = 15 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV-V 3 3 four 2 one one 2 2 2 2 one 2 2 hockey Team sports > = 5.5 > = 27 > = 37 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV 3 3 four 2 3 2 3 3 2 2 one 3 2 basketball Team sports > = 5.0 > = 28 > = 37 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV 3 3 3 3 2 2 2 3 3 2 2 one 3 2 baseball Team sports > = 4.5 > = 15 > = 15 strong / medium / medium-weak / weak mobility poise / arousal 3 3 four 3 3 2 one one 2 2 2 3 2 softball Team sports > = 4.5 > = 15 > = 15 strong / medium / medium-weak / weak mobility poise / arousal 3 3 four 3 3 2 one one 2 2 2 3 2 volleyball Team sports > = 5.0 > = 28 > = 37 strong / medium / medium-weak / weak mobility poise / arousal 3 2 3 3 2 2 2 3 3 2 2 2 3 2 water polo Team sports > = 5.0 > = 28 > = 37 strong / medium / medium-weak / weak mobility poise / arousal III-IV 3 one four 3 3 3 2 one 2 2 3 2 2 handball Team sports > = 5.0 > = 28 > = 37 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV 3 3 four 3 3 2 2 2 2 2 2 2 2 rugby Team sports > = 5.0 > = 41 > = 50 strong / medium / medium-weak / weak mobility poise / arousal 3 2 3 3 3 3 3 2 2 one one one 3 2 field hockey Team sports > = 4.5 > = 27 > = 37 strong / medium / medium-weak / weak mobility poise / arousal I-III-IV 3 3 four 2 3 2 2 2 2 2 one 2 2 floorball Team sports > = 4.5 > = 15 > = 15 strong / medium / medium-weak / weak mobility poise / arousal 3 3 four 2 3 2 2 2 2 2 one 2 2 bullet shooting Shooting sports > = 4.5 > = 15 > = 15 medium / strong inertia poise / inhibition 2 one 2 2 2 2 3 3 2 one one 3 2 archery Shooting sports > = 4.5 > = 15 > = 15 medium / strong inertia poise / inhibition 2 one 2 3 one 2 3 3 2 one one 3 2 clay pigeon shooting Shooting sports > = 4.5 > = 41 > = 50 medium / strong inertia poise / inhibition 2 one 2 2 2 2 3 3 2 one one 3 2 water skiing Sports performed in the natural environment > = 5.0 > = 28 > = 37 medium / medium-weak / weak mobility equilibrium 2 one four 2 2 2 3 3 2 2 one 3 2 sailing Sports performed in the natural environment > = 5.0 > = 35 > = 45 strong / medium / medium-weak / weak mobility equilibrium 2 one 2 3 3 2 3 3 2 2 one 3 2 sports tourism Sports performed in the natural environment > = 4.5 > = 15 > = 15 strong / medium / medium-weak / weak mobility equilibrium 2 3 3 one 2 2 2 2 one one one 2 2 traditional wushu Combat sports > = 4.5 > = 15 > = 15 medium / strong / weak mobility poise / arousal 3 2 four 2 2 2 2 2 3 2 2 2 2 karate Combat sports > = 4.5 > = 15 > = 15 medium / medium-weak / weak mobility poise / arousal 3 2 four 2 3 3 3 3 2 2 one 3 2 taekwondo Combat sports > = 4.5 > = 15 > = 15 strong / medium / weak mobility / inertia poise / arousal I-II-III 3 2 five 2 3 3 3 3 2 2 one 3 2 judo Combat sports > = 4.5 > = 28 > = 37 medium / strong mobility poise / arousal 3 2 3 3 3 3 2 2 2 2 one 3 2 kyokushin Combat sports > = 4.5 > = 15 > = 15 medium / medium-weak / weak mobility poise / arousal 3 2 five 3 3 3 2 2 2 2 one 2 2 jujutsu Combat sports > = 4.5 > = 15 > = 15 strong / medium mobility poise / arousal 3 2 five 2 3 3 3 3 2 2 one 3 2 fencing Combat sports > = 5.0 > = 28 > = 37 strong / medium / medium-weak / weak mobility poise / arousal 3 2 four 3 3 2 2 2 2 2 one 3 2 kickboxing Combat sports > = 4.5 > = 28 > = 37 medium / medium-weak / weak mobility poise / arousal 2 2 four 3 3 3 2 2 3 2 one 2 2 sambo Combat sports > = 5.0 > = 15 > = 15 strong / medium mobility poise / arousal 3 2 3 2 3 2 3 3 2 2 one 3 2 belt wrestling Combat sports > = 5.0 > = 15 > = 15 strong / medium inertia poise / arousal 3 2 four 3 3 2 3 3 2 2 one 2 2 boxing Combat sports > = 5.0 > = 38 > = 48 medium / strong mobility poise / arousal 3 2 four 3 3 3 2 2 one 2 one 2 2 sports wrestling Combat sports > = 5.0 > = 28 > = 37 strong / medium inertia poise / arousal 3 2 3 3 3 3 3 3 2 2 one 2 2 hand-to-hand combat Combat sports > = 4.5 > = 41 > = 50 strong / medium inertia poise / arousal 3 2 four 3 3 3 2 2 2 2 one 2 2 MMA Combat sports > = 5.5 > = 35 > = 45 strong / medium inertia poise / arousal 3 2 four 3 3 3 3 2 2 2 one 2 2 swimming