JP4378455B2 - Psychological state measurement device - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
In the present invention, multiple levels of answers are prepared for a plurality of question items, the subject checks the level corresponding to each question item, and the level checked by the subject for each question item The present invention relates to a psychological state measuring apparatus that measures a psychological state of a subject by performing arithmetic processing.
[0002]
[Prior art]
Conventionally, several methods for measuring a psychological state have been proposed. For example, in POMUS, for example, there were “not at all” and “a little” for 65 questions such as “Yu Detsu” and “No hope”. Measure the psychological state of 6 factors by counting the answers entered by the subjects using a questionnaire with 5 levels of answer fields, “Okay”, “Somewhat”, “Very many” .
[0003]
[Non-Patent Document 1]
Poms "POMS (Profile of Mood States)"
[0004]
[Problems to be solved by the invention]
However, according to this Poms, since there are 65 items, continuous implementation is difficult. For example, when it is attempted to repeatedly measure changes in the psychological state before and after exercise or in the course of the exercise, there are too many 65 items that cannot be realized considering the influence of the load caused by questions to the subject.
One way to reduce the number of items is to limit the types of psychological states that can be measured, that is, the number of factors. However, if the number of factors is limited, the types of psychological states that can be measured are limited, and therefore sufficient measurement cannot be performed.
On the other hand, if the method reduces the number of items without reducing the number of factors, the reliability of the measurement will be reduced. In general, it is considered that four items are required at a minimum for one factor, but considering this minimum number, 24 items are required for 6 factors and 16 items are required for 4 factors. By the way, a shortened version that reduces the number of items for each factor is still being developed. For example, the MMS shortened version 80 has 8 factors, each of the 5 items 40 items, and the MCL shortened version has 3 factors (pleasure / relaxation Anxiety), 12 items of 4 items each, WASEDA has proposed 3 factors (negative feelings, uplifting feeling, calmness), 12 items of 4 items each.
However, since any of the conventional methods applies the conventional method using factor analysis, each item is independent for each factor, and the number of items proportional to the number of factors is required.
[0005]
Therefore, the present invention incorporates the idea of multiple reading that uses one item as an item of multiple scales, and implements this using computer hardware and software resources, thereby intermittently changing the psychological state. It is an object of the present invention to provide a psychological state measuring apparatus capable of measuring and showing a change in psychological state in a timely manner at short time intervals.
In particular, an object of the present invention is to provide a psychological state measuring apparatus that can realize measurement of four evaluation factors with eight items by reading each item three times.
It is another object of the present invention to provide a psychological state measuring apparatus with high measurement reliability by considering the degree of contribution to each evaluation factor.
It is another object of the present invention to provide a psychological state measuring apparatus that can show a change in psychological state.
It is another object of the present invention to provide a psychological state measuring apparatus capable of measuring a psychological state more suited to individuality.
It is another object of the present invention to provide a psychological state measuring apparatus that can not only grasp its own psychological state but also obtain information on an appropriate coping method.
[0006]
[Means for Solving the Problems]
In the psychological state measuring apparatus according to the first aspect of the present invention, multiple levels of answers are prepared for the first to eighth question items, and the subject checks the level corresponding to each question item. A psychological state measuring apparatus for measuring a psychological state of the subject by calculating a level checked by the subject for each question item, wherein the subject has the first to eighth question items. A first storage means for storing the level value checked by the computer and first to fourth evaluation factors, and an arithmetic expression using the level value of the question item for each of the evaluation factors is stored in advance. A third storage unit that stores character information indicating the evaluation result in advance for each evaluation factor and for each evaluation result together with the second storage means and the first to fourth evaluation factors. An arithmetic processing means for calculating an evaluation result for each evaluation factor using a storage means, a level value stored in the first storage means, and an arithmetic expression stored in the second storage means; The fourth storage means for storing the evaluation value calculated by the arithmetic processing means, and the evaluation result stored in the fourth storage means are read out, and the character information corresponding to the evaluation value is read from the third storage means. Read, and for each of the evaluation factors, a display means for displaying the evaluation result as an evaluation value and text information. In the arithmetic processing means, a numerical value corresponding to the first question item is added to the second question item. A first numerical value is calculated by adding a corresponding numerical value and subtracting a numerical value corresponding to the third question item and a numerical value corresponding to the fourth question item to calculate an evaluation result of the first evaluation factor. Evaluation factor calculation processing And a numerical value corresponding to the sixth question item, and a numerical value corresponding to the seventh question item and the numerical value corresponding to the seventh question item A second evaluation factor calculation processing means for subtracting a numerical value to be calculated and calculating an evaluation result of the second evaluation factor, and a numerical value corresponding to the first question item corresponding to the second question item The numerical value corresponding to the fifth question item and the numerical value corresponding to the sixth question item are added, and the numerical value corresponding to the third question item and the fourth question item are supported. Third evaluation factor calculation processing means for calculating the evaluation result of the third evaluation factor by subtracting the numerical value corresponding to the seventh question item and the numerical value corresponding to the eighth question item And the numerical value corresponding to the first question item, A numerical value corresponding to the second question item, a numerical value corresponding to the seventh question item, and a numerical value corresponding to the eighth question item, and a numerical value corresponding to the third question item; A numerical value corresponding to the fourth question item, a numerical value corresponding to the fifth question item, and a numerical value corresponding to the sixth question item are subtracted to calculate an evaluation result of the fourth evaluation factor. And a fourth evaluation factor calculation processing means.