short Cyclic sports > = 5.5 > = 24 > = 32 weak mobility poise / arousal 3 2 five 2 one 2 2 2 3 2 3 2 2 swimming long Cyclic sports > = 5.5 > = 24 > = 32 medium / strong inertia poise / inhibition 3 2 five 2 one 2 2 2 3 2 3 2 2 athletics running Cyclic sports > = 5.0 > = 15 > = 15 weak / medium / strong inertia / mobility agitation / poise / inhibition 2 2 3 one one one one 2 one 2 one one one cycling highway Cyclic sports > = 5.0 > = 15 > = 15 medium / strong inertia poise / inhibition 2 2 one one 3 one one 3 3 2 2 one 2 2 athletics throwing Cyclic sports > = 5.0 > = 35 > = 45 medium / medium-weak / weak inertia / mobility poise / arousal 3 one 3 3 3 2 2 2 2 2 2 2 2 race walking Cyclic sports > = 4.5 > = 15 > = 15 medium / strong inertia poise / inhibition 2 one one one one one 2 one 2 2 2 one 2 one orienteering Cyclic sports > = 4.5 > = 15 > = 15 medium / strong inertia equilibrium 3 2 3 2 2 2 2 2 one one one 2 2 skating Cyclic sports > = 5.0 > = 35 > = 45 strong / medium / weak mobility / inertia agitation / poise / inhibition 3 2 five 3 one 2 2 2 2 2 one 2 2 short track Cyclic sports > = 4.5 > = 15 > = 15 weak mobility poise / arousal 3 2 five 3 one one 2 2 2 2 one 2 2 biathlon Cyclic sports > = 5.0 > = 38 > = 48 strong / medium inertia / mobility poise / inhibition 3 2 four 2 2 3 2 2 2 2 one 3 2 ski race Cyclic sports > = 5.0 > = 38 > = 48 medium / strong inertia poise / inhibition 3 2 four 2 2 3 2 2 2 2 one 3 2 cycling track Cyclic sports > = 5.0 > = 41 > = 50 strong / medium / weak mobility / inertia agitation / poise / inhibition 3 3 five 3 2 2 3 3 2 2 one 2 2 triathlon Cyclic sports > = 5.5 > = 41 > = 50 medium / strong inertia poise / inhibition 2 2 3 2 2 3 2 2 2 2 2 2 2 rowing Cyclic sports > = 5.0 > = 38 > = 48 strong / medium / medium-weak / weak mobility / inertia agitation / poise / inhibition 2 one 3 3 2 3 2 2 2 2 one 2 2 rowing and canoeing Cyclic sports > = 5.0 > = 38 > = 48 strong / medium / medium-weak / weak mobility / inertia arousal / poise 3 one 3 2 2 3 3 3 2 2 2 2 2 Ski jumping Difficult coordination sports > = 4.5 > = 35 > = 45 strong mobility poise / inhibition 2 one five 2 one one 3 3 3 2 one 3 2 athletics jumping Difficult coordination sports > = 5.0 > = 35 > = 45 medium / strong mobility poise / arousal 3 3 five 2 one 2 3 3 3 2 one 3 2 gymnastics Difficult coordination sports > = 5.5 > = 27 > = 27 weak inertia poise / inhibition 2 one 2 2 2 one one 3 3 3 3 3 3 2 gymnastics Difficult coordination sports > = 5.5 > = 30 > = 41 strong / medium inertia poise / inhibition 3 2 five 3 3 3 3 3 3 3 2 3 2 aesthetic gymnastics Difficult coordination sports > = 5.0 > = 27 > = 27 weak inertia poise / inhibition 2 one 2 2 2 one one 3 3 3 3 3 3 2 figure skating Difficult coordination sports > = 5.5 > = 30 > = 37 weak inertia poise / inhibition 3 3 2 3 2 one 2 3 3 3 2 2 3 3 sports acrobatics Difficult coordination sports > = 5.0 > = 24 > = 32 medium / strong inertia poise / inhibition 3 one 2 2 2 2 2 3 3 3 2 2 3 2 acrobatic rock and roll Difficult coordination sports > = 4.5 > = 24 > = 32 medium / medium-weak / weak inertia equilibrium 3 one 2 2 2 one one 3 3 2 2 one 3 2 dance sport Difficult coordination sports > = 4.5 > = 24 > = 32 weak inertia equilibrium 2 one 2 2 one one 2 3 3 2 2 one 3 2 trampoline jumping Difficult coordination sports > = 4.5 > = 24 > = 32 medium / medium-weak / weak inertia poise / inhibition 3 one 2 3 2 one 2 3 3 2 2 2 3 2 synchronized swimming Difficult coordination sports > = 5.5 > = 27 > = 37 weak inertia poise / inhibition 2 one 3 one one 2 3 2 3 2 3 3 2 freestyle Difficult coordination sports > = 4.5 > = 27 > = 37 strong / medium / medium-weak / weak mobility equilibrium 2 2 2 2 2 one 2 3 3 3 2 one 3 2 diving Difficult coordination sports > = 5.0 > = 27 > = 37 medium / strong inertia poise / inhibition 2 one 2 2 3 one 2 3 3 3 2 2 3 2 cheerleading Difficult coordination sports > = 4.5 > = 27 > = 37 strong / medium / medium-weak / weak inertia equilibrium 2 one 2 2 2 one 2 3 3 3 2 one 3 2 rock climbing Difficult coordination sports > = 4.5 > = 30 > = 40 average inertia equilibrium 3 2 four 3 3 2 2 2 2 2 2 3 2 rowing slalom Difficult coordination sports > = 5.0 > = 41 > = 50 medium / strong mobility equilibrium 3 one four 2 2 2 3 3 3 2 one 3 2 cycling mountain bike Difficult coordination sports > = 4.5 > = 28 > = 37 medium / strong mobility equilibrium 2 one four 2 2 one 3 3 2 2 one 3 2 snowboard Difficult coordination sports > = 4.5 > = 24 > = 32 strong / medium / medium-weak / weak mobility equilibrium 2 one 2 2 2 one one 3 3 2 2 one 3 2 skiing Difficult coordination sports > = 4.5 > = 24 > = 32 medium / strong mobility equilibrium 2 one 2 2 2 one one 3 3 2 2 one 3 2 cycling BMX Difficult coordination sports > = 4.5 > = 24 > = 32 strong / medium / medium-weak / weak mobility equilibrium 3 2 four 2 2 one 3 3 2 2 one 3 2 sports aerobics Difficult coordination sports > = 4.5 > = 15 > = 15 medium / strong inertia poise / inhibition 2 one 2 2 2 one one 3 3 3 2 3 3 2 ski nordic All-around > = 5.0 > = 38 > = 48 strong / medium mobility poise / inhibition 3 2 four 2 one 2 3 3 2 2 one 3 2 modern pentathlon All-around > = 5.5 > = 38 > = 48 strong / medium / medium-weak / weak inertia equilibrium 3 2 five 2 2 3 2 2 2 2 2 2 2 polyathlon All-around > = 5.5 > = 35 > = 45 strong / medium inertia poise / inhibition 3 2 four 2 3 3 2 2 2 one one 2 2 marine all-around All-around > = 5.5 > = 40 > = 50 strong / medium inertia poise / inhibition 3 2 2 2 3 2 3 2 2 2 2 2 2 2 Weightlifting Speed-strength sports > = 5.5 > = 38 > = 48 medium / strong inertia poise / inhibition 2 2 3 3 3 3 3 one 2 3 2 2 2 2 luge Speed-strength sports > = 5.5 > = 38 > = 48 medium / strong mobility equilibrium 3 3 five 2 one 2 3 3 2 2 one 3 2 bobsled Speed-strength sports > = 5.5 > = 43 > = 53 medium / strong mobility equilibrium 3 3 five 3 2 3 2 2 2 2 one 2 2 skeleton Speed-strength sports > = 5.5 > = 38 > = 48 medium / strong mobility equilibrium 3 3 five 2 one 2 3 3 2 2 one 3 2 weight-lifting Speed-strength sports > = 4.5 > = 41 > = 50 medium / strong inertia poise / inhibition 2 one four 3 3 3 2 2 2 one one 2 2 Horseback Riding Animal sports > = 4.5 > = 15 > = 15 medium / medium-weak / weak mobility equilibrium one one one one 2 one 2 3 3 2 one one 3 2

Table 8

Name Group Regulation type Balance NS NS mobility 1 point for Uemura's sample 1 point for dynamometry 1 point for twisting arms 1 point for the coordination meter flexibility did not pass BMI have any eye diseases excursion normal or reduced Arm span less than height VC Growth Floor Somatotype Ankle flexibility tennis Individual play sports Braking Yes [+0.6; +2.0] Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic table tennis Individual play sports Braking Inertia elevated <= + 1.0 Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic badminton Individual play sports Braking Inertia elevated [+0.6; +2.0] Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic golf Individual play sports I-III-IV-V Excitation Yes Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / ectoendomorphic curling Individual play sports I-III-IV-V Excitation Yes Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / ectoendomorphic mini golf Individual play sports I-III-IV-V Excitation Yes Central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / ectoendomorphic Hockey with a ball Team sports Braking do not conduct [-0.5; +2.0] m central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / mesoendomorphic / meso-endo Reduced / Good | Good / Reduced football Team sports central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / mesoendomorphic / meso-endo hockey Team sports Braking [+0.5; +2.0] m central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / endo-ecto / balanced endomorphic Reduced / Good | Good / Reduced basketball Team sports > = +1.5 Central / balanced mesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto / ectomesomorphic baseball Team sports Braking Inertia [+0.5; +2.0] m central / balanced ectomorphic / meso-ecto / mesoectomorphic / endoectomorphic / endo-ecto / ectoendomorphic / mesoendomorphic / meso-endo softball Team sports Braking Inertia [+0.5; +2.0] f central / balanced ectomorphic / meso-ecto / mesoectomorphic / endoectomorphic / endo-ecto / ectoendomorphic / mesoendomorphic / meso-endo volleyball Team sports > = 1.