According to the psychological state measuring apparatus of the present invention as set forth in claim 2, a plurality of levels of answers are prepared for the question items belonging to the first category to the fourth category, and the level corresponding to each question item is determined by the subject. Is a psychological state measuring device that measures the psychological state of the subject by calculating the level checked by the subject for each question item, and for each question item, the subject A first storage means for storing the checked level value, and a first storing the arithmetic expression using the level value of the question item for each of the evaluation factors together with the first to fourth evaluation factors. And character information indicating the evaluation result for each evaluation factor and for each evaluation result, together with the storage means and the first to fourth evaluation factors. The evaluation result for each evaluation factor is calculated using the third storage means stored first, the level value stored in the first storage means, and the arithmetic expression stored in the second storage means. An arithmetic processing means for performing arithmetic processing, a fourth storage means for storing an evaluation value calculated by the arithmetic processing means, and reading an evaluation value stored in the fourth storage means, and a character corresponding to the evaluation result Information is read from the third storage means, and for each of the evaluation factors, the evaluation result includes display means for displaying the evaluation result as an evaluation value and text information. The arithmetic processing means corresponds to a question item belonging to the first category. First evaluation factor calculation processing means for calculating an evaluation result of the first evaluation factor by adding and subtracting a numerical value corresponding to the question item belonging to the second category, A second evaluation factor calculation for adding the numerical value corresponding to the question item belonging to the category and subtracting the numerical value corresponding to the question item belonging to the fourth category to calculate the evaluation result of the second evaluation factor A processing means for adding a numerical value corresponding to the question item belonging to the third category to a numerical value corresponding to the question item belonging to the first category, and a numerical value corresponding to the question item belonging to the second category; A third evaluation factor calculation processing means for calculating an evaluation result of the third evaluation factor by subtracting a numerical value corresponding to the question item belonging to the fourth category, and corresponding to the question item belonging to the first category; A numerical value corresponding to the question item belonging to the fourth category is added to the numerical value, and corresponding to the question item belonging to the second category And a fourth evaluation factor calculation processing means for calculating the evaluation result of the fourth evaluation factor by subtracting a numerical value and a numerical value corresponding to the question item belonging to the third category.
In the psychological state measuring apparatus according to the third aspect of the present invention, a plurality of levels of answers are prepared for a plurality of question items, and the subject checks the level corresponding to each question item, A psychological state measuring device that measures a psychological state of the subject by calculating a level checked by the subject with respect to the question item, and stores a level value checked by the subject for each question item Along with a first storage means, a plurality of evaluation factors, a second storage means that stores in advance an arithmetic expression using the level value of the question item for each of the evaluation factors, and each of the evaluation factors A third storage means for storing character information indicating the evaluation result in advance for each evaluation factor and for each evaluation result; An arithmetic processing means for arithmetically processing an evaluation result for each evaluation factor using the level value stored in the memory means and the arithmetic expression stored in the second storage means, and the evaluation value calculated by the arithmetic processing means And reading the evaluation value stored in the fourth storage unit, reading out the character information corresponding to the evaluation result from the third storage unit, and for each evaluation factor, Display means for displaying an evaluation result as an evaluation value and text information, wherein the arithmetic processing means uses numerical values corresponding to each question item for arithmetic processing of a plurality of evaluation factors.
According to a fourth aspect of the present invention, there is provided the psychological state measuring apparatus according to the third aspect, further comprising storage means for preliminarily storing a weighting coefficient provided for each of the evaluation factors and for each of the question items. The weighting coefficient is used in the arithmetic processing in the processing means.
According to a fifth aspect of the present invention, in the psychological state measurement device according to any one of the first to fourth aspects, when new check data by the subject is input to the first storage unit, New check data is stored without erasing past check data by the subject.
According to a sixth aspect of the present invention, in the psychological state measuring apparatus according to the fifth aspect, the counting means for counting the number of check data stored in the first storage means, and the number of times set in advance by the counting means. Is counted, the check data already stored is aggregated, the weight calculation means for calculating the weighting coefficient for each question item for each of the evaluation factors, and the weight calculation means calculated by the weight calculation means, Storage means for storing a weighting coefficient for each evaluation factor and for each question item, wherein the weighting coefficient calculated by the weighting calculation means is used in the calculation processing by the calculation processing means.
According to a seventh aspect of the present invention, in the psychological state measuring device according to any one of the first to fourth aspects, the third storage means may be replaced with the character information or together with the character information. Character or image information indicating a coping method for the evaluation result, or guidance information such as a resting place, a sports center, or a clinic is stored, and the display means replaces the evaluation result and the character information or together with the character information. Character or image information indicating a coping method for the evaluation result, or guide information such as a resting place, a sports center, or a clinic is displayed.
The psychological state measurement program of the present invention according to claim 8 is provided with a plurality of levels of answers for a plurality of question items, and the subject checks the level corresponding to each question item, The computer stores the level value checked by the subject for each of the question items by computing the level checked by the subject for the question item to measure the psychological state of the subject. Along with a storage means, a plurality of evaluation factors, a second storage means that stores in advance an arithmetic expression using the level value of the question item for each of the evaluation factors, and each of the evaluation factors, A third storage means for storing character information indicating the evaluation result in advance for each evaluation factor and for each evaluation result; An arithmetic processing means for calculating an evaluation result for each evaluation factor using the level value stored in the storage means and the arithmetic expression stored in the second storage means, and the evaluation value calculated by the arithmetic processing means And reading the evaluation value stored in the fourth storage unit, reading out the character information corresponding to the evaluation result from the third storage unit, and for each evaluation factor, The evaluation result is displayed as an evaluation value and character information, and the calculation processing means uses a numerical value corresponding to each question item for calculation processing of a plurality of evaluation factors.
[0007]
DETAILED DESCRIPTION OF THE INVENTION
The psychological state measuring apparatus according to the first embodiment of the present invention includes a first storage means for storing a level value checked by a subject for first to eighth question items, and first to fourth evaluation factors. In addition, evaluation is performed for each evaluation factor together with the second storage means that stores in advance an arithmetic expression using the level value of the question item for each evaluation factor, and the first to fourth evaluation factors. For each result, using the third storage means that stores character information indicating the evaluation result in advance, the level value stored in the first storage means, and the arithmetic expression stored in the second storage means An arithmetic processing means for calculating the evaluation result for each evaluation factor, a fourth storage means for storing the evaluation value calculated by the arithmetic processing means, and reading the evaluation result stored in the fourth storage means, Applicable sentence Information is read from the third storage means, and for each evaluation factor, a display means for displaying the evaluation result as an evaluation value and text information is provided. In the arithmetic processing means, a numerical value corresponding to the first question item is added to the second value. The numerical value corresponding to the question item is added, and the numerical value corresponding to the third question item and the numerical value corresponding to the fourth question item are subtracted to calculate the evaluation result of the first evaluation factor. The numerical value corresponding to the sixth question item is added to the numerical value corresponding to the fifth question item and the numerical value corresponding to the seventh question item and the eighth question item. A second evaluation factor calculation processing means for calculating the evaluation result of the second evaluation factor by subtracting the numerical value corresponding to the second evaluation factor, and the numerical value corresponding to the first question item corresponds to the second question item The numerical value corresponding to the fifth question item and the sixth The numerical value corresponding to the question item is added, the numerical value corresponding to the third question item, the numerical value corresponding to the fourth question item, the numerical value corresponding to the seventh question item, and the eighth question item A third evaluation factor calculation processing means for calculating the evaluation result of the third evaluation factor by subtracting the numerical value to be calculated; a numerical value corresponding to the first question item; a numerical value corresponding to the second question item; The numerical value corresponding to the seventh question item and the numerical value corresponding to the eighth question item are added, the numerical value corresponding to the third question item, the numerical value corresponding to the fourth question item, and the fifth question And a fourth evaluation factor calculation processing means for calculating the evaluation result of the fourth evaluation factor by subtracting the numerical value corresponding to the item and the numerical value corresponding to the sixth question item. According to the present embodiment, the first question item and the second question item are set as positive evaluation factors of the first evaluation factor, the third evaluation factor, and the fourth evaluation factor, and the third question item and The fourth question item is a negative evaluation factor of the first evaluation factor, the third evaluation factor, and the fourth evaluation factor, and the fifth question item and the sixth question item are the second evaluation factor and the second evaluation factor. The positive evaluation factor of the third evaluation factor and the negative evaluation factor of the fourth evaluation factor, and the negative evaluation factor of the second evaluation factor and the third evaluation factor are the seventh question item and the eighth question item. And as a positive evaluation factor for the fourth evaluation factor. That is, the level value of one question item is used for three different evaluation factors. Therefore, according to the present embodiment, the psychological state can be measured with respect to the four evaluation factors without reducing the reliability of the measurement, although the number of question items is extremely small, that is, the eight question items can be measured. Therefore, since it is possible to measure in a short time of about 60 seconds, it is possible to measure an intermittent change in psychological state.
The psychological state measuring apparatus according to the second embodiment of the present invention includes, for each question item, first storage means for storing a level value checked by the subject, and first to fourth evaluation factors, respectively. Evaluation is performed for each evaluation factor and for each evaluation result, together with the second storage means that stores the arithmetic expression using the level value of the question item for each evaluation factor in advance and the first to fourth evaluation factors. Evaluation is performed for each evaluation factor using the third storage means storing character information indicating the result in advance, the level value stored in the first storage means, and the arithmetic expression stored in the second storage means. An arithmetic processing means for arithmetically processing the result, a fourth storage means for storing the evaluation value calculated by the arithmetic processing means, reading the evaluation value stored in the fourth storage means, and character information corresponding to the evaluation result And a display means for displaying the evaluation result as an evaluation value and text information for each evaluation factor, and the arithmetic processing means adds the numerical values corresponding to the question items belonging to the first category. In addition, the first evaluation factor calculation processing means for calculating the evaluation result of the first evaluation factor by subtracting the numerical value corresponding to the question item belonging to the second category, and corresponding to the question item belonging to the third category A second evaluation factor calculation processing means for calculating the evaluation result of the second evaluation factor by adding a numerical value and subtracting a numerical value corresponding to the question item belonging to the fourth category; and a question belonging to the first category The numerical value corresponding to the question item belonging to the third category is added to the numerical value corresponding to the item, and the numerical value corresponding to the question item belonging to the second category and the Subtracting the numerical value corresponding to the question item belonging to the category and calculating the evaluation result of the third evaluation factor; and the numerical value corresponding to the question item belonging to the first category, A numerical value corresponding to the question item belonging to the four categories is added, and a numerical value corresponding to the question item belonging to the second category and a numerical value corresponding to the question item belonging to the third category are subtracted to obtain a fourth evaluation factor And a fourth evaluation factor calculation processing means for calculating the evaluation result. According to the present embodiment, a question item belonging to the first category is a positive evaluation factor of the first evaluation factor, the third evaluation factor, and the fourth evaluation factor, and a question item belonging to the second category is the first evaluation factor. The negative evaluation factor of the evaluation factor, the third evaluation factor, and the fourth evaluation factor, and the question item belonging to the third category is the positive evaluation factor of the second evaluation factor and the third evaluation factor and the fourth evaluation As a negative evaluation factor of the factor, a question item belonging to the fourth category is used as a negative evaluation factor of the second evaluation factor and the third evaluation factor and as a positive evaluation factor of the fourth evaluation factor. That is, the level values of question items belonging to one category are used for three different evaluation factors. Therefore, according to the present embodiment, the psychological state can be measured for the four evaluation factors without reducing the reliability of the measurement, although the number of question items is extremely small, and the measurement can be performed in a short time. Therefore, an intermittent change in psychological state can be measured.
The psychological state measuring apparatus according to the third embodiment of the present invention includes, for each evaluation factor, a first storage unit that stores a level value checked by the subject for each question item, and a plurality of evaluation factors. Second storage means for storing an arithmetic expression using the level value of the question item in advance and each evaluation factor, and character information indicating the evaluation result for each evaluation factor in advance for each evaluation factor Computing means for computing the evaluation result for each evaluation factor using the third storage means, the level value stored in the first storage means, and the arithmetic expression stored in the second storage means And a fourth storage means for storing the evaluation value calculated by the arithmetic processing means, and the evaluation value stored in the fourth storage means, and the character information corresponding to the evaluation result is stored in the third storage. Display means for displaying each evaluation result as an evaluation value and character information for each evaluation factor, and the arithmetic processing means uses numerical values corresponding to each question item for arithmetic processing of a plurality of evaluation factors. Is. According to the present embodiment, since the numerical values corresponding to the respective question items are used for the calculation processing of a plurality of evaluation factors, a large number of evaluations can be performed without reducing the reliability of measurement even though the number of question items is extremely small. Since the psychological state can be measured for the factor and the measurement can be performed in a short time, the intermittent change in the psychological state can be measured.
According to a fourth embodiment of the present invention, in the psychological state measuring apparatus according to the third embodiment, there is provided storage means for preliminarily storing weighting factors provided for each evaluation factor and for each question item. A weighting coefficient is used in the arithmetic processing in the processing means. According to the present embodiment, since the numerical value corresponding to each question item is calculated using the weighting coefficient corresponding to the evaluation factor, it is possible to consider the degree of contribution given to each evaluation factor. Measurement reliability can be improved.
According to a fifth embodiment of the present invention, in the psychological state measurement apparatus according to the first to fourth embodiments, when new check data is input by the subject in the first storage means, the past by the subject The new check data is stored without erasing the check data. According to the present embodiment, comparison with past measurement data can be performed. In particular, in the psychological state measurement device according to the present embodiment, since it is possible to perform intermittent measurement at short intervals, it is possible to indicate changes in the psychological state by storing past measurement data. It is valid.