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto water polo Team sports Yes > = 85 > = +1.5 Central / balanced mesomorphic / endoectomorphic / endo-ecto handball Team sports Braking Inertia > = 1.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto rugby Team sports Braking Yes [+0.6; +2.0] m central / balanced mesomorphic / ectomesomorphic / endoectomorphic / endo-ecto / balanced endomorph / mesoendomorphic / meso-endo / endomesomorphic field hockey Team sports Braking <= 1.5 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / mesoendomorphic / meso-endo floorball Team sports Braking Inertia <= 1.5 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / mesoendomorphic / meso-endo bullet shooting Shooting sports I-II Excitation Yes central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / mesoendomorphic / meso-endo archery Shooting sports I-II Excitation Yes central / balanced mesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / mesoendomorphic / meso-endo clay pigeon shooting Shooting sports Braking Inertia Yes central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / endo-ecto / endoectomorphic / balanced endomorphic / meso-endo / mesoendomorphic water skiing Sports performed in the natural environment Yes <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic sailing Sports performed in the natural environment Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic sports tourism Sports performed in the natural environment <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic traditional wushu Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic karate Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic taekwondo Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic judo Combat sports Braking Yes reduced <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / ectoendomorphic / balanced endomorphic / meso-endo / mesoendomorphic / endomesomorphic kyokushin Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic jujutsu Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic fencing Combat sports Braking Inertia Yes elevated [-0.5; +2.0] central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / mesoendomorphic / meso-endo kickboxing Combat sports Braking <= 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic sambo Combat sports Braking Yes <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / ectoendomorphic / balanced endomorphic / meso-endo / mesoendomorphic / endomesomorphic belt wrestling Combat sports Braking Yes reduced <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / ectoendomorphic / balanced endomorphic / meso-endo / mesoendomorphic / endomesomorphic boxing Combat sports Braking Inertia Yes Yes [-0.5; +2.0] central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endoectomorphic / endo-ecto / mesoendomorphic / meso-endo sports wrestling Combat sports Braking Yes Yes [-0.5; +2.0] central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / ectoendomorphic / balanced endomorphic / meso-endo / mesoendomorphic / endomesomorphic hand-to-hand combat Combat sports Braking Inertia <= 1.0 m central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / ectoendomorphic MMA Combat sports Braking Yes Yes <= 1.0 m central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / ectoendomorphic / balanced endomorphic / meso-endo / mesoendomorphic / endomesomorphic swimming short Cyclic sports Yes Yes > = 85 > = 1.5 central / balanced mesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic swimming long Cyclic sports Yes Yes > = 85 > = 1.5 central / balanced mesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic athletics running Cyclic sports elevated <= 2.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto cycling highway Cyclic sports I-II Yes elevated <= 1.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto athletics throwing Cyclic sports reduced > = + 0.6 central / balanced mesomorphic / endo-ecto / endoectomorphic / ectoendomorphic / meso-endo / mesoendomorphic / endomesomorphic race walking Cyclic sports I-II elevated <= 2.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto orienteering Cyclic sports I-II <= 1.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endoectomorphic / endo-ecto skating Cyclic sports > = + 0.6 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic Good / good short track Cyclic sports [-0.6; +1.0] central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic Good / good biathlon Cyclic sports I-II elevated Yes <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic / meso-endo / mesoendomorphic / ectomesomorphic ski race Cyclic sports I-II elevated <= 1.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic / meso-endo / mesoendomorphic / ectomesomorphic cycling track Cyclic sports II Yes reduced <= 2.0 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / meso-endo / mesoendomorphic triathlon Cyclic sports I-II elevated > = 85 > = +1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic rowing Cyclic sports reduced Yes > = + 0.6 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / meso-endo / mesoendomorphic / endomesomorphic rowing and canoeing Cyclic sports reduced Yes > = + 0.6 central / balanced mesomorphic / meso-ecto / mesoectomorphic / endo-ecto / endoectomorphic / meso-endo / mesoendomorphic / endomesomorphic Ski jumping Difficult coordination sports Excitation Yes elevated <= + 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic athletics jumping Difficult coordination sports elevated [-0.5; +2.0] central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic / endo-ecto / endoectomorphic gymnastics Difficult coordination sports Yes elevated <= + 0.6 f central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic gymnastics Difficult coordination sports Yes elevated <= + 0.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic aesthetic gymnastics Difficult coordination sports Yes elevated <= + 0.6 f central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic figure skating Difficult coordination sports Yes Yes elevated <= + 0.6 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic sports acrobatics Difficult coordination sports Yes elevated <= + 0.5 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic acrobatic rock and roll Difficult coordination sports Braking Yes <= + 0.6 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic dance sport Difficult coordination sports Yes <= + 0.6 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic trampoline jumping Difficult coordination sports Yes elevated <= + 0.6 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic synchronized swimming Difficult coordination sports Yes elevated > = 85 [-0.5; +1.5] f central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / balanced ectomorphic freestyle Difficult coordination sports Yes Yes <= + 1.0 central / balanced mesomorphic / ectomesomorphic / meso-ecto / mesoectomorphic / meso-endo / mesoendomorphic diving Difficult coordination sports Yes Yes Yes elevated cheerleading Difficult coordination sports Braking Yes rock climbing Difficult coordination sports Yes elevated rowing slalom Difficult coordination sports Braking Inertia cycling mountain bike Difficult coordination sports Braking Inertia Yes snowboard Difficult coordination sports Yes Yes skiing Difficult coordination sports Braking Inertia Yes cycling BMX Difficult coordination sports Braking Inertia Yes sports aerobics Difficult coordination sports Braking Yes Yes ski nordic All-around Yes elevated modern pentathlon All-around I-II polyathlon All-around I-II Yes Yes marine all-around All-around I-II Yes Yes Weightlifting Speed-strength sports Yes luge Speed-strength sports Braking Inertia reduced bobsled Speed-strength sports Braking Inertia reduced skeleton Speed-strength sports Braking Inertia reduced weight-lifting Speed-strength sports Yes reduced Horseback Riding Animal sports elevated

Claims (13)