In the sixth embodiment according to the present invention, in the psychological state measuring apparatus according to the fifth embodiment, the count unit for counting the number of check data stored in the first storage unit and the count unit are set in advance. When the number of times is counted, the already stored check data is aggregated, and the weighting calculation means for calculating the weighting coefficient for each question item for each evaluation factor, and for each evaluation factor calculated by the weighting calculation means And storage means for storing the weighting coefficient for each question item, and using the weighting coefficient calculated by the weighting calculation means in the arithmetic processing by the arithmetic processing means. According to the present embodiment, for each stage where a predetermined number of data has been accumulated, individual coefficients can be calculated using these accumulated data and used as a personal examination while upgrading. Therefore, every time the number of uses increases, it becomes possible to measure the psychological state more suited to individuality.
According to a seventh embodiment of the present invention, in the psychological state measuring apparatus according to the first to fourth embodiments, the third storage means deals with an evaluation result instead of or together with character information. Character or image information indicating the method, or guidance information such as a resting place, a sports center, or a clinic is stored, and the display means provides a method for dealing with the evaluation result instead of the evaluation result and the character information or together with the character information. Character information or image information to be displayed, or guidance information such as a resting place, a sports center, or a clinic is displayed. According to the present embodiment, not only can the user's psychological state be grasped, but also information on an appropriate coping method can be obtained.
In the psychological state measurement program according to the eighth embodiment of the present invention, a plurality of levels of answers are prepared for a plurality of question items, and the subject checks the level corresponding to each question item. The first storage means for storing the level value checked by the subject for each question item by computing the level of the subject's psychological state by computing the level checked by the subject for the question item In addition to the plurality of evaluation factors, the second storage means for storing the arithmetic expression using the level value of the question item for each evaluation factor in advance, and each evaluation factor together with each evaluation factor. For each evaluation result, a third storage means storing character information indicating the evaluation result in advance and a level stored in the first storage means. An arithmetic processing means for arithmetically processing an evaluation result for each evaluation factor using a value and an arithmetic expression stored in the second storage means; a fourth storage means for storing an evaluation value calculated by the arithmetic processing means; The display means for reading the evaluation value stored in the fourth storage means, reading the character information corresponding to the evaluation result from the third storage means, and displaying the evaluation result as the evaluation value and the character information for each evaluation factor In the arithmetic processing means, numerical values corresponding to the respective question items are used for arithmetic processing of a plurality of evaluation factors. According to the present embodiment, since the numerical values corresponding to the respective question items are used for the calculation processing of a plurality of evaluation factors, a large number of evaluations can be performed without reducing the reliability of measurement even though the number of question items is extremely small. Since the psychological state can be measured for the factor and the measurement can be performed in a short time, the intermittent change in the psychological state can be measured.
[0008]
【Example】
Hereinafter, a psychological state measuring apparatus according to an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram showing a psychological state measuring apparatus according to the present embodiment by function realizing means.
The psychological state measuring apparatus according to the present embodiment includes a first storage unit 11 that stores a level value checked by the subject and a first to a fourth evaluation factor for each question item. Characters indicating evaluation results for each evaluation factor and for each evaluation factor, together with the second storage means 12 storing the arithmetic expression using the level value of the item in advance and the first to fourth evaluation factors Evaluation result for each evaluation factor using the third storage means 13 storing information in advance, the level value stored in the first storage means 11, and the arithmetic expression stored in the second storage means 12 The arithmetic processing means 20 for arithmetic processing, the fourth storage means 14 for storing the evaluation value calculated by the arithmetic processing means 20, and the evaluation value stored in the fourth storage means 14 are read out, and the evaluation result A reading means 30 for reading the corresponding character information from the third storage unit 13, and a display unit 40 for displaying the evaluation results read out by the read means 30, the evaluation value and the character information for each evaluation factor.
[0009]
Here, the arithmetic processing means 20 performs addition processing on the numerical values corresponding to the question items belonging to the first category, and subtracts numerical values corresponding to the question items belonging to the second category to evaluate the first evaluation factor. The first evaluation factor calculation processing means for calculating the value and the numerical value corresponding to the question item belonging to the third category are added, and the numerical value corresponding to the question item belonging to the fourth category is subtracted to obtain the second evaluation. A second evaluation factor calculation processing means for calculating an evaluation result of the factor, and a numerical value corresponding to the question item belonging to the third category to the numerical value corresponding to the question item belonging to the first category, and the second category Subtracting the numerical value corresponding to the question item belonging to and the numerical value corresponding to the question item belonging to the fourth category to calculate the evaluation result of the third evaluation factor And a numerical value corresponding to the question item belonging to the second category, and a numerical value corresponding to the question item belonging to the second category, and a numerical value corresponding to the question item belonging to the second category, And a fourth evaluation factor calculation processing means for calculating the evaluation result of the fourth evaluation factor by subtracting the numerical value corresponding to the question item belonging to the third category.
[0010]
Specifically, the question items belonging to the first category include the first question item “energetic (lively)” and the second question item “(feeling)”. Have. In addition, the question items belonging to the second category include a third question item “impatient” and a fourth question item “heavy”. In addition, the question items belonging to the third category include a fifth question item “I was frustrated” and a sixth question item “I was frustrated”. The question items belonging to the fourth category include a seventh question item “Relaxed” and an eighth question item “Relaxed”.
On the other hand, the first to fourth evaluation factors include, for example, “positive energy”, “negative energy”, “arousal level (excitement-sedation)”, and “comfort level (comfort-uncomfortable)”. Here, “positive energy” is an evaluation factor that becomes positive in a psychological state with high motivation and vitality and negative in a full state or a depressed psychological state. “Negative energy” is an evaluation factor that becomes positive in a psychological state where anxiety and tension are high and negative in a relaxed and calm psychological state. “Arousal level (excitement-sedation)” is an evaluation factor that is positive when the degree of arousal is high and negative when it is low. “Comfort level (comfort-uncomfortable)” is an evaluation factor that is positive when the comfort level is high and negative when the comfort level is low.
[0011]
The input means 50 uses, for example, an input device such as a keyboard or a mouse, in addition to the case where the subject inputs the corresponding level for each question item, the contents checked by the subject in the check table on the paper, A method of inputting using a reader or the like, or a method of inputting a content that a subject answers with an oral answer by presenting an item using a voice recognition device may be used. For each question item, multiple levels of answers are prepared. For example, “completely different” is level “0”, “slightly likely” is level “1”, “somewhat so” is level “2”, “somewhat so” is level “3”, and “very likely” is level “4”. ”And“ Very much so ”are prepared as level“ 5 ”, and the numerical value of each level is used as a level value for the arithmetic processing. Note that the levels in the plurality of stages are not necessarily numerical values, and may be converted into numerical values at the stage of arithmetic processing using characters or symbols. The level value input by the input unit 50 is written and stored in the first storage unit 11.
In the first storage unit 11, when new check data by the subject is input, the past check data is stored by storing the new check data without deleting the past check data by the subject. It is preferable.
[0012]
In the arithmetic expression in the second storage means 12, it is preferable that a weighting coefficient provided for each evaluation factor and for each question item is stored in advance, and this weighting coefficient is used in the arithmetic processing in the arithmetic processing means 20. For example, for the first question item “energetic (lively)”, the first evaluation factor “positive energy” has a weighting coefficient “0.93” and the second evaluation factor For some “negative energy”, the weighting coefficient is “0.05”, for the third evaluation factor “wakefulness (excitement-sedation)”, the weighting coefficient is “0.65”, and for the fourth evaluation factor “comfort” In “degree (comfort-uncomfortable)”, the weighting coefficient is set to “0.55”. In addition, for the second question item “(feeling)”, the weighting coefficient is “0.91” for the first evaluation factor “positive energy”, and the second evaluation factor is A certain “negative energy” has a weighting coefficient of “−0.16”, a third evaluation factor “wakefulness (excitement-sedation)” has a weighting coefficient of “0.52”, and a fourth evaluation factor “ In the “comfort level (comfort-uncomfortable)”, the weighting coefficient is set to “0.71”. Further, for the third question item of “apathy”, the weighting coefficient is “−0.72” for the “positive energy” that is the first evaluation factor, and “negative energy” that is the second evaluation factor. The weighting coefficient is “0.30”, the third evaluation factor “wakefulness (excitement-sedation)” is the weighting coefficient “−0.43”, and the fourth evaluation factor is “comfort level (comfort- “Uncomfortable)”, the weighting coefficient is set to “−0.69”.
[0013]
The third storage means 13 stores character or image information indicating a coping method for the evaluation result, or guidance information such as a resting place, a sports center, or a clinic instead of or together with the character information. It is preferable.
By storing such information in the third storage means 13, the display means 40 replaces the evaluation result and character information, or together with the character information, character or image information indicating a coping method for the evaluation result. Alternatively, guidance information such as a resting place, a sports center, or a clinic can be displayed.
Here, the display function of the evaluation result in the display means 40 will be described. The evaluation result data is preferably displayed on the screen and stored in the memory.
In the basic mode, each time measurement is performed, scores are displayed on the graph as -10 to +10 points for the four evaluation factors of positive energy, negative energy, arousal level, and comfort level. In the scene limited mode, first, the subject is reminded of the highest state and the lowest state of a specific scene, and the result is input to the measuring instrument. The graph coordinates with the values as the upper limit and the lower limit are set, and the psychological state at each measurement is shown on the graph.
[0014]
Next, the comparison display means will be described.
The comparison display means 60 has a function of displaying a comparison with the previous check data of the subject when the new check data of the subject is input, for example. In addition to comparison with the previous time, check data of a plurality of times within a predetermined period can be compared, or a specific situation such as the best state or the worst state can be compared.
In response to a trigger from the comparison display instruction means 61, the corresponding check data is read from the first storage means 11 and calculated by the calculation processing means 20. In the past, when the results calculated by the arithmetic processing means 20 are accumulated in the fourth storage means 14, the data accumulated in the fourth storage means may be read out.
The evaluation result calculated by the arithmetic processing unit 20 is temporarily stored in the fourth storage unit 14, and then subjected to processing for comparison display or data conversion by the comparison display processing unit 62. For example, it is displayed as a graph display. In the present embodiment, the comparison display means 60 has been described as a function independent of the display means 40. However, the comparison display instruction means 61 may be configured to function after being displayed on the display means 40. Good.
Here, the display function of the evaluation result in the comparison display means 60 will be described.
In the comparison mode, when a plurality of data are to be compared, if the target data is designated, the comparison data is presented by a bar graph or the like. In the change measurement mode, if the number of times of measurement is designated, the change amount is presented by a line graph or the like.
[0015]
Next, the individual mode means 70 will be described.
In the individual mode means 70, when the number of check data stored in the first storage means 11 is counted, and when the preset number of times is counted by the count means 71, the check already stored is counted. Weighting calculation means 72 is provided for collecting data and calculating a weighting coefficient for each evaluation factor and for each question item.
Then, the weighting coefficient for each evaluation factor and for each question item calculated by the weighting calculation means 72 is stored in the second storage means 12, and is newly stored in the subsequent arithmetic processing of the arithmetic processing means 20. Weighting factors are used. In addition, when the preset number of times is counted in the counting means 71, the count is reset and the count is newly started again. Thus, by rewriting the weighting coefficient for each predetermined count, it can be used while upgrading as a personal test.
[0016]
In the above embodiment, the standard mode when the evaluation item and the weighting factor of the evaluation factor are both constant and the individual mode function that calculates and applies the weighting factor of the evaluation factor individually have been described. It is preferable to selectively provide a mode in which the weighting coefficients of items and evaluation factors are designated by object. In this special mode, for example, an evaluation item and a weighting coefficient set for each target group are used, divided into age groups such as elderly people and children, or occupational groups such as athletes and office workers.
In the above embodiment, the case where eight question items are used has been described. For each of the four categories “high arousal comfort”, “high arousal discomfort”, “low arousal comfort”, and “low arousal discomfort” It is good also as a shortening system by one question item, ie, the 1st-4th question item. Moreover, you may use the 2 rating scale which used the visual evaluation or put the evaluation item used as a control | contrast in both poles. In these two rating scales, as a positive energy rating scale, high arousal comfort (for example, “energetic”) and low arousal discomfort (for example “apathy”) are arranged at both extremes, and between high arousal comfort and low arousal discomfort. In this method, a plurality of levels are set, and the subject is checked for a level between the high arousal comfort and the low arousal discomfort. Negative energy rating scales include high arousal discomfort (e.g. `` irritated '') and low arousal comfort (e.g. `` calm '') at both extremes, with multiple levels between high arousal discomfort and low arousal comfort Set. By adopting such a two-grade scale, only two questions are answered to the question item, and a quicker measurement can be made.