1. A method for determining a person's predisposition to engaging in various types of sports activity, characterized in that through the interface into the software database through the data acquisition and processing unit of the software installed on the computer, data are entered: age, gender, blood pressure value of the tested person, as well as his anthropometric data, and sequentially carry out the stages of testing a person, at which the state of the functional systems of the tested person's body is determined, by means of a rhythmocardiogram data processing unit, a spirogram data processing unit and a rheogram data processing unit, with obtaining the vital capacity of the lungs (VC) and rhythmocardiogram parameters, while the rhythmocardiogram data processing unit, the spirogram data processing unit and the unit Rheogram data processing is connected to the software data acquisition and processing unit, determine the psychophysiological characteristics of the tested person by examining the typological properties of the nervous system, the strength of the hands, followed by sending the research results to the software data acquisition and processing unit, determine the morphological and functional characteristics of the tested person's body with obtaining indicators: body mass index (BMI), the proportion of musculoskeletal mass in lean mass (% SMM), phase angle of bioimpedance (FU) with the subsequent sending of the obtained indicators to the block for receiving and processing software data, conduct sports testing with sending to the unit for receiving and processing software data of the test results moreover, the block for receiving and processing software data is configured to receive data, results and indicators obtained in the process of implementing the method, and to determine indicators based on them for determining a predisposition to sports, and also with the ability to automatically terminate further testing by sending the appropriate information to the monitor via the interface; as well as with the possibility of using data, results and indicators obtained in the process of implementing the method as indicators for determining the predisposition to sports, determining the predisposition of a person to specific sports by comparing the values of the indicators obtained during the implementation of the method, the standard values of these indicators related to various sports and the subsequent identification of the sport in the event that the values of each of the indicators determined during testing are satisfied with the standard values characteristic from sports, in this case, the comparison and identification of the sport is carried out by means of a block for receiving and processing software data, where the block for receiving and processing software data is configured to: - sending and saving all the obtained indicators obtained at each stage of testing in the software database, made with the possibility of storing tables for determining indicators to determine the predisposition to sports, and reflecting the dependence of the value of the desired indicator on the data or results obtained during the implementation of the method, or indicators; and - automatic generation of the final report with the sports recommended for practicing as a percentage according to predisposition, as well as with a detailed description of the results for each investigated indicator and displaying it on the monitor through the interface. 2. The method according to claim 1, characterized in that the values of height, weight, arm span, chest circumference at rest / inhalation / exhalation, hip circumference and waist circumference of the test subject are entered as anthropometric data. 3. The method according to claim 1, characterized in that the values of stress index, total spectrum power, standard deviation, very slow waves, high-frequency waves, low-frequency waves, ultra-low-frequency ones are sent to the software data acquisition and processing unit as indicators of the rhythmocardiogram. waves, heart rate.

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