[0017]
Below, operation | movement of the psychological state measuring apparatus by a present Example is demonstrated. FIG. 2 is a flowchart of the psychological state measuring apparatus.
First, the level value answered by the subject in step 1 (S1) is input. After the data is input, whether or not to output the result is displayed (S2). In the case of correcting the input level value, it is possible to return to the screen for inputting the level value again by giving an instruction not to output the result in Step 2.
In step 2, when outputting the result, an execution instruction is given (S3). In response to this execution instruction, the input level value is stored in the first storage means 11.
At this time, the number of inputs is counted (S4). After the input count is performed in step 4, it is determined whether or not a preset number of times has been reached (S5). If it is determined in step 5 that the set number of times has not yet been reached, the level value stored in the first storage unit 11 and the arithmetic expression stored in the second storage unit 12 are used. An evaluation result calculation process is performed (S6). The calculated value calculated in step 6 is stored in the fourth storage means 14 (S7). In step 8 (S8), the character information corresponding to the calculated value for each evaluation factor is read from the third storage means 13. The character information read in step 8 is displayed for each evaluation factor together with the calculated value (S9).
If it is determined in step 5 that the number of times of input has reached a preset number, weighting is calculated using the past level values stored in the first storage means (S10). Then, the weighting coefficient calculated in step 10 is written in the second storage means 12, and the weighting coefficient is updated. If it is determined in step 5 that the number of inputs has reached a preset number, the count is reset and the count is newly started again from the next time. On the other hand, when a comparison display instruction is input in step 11 (S11), the level values obtained by a plurality of measurements stored in the first storage unit 11 are read out and stored in the second storage unit 12. The arithmetic expression is read and the evaluation result is arithmetically processed (S12). The evaluation result calculated in step 12 is displayed in a graph (S13).
[0018]
Next, a method for utilizing the evaluation result will be described.
It is preferable that the psychological state output as the evaluation result is displayed as character information and presented as advice information for changing the psychological state in a more comfortable direction. More specifically, for example, when it is determined that the negative energy needs to be reduced, information for recommending a break or relaxation is provided. In addition, when it is determined that there is a need to increase positive energy, information that encourages distraction or exercise is provided. By checking the items that the subject likes to present these information, information such as rest areas, sports centers, and clinics that can be used can be obtained from other judgment information such as the subject's living area and current location. Is preferably configured to present.
In addition, personal data can be stored in the storage means, and the psychological state can be monitored and self-managed. For example, personal data stored in the storage means is transmitted using a communication terminal such as a mobile phone, and at the psychological state management center that has received the data, diagnostic data and advice data are selected from the database, and data is sent to the subject. You can reply. Further, for example, by programming using Java (registered trademark) language, it can be mounted on a communication terminal such as a mobile phone.
By installing programmed software on such mobile terminals, simple measurement and quantification of psychological status (arousal level / comfort level) can be realized, and changes in psychological status in a short time (eg 1 minute) Can be measured and quantified continuously, and the quantified psychological data can be compared and matched with physical and physiological data, and can be used in behavioral science, medicine, engineering, physiology, psychology, sociology, etc. Is expected to be widely used.
[0019]
In the health field, each user can easily monitor his / her psychological state (awakening / comfort level) (measurement → quantification → visual presentation → record), which can be used for both play and health management. . At the same time, methods and information to improve the psychological state can be presented (tie-up with the health industry is possible). Moreover, since the record of the psychological state can be easily transmitted to a specialized organization such as a hospital, the health management / diagnosis / response can be performed by analyzing the data.
In the labor field, the degree of fatigue and tension due to work can be easily measured, and can be utilized to keep the condition of the worker's psychological state in good condition. This can be used to improve the efficiency of personal work and study.
In the industrial field, comfort of all products used by humans, such as furniture and bets, can be easily evaluated, and a quantitative index can be provided for product development of a company and product evaluation of a customer.
In the sports field, it can be used to improve the psychological state suitable for sports. For example, if the result measured at the time of a golf stroke is analyzed, the influence of the psychological state on the exercise performance can be diagnosed.
In the sleep region, it can be used for promoting good rest and sleep. Individual data on “comfort level” and “psychological arousal level” related to rest and sleep can be easily obtained, which is useful for evaluation and improvement of rest and sleep.
For personal use, if it is installed as mobile phone content, the user's psychological state can be confirmed when the user likes it. It can be used as a play by individuals, couples and groups, and it can also be useful for managing mental health and preventing illness caused by stress.
[0020]
The psychological state measuring apparatus in the present embodiment is based on a theoretical model in which the mood is a two-dimensional structure in which two axes of arousal level (excitement-sedation) and comfort level (comfort-unpleasant) are orthogonal. There are 4 categories of psychological states (high arousal / pleasant, high arousal / unpleasant, low awakening / pleasant, low arousal / discomfort) separated by these two axes, and by factor analysis of the expression words corresponding to those psychological states , Positive energy (energy wakefulness) factors with both “high awakening / pleasant state” and “low awakening / unpleasant state” and negative energy with “high awakening / unpleasant state” and “low awakening / pleasant state” It is considered that a (tension awakening) factor is extracted (see FIGS. 3 and 4).
By adopting this model, it is possible to develop a scale with a small number of items. For example, when creating a scale (8 items) consisting of 2 mood expression words for each category, it contains 4 items with high arousal level and 4 items with low arousal level, so it can be used as an index of arousal level (8 items). it can. At the same time, since it includes four items with high comfort and four items with low comfort, it can also be used as an index of comfort (eight items). Furthermore, as in other mood scales, two orthogonal factors (four positive energy (energy awakening) factors and four negative energy (tension awakening) factors) can be used as indices. With 8 questions, the subject's psychological state (mood) can be measured with four indicators of arousal level, comfort level, positive energy (energy arousal), and negative energy (tension arousal) (see FIG. 3).
The features of the two-dimensional mood scale will be described below.
Many of the conventional psychological tests have been created with an emphasis on improving the reliability of the test rather than the validity at the time of performing the test, such as motivation of respondents, and there has been a tendency for the number of items to increase. The biggest feature of the scale developed this time is the small number of items (8 items), and the content of the items is natural and suitable for exercise scenes in Japanese. It is expensive.
In addition, it was created based on the more general models of “excitement-sedation” and “pleasantness-unpleasantness” rather than a specialized concept in psychology. It is easy to compare. At the same time, the scores of “positive energy (energy arousal) factor” and “negative energy (tension arousal) factor” found in psychological studies are also calculated, so it can be compared with previous studies.
In the field of sports psychology, the inverse U-shaped hypothesis (Yerkes & Dodson, 1908, Landers & Boutcher, 1988) that there is a moderate optimal arousal level has long been studied regarding the relationship between arousal level and performance. Since there are many cases that do not fit, IZOF (Individualized Zones of Optimum Functioning) theory (Hanin, 1997) that emphasizes individual differences, catastrophe models (Hardy, 1996) that consider cognitive factors, and reversal theory (Kerr) , 1997).
On the other hand, based on the model of Thayer (1989), it is possible to consider that the arousal level itself is not one-dimensional but there are two types of arousal: “positive energy (energy awakening)” and “negative energy (tension awakening)”. is there. Rather than the idea that excessive arousal is "rising" and lack of arousal is "full" based on a one-dimensional model of arousal level, the two-dimensional model centered on arousal and comfort is presented in this study. Based on the idea that there are two types of "positive energy (energy awakening)" that increases in response to a positive psychological state and "negative energy (tension awakening)" that increases in response to a negative psychological state. It is effective in examining the relationship between arousal level and performance in the sports field.
Below, the utilization method of a two-dimensional mood scale is demonstrated.
Since the two-dimensional mood scale can be implemented in about 10 seconds when the subject gets used to it, it is possible to continuously measure changes in psychological state (mood) at intervals of 1 to 2 minutes. In basic research, not only changes before and after exercise, but also the process can be measured in parallel with physiological and psychological changes such as heart rate and blood flow. As an applied application, it is possible to easily check the condition of the athlete's psychological state, and to confirm the psychological effects of warm-up and cool-down. Furthermore, if the subject becomes familiar with the use of the scale and the concept of positive energy (energy arousal) and negative energy (tension arousal) can be easily compared with the actual psychological state, the two types of arousal levels can be directly The two-dimensional mood scale abbreviated version (2 items) can be used.
In addition, if you want to know the psychological characteristics of a player rather than a temporary psychological state, you can ask for an answer to a two-dimensional mood scale, assuming when the game is in good or bad condition, I understand the characteristics. Although no specific data will be reported this time, preliminary studies have confirmed that individual differences among athletes are large within the same event, in addition to the characteristics of each event. For example, a player who complains of “raising” has a markedly increased negative energy (arousal arousal) score in a poor condition, and a player who complains of “full” has a significantly lower positive energy (energy awakening) score.
As a practical limit, this test is based on the subject's self-assessment, so if the subject cannot accurately monitor or honestly report his / her psychological condition, the results will be inappropriate. .
It should also be noted that this test can measure only one aspect of the psychological state of “mood” and does not measure other psychological factors such as attention, perception, and thought. Because this test can immediately measure changes in psychological state based on arousal and comfort, many physiology other than heart rate and skin electrical conductivity confirmed in previous studies (Thayer, 1986). Although it is possible to confirm the existence of correlations with other chemical and biochemical indicators, it is difficult to predict the performance of all factors in a complex manner. Considering the influence of various factors such as psychological, physical, and environmental aspects, multiple indicators should be used in combination. When using a two-dimensional mood scale, it is necessary to interpret the results based on the above limitations.
[0021]
【The invention's effect】
According to the present invention, the psychological state is intermittently introduced by adopting the idea of multiple reading that uses one item as an item of a plurality of scales, and realizing this using computer hardware resources and software resources. Measure and show changes in psychological state in a timely manner at short intervals.
In particular, according to the present invention, it is possible to realize measurement of four evaluation factors with eight items by reading each item three times.
In addition, according to the present invention, the reliability of measurement can be improved by considering the contribution to each evaluation factor.
Moreover, according to this invention, the change of a psychological state can be shown.
In addition, according to the present invention, it is possible to measure a psychological state more suited to individuality.
Further, according to the present invention, it is possible not only to grasp the psychological state of oneself but also to obtain information on an appropriate coping method.
[Brief description of the drawings]
FIG. 1 is a block diagram showing a psychological state measuring apparatus according to an embodiment of the present invention using function realizing means.
FIG. 2 is a flowchart of the psychological state measuring apparatus.
FIG. 3 is a diagram showing the relationship of four indicators based on a two-dimensional model of mood
FIG. 4 Scatter plot of mood expression word evaluation in two-dimensional mood model coordinates
[Explanation of symbols]
11 First storage means
12 Second storage means
13 Third storage means
14 Fourth storage means
20 arithmetic processing means
40 Display means
60 Comparison display means
70 Individual mode means
71 Counting means
72 Weighting calculation means

Claims (8)

Levels in which multiple levels of answers are prepared for the first to eighth question items, the subject checks the level corresponding to each question item, and the subject checks each question item Is a psychological state measuring device that measures the psychological state of the subject by computing,
For the first to eighth question items, first storage means for storing a level value checked by the subject;
Second storage means for storing in advance an arithmetic expression using the level value of the question item for each of the evaluation factors together with the first to fourth evaluation factors;
Third storage means for storing in advance character information indicating the evaluation result for each evaluation factor and for each evaluation result together with the first to fourth evaluation factors;
Arithmetic processing means for calculating an evaluation result for each evaluation factor using the level value stored in the first storage means and the arithmetic expression stored in the second storage means;
Fourth storage means for storing the evaluation value calculated by the arithmetic processing means;
The evaluation value stored in the fourth storage means is read out, the character information corresponding to the evaluation result is read out from the third storage means, and the evaluation result is displayed with the evaluation value and the character information for each evaluation factor. Display means for
In the arithmetic processing means,
A numerical value corresponding to the second question item is added to a numerical value corresponding to the first question item, and a numerical value corresponding to the third question item and a numerical value corresponding to the fourth question item First evaluation factor calculation processing means for calculating the evaluation result of the first evaluation factor by subtracting
The numerical value corresponding to the sixth question item is added to the numerical value corresponding to the fifth question item, the numerical value corresponding to the seventh question item, and the numerical value corresponding to the eighth question item; Subtracting the second evaluation factor calculation processing means for calculating the evaluation result of the second evaluation factor;
The numerical value corresponding to the first question item is added to the numerical value corresponding to the second question item, the numerical value corresponding to the fifth question item, and the numerical value corresponding to the sixth question item. The numerical value corresponding to the third question item, the numerical value corresponding to the fourth question item, the numerical value corresponding to the seventh question item, and the numerical value corresponding to the eighth question item are subtracted. Third evaluation factor calculation processing means for calculating an evaluation result of the third evaluation factor;
The numerical value corresponding to the first question item is added to the numerical value corresponding to the second question item, the numerical value corresponding to the seventh question item, and the numerical value corresponding to the eighth question item. The numerical value corresponding to the third question item, the numerical value corresponding to the fourth question item, the numerical value corresponding to the fifth question item, and the numerical value corresponding to the sixth question item are subtracted. A psychological state measuring apparatus comprising: a fourth evaluation factor calculation processing means for calculating an evaluation result of the fourth evaluation factor. Answers of multiple levels are prepared for the question items belonging to the first category to the fourth category, and the subject checks the level corresponding to each question item. A psychological state measuring device that measures the psychological state of the subject by computing the checked level,
For each question item, first storage means for storing a level value checked by the subject;
Second storage means for storing in advance an arithmetic expression using the level value of the question item for each of the evaluation factors together with the first to fourth evaluation factors;
Third storage means for storing in advance character information indicating the evaluation result for each evaluation factor and for each evaluation result together with the first to fourth evaluation factors;
Arithmetic processing means for calculating an evaluation result for each evaluation factor using the level value stored in the first storage means and the arithmetic expression stored in the second storage means;
Fourth storage means for storing the evaluation value calculated by the arithmetic processing means;
The evaluation value stored in the fourth storage means is read out, the character information corresponding to the evaluation result is read out from the third storage means, and the evaluation result is displayed with the evaluation value and the character information for each evaluation factor. Display means for
In the arithmetic processing means,
First, the numerical value corresponding to the question item belonging to the first category is added and the numerical value corresponding to the question item belonging to the second category is subtracted to calculate the evaluation result of the first evaluation factor Evaluation factor calculation processing means;
A second value is added to the numerical value corresponding to the question item belonging to the third category, and the numerical value corresponding to the question item belonging to the fourth category is subtracted to calculate the evaluation result of the second evaluation factor. Evaluation factor calculation processing means;
The numerical value corresponding to the question item belonging to the third category is added to the numerical value corresponding to the question item belonging to the first category, and the numerical value corresponding to the question item belonging to the second category and the fourth category are added. A third evaluation factor calculation processing means for calculating the evaluation result of the third evaluation factor by subtracting a numerical value corresponding to the question item to which it belongs;
The numerical value corresponding to the question item belonging to the fourth category is added to the numerical value corresponding to the question item belonging to the first category, and the numerical value corresponding to the question item belonging to the second category and the third category are added. A psychological state measuring apparatus comprising: a fourth evaluation factor calculation processing means for calculating a result of evaluation of the fourth evaluation factor by subtracting a numerical value corresponding to a question item to which the item belongs. Answers of multiple levels are prepared for a plurality of question items, the subject checks the level corresponding to each question item, and calculates the level checked by the subject for each question item Thus, a psychological state measuring device for measuring the psychological state of the subject,
For each question item, first storage means for storing a level value checked by the subject;
A plurality of evaluation factors, a second storage means for storing in advance an arithmetic expression using the level value of the question item for each of the evaluation factors;
A third storage means for storing character information indicating the evaluation result in advance for each evaluation factor and for each evaluation factor together with each of the evaluation factors;
Arithmetic processing means for calculating an evaluation result for each evaluation factor using the level value stored in the first storage means and the arithmetic expression stored in the second storage means;
Fourth storage means for storing the evaluation value calculated by the arithmetic processing means;
The evaluation value stored in the fourth storage means is read out, the character information corresponding to the evaluation result is read out from the third storage means, and the evaluation result is displayed with the evaluation value and the character information for each evaluation factor. Display means for
The arithmetic processing means uses a numerical value corresponding to each question item for arithmetic processing of a plurality of evaluation factors. Storage means for preliminarily storing a weighting coefficient provided for each question item and for each evaluation factor;
The psychological state measuring apparatus according to claim 3, wherein the weighting coefficient is used in the arithmetic processing by the arithmetic processing means. The first storage means stores new check data without erasing past check data by the subject when new check data by the subject is input. The psychological state measuring device according to claim 4. Counting means for counting the number of check data stored in the first storage means;
When the preset number of times is counted by the counting means, the already-stored check data is totaled, and a weighting calculating means for calculating a weighting coefficient for each question item for each evaluation factor;
Storage means for storing a weighting coefficient for each of the evaluation items and for each question item calculated by the weight calculation means;
6. The psychological state measuring apparatus according to claim 5, wherein the weighting coefficient calculated by the weighting calculation means is used in the calculation processing by the calculation processing means. In the third storage means, instead of the character information or together with the character information, character or image information indicating a coping method for the evaluation result, or guidance information such as a resting place, a sports center, or a clinic is stored. ,
In the display means, instead of the evaluation result and the character information, or together with the character information, character or image information indicating a coping method for the evaluation result, or guidance information such as a resting place, a sports center, or a clinic is displayed. The psychological state measuring device according to any one of claims 1 to 4, wherein Answers of multiple levels are prepared for a plurality of question items, the subject checks the level corresponding to each question item, and calculates the level checked by the subject for each question item A computer to measure the psychological state of the subject,
For each question item, first storage means for storing a level value checked by the subject;
A plurality of evaluation factors, a second storage means for storing in advance an arithmetic expression using the level value of the question item for each of the evaluation factors;
A third storage means for storing character information indicating the evaluation result in advance for each evaluation factor and for each evaluation factor together with each of the evaluation factors;
Arithmetic processing means for calculating an evaluation result for each evaluation factor using the level value stored in the first storage means and the arithmetic expression stored in the second storage means;
Fourth storage means for storing the evaluation value calculated by the arithmetic processing means;
The evaluation value stored in the fourth storage means is read out, the character information corresponding to the evaluation result is read out from the third storage means, and the evaluation result is displayed with the evaluation value and the character information for each evaluation factor. Function as a display means to
The arithmetic processing means uses a numerical value corresponding to each question item for arithmetic processing of a plurality of evaluation factors.

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