JP2006221216A - Natural walk effect analysis sheet, natural walk effect analysis device, computer readable recording medium, and natural walk effect analysis set - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To immediately show an effect of natural walk as scientific data to a participant in situ and to allow the participant to realize the effect of natural walk with a natural walk effect analysis sheet. <P>SOLUTION: A photograph 4A of participant's face before natural walk and photograph 4B of participant's face after natural walk photographed with a small digital camera and a color chip 6 are stuck to a natural walk self guide sheet 2. The guide sheet 2 comprises a cover page 2A having a column for a name or the like and a column having a using method of the guide sheet 2, a check page for digitizing ten questions about feeling before natural walk and feeling after natural walk in seven steps, respectively, a page 2C having a column to which the photograph 4A before natural walk and the photograph 4B after natural walk are arranged and stuck, and a column to which a color chip 6 showing the feeling after natural walk is stuck, and a page of comparison radar chart for converting a numerical value written in the check page 2B to a hexagonal graph and comparing it. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a natural walk effect analysis sheet, a natural walk effect analysis apparatus, and a computer recording a program used therefor, which can easily obtain the effects of natural walks such as forest bathing and forest walks as objective data regardless of location. The present invention relates to a readable recording medium and a nature walk effect analysis set.

  Since the advocacy of “forest bathing” was proposed by the then Director-General of the Forestry Agency in 1982, the general understanding that walking in the forest is good for health has progressed, and “forest bathing” has become a kind of boom. In recent years, research to analyze the impact of forest walks on people has become increasingly popular.

  For example, in Non-Patent Document 1, a forest bath experiment is conducted mainly from a physiological viewpoint, and a decrease in stress hormone concentration in saliva, a decrease in systolic blood pressure, a decrease in total hemoglobin concentration and an oxygenated hemoglobin concentration (sedation of brain activity). ), Scientifically demonstrating the stress relieving effect of forest baths by showing physiological data such as a decrease in cerebral blood flow. Furthermore, a questionnaire consisting of 65 items was distributed in the forest bathing experiment, and each question was answered in five stages. The scores were divided into six emotional scales. It has been found that the emotional scales of “depression-depression”, “anger-hostility”, and “fatigue” are decreased and “liveness” is increased on the contrary (pages 64 to 81 of Non-Patent Document 1).

In Non-Patent Document 2, the “Forest Therapy Study Group” was held and the “Self Counseling Form” was distributed to the participants, and their worries before and after entering the forest. They are specifically writing about the problems they have, writing down their solutions, and writing down where they can relax in the forest and why. After the survey, we distributed a questionnaire about the effects of self-counseling and asked three questions, “How do you feel about your problems and problems compared to before entering the forest?” “Before entering the forest” Compared to “Do you think you can accept yourself?” “Do you think that self-counseling in the forest is effective?” The answer is a 9-point scale and the results are shown in a bar graph. These are summarized (pages 156 to 171 of Non-Patent Document 2).
Yoshifumi Miyazaki, “Why forest baths are good for the body”, publisher, Bunju Shunjusha (Bunshun Shinsho 329), first edition publication date, July 20, 2003 Uehara Atsushi, “Introduction to Forest Therapy-Beginning of Forest Healing”, Publisher / National Forestry Improvement and Dissemination Association (Forestry Improvement and Dissemination Bibliography 142), Publication Date of First Edition, February 25, 2003

  It can be said that the above-described research results on Non-Patent Documents 1 and 2 have proved to some extent scientifically the effects of forest bathing and forest walking. However, the experiment in Non-Patent Document 1 described above was performed in an actual forest only by filling in a questionnaire consisting of 65 items and collecting a saliva sample, and in the other experiments, a forest image was projected using a large display in the room. However, this is performed using a blood pressure monitor or a device for measuring brain activity in the frontal region using near-infrared spectroscopy, and not in an actual forest. Analysis of the questionnaire consisting of 65 items and measurement of the collected saliva sample can only be performed after returning to the laboratory, and the participants cannot immediately know the result on the spot.

  Further, the result of the questionnaire sheet and the like in Non-Patent Document 2 cannot be determined until later, and there is a problem that the participants cannot immediately realize the effects of forest bathing and forest walking as data on the spot.

  Therefore, the present invention can immediately show the effect of natural walks such as forest bathing and forest walks as scientific data to the participants on the spot, so that the effect of natural walks can be realized. It is an object of the present invention to provide an analysis sheet, a natural walk effect analysis device, a computer-readable recording medium recording a program used therefor, and a natural walk effect analysis set.

  The nature walk effect analysis sheet according to the first aspect of the invention is a nature walk effect analysis sheet distributed to participants of a nature walk, filled in by the participant, and returned to the participant after the end of the nature walk. A column describing how to use the natural walk effect analysis sheet, a column for entering the name of the participant and / or the member number of the participant and / or the date of the natural walk, and before the natural walk And three or more questions corresponding to each participant's feelings after the natural walk, and a column for answering the question with a numerical value indicating a plurality of levels of three or more levels, , A polygonal radar chart of triangles or more that expresses the feelings of the participants before the natural walk using all or part of the three or more numerical values entered in the column for entering the numerical value and the participation after the natural walk Feelings To create a radar chart polygonal or triangular representing the one having a column.

  According to a second aspect of the present invention, there is provided a natural walk effect analysis sheet according to the first aspect of the present invention, further comprising a color chip of a color representing the mood of the participant before the natural walk and a color representing the mood of the participant after the natural walk. The color chip is provided with a column for pasting each.

  The nature walk effect analysis sheet according to the invention of claim 3 is the structure of claim 1 or claim 2, and further pastes the photograph of the participant before the nature walk and the photograph of the participant after the nature walk, respectively. It has a column.

  The natural walk effect analysis sheet according to a fourth aspect of the present invention is the natural walk effect analysis sheet according to any one of the first to third aspects, further comprising the highest blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and the natural walk. It has columns for entering the maximum blood pressure / minimum blood pressure and pulse rate of the subsequent participants.

  The nature walk effect analysis sheet according to the invention of claim 5 is the structure according to any one of claims 1 to 4, wherein the surface temperature distribution of the face and / or limbs of the participant before the nature walk is further colored. There are columns for pasting the thermographic data to be represented and the thermographic data representing the surface temperature distribution of the face and / or limbs of the participant after the natural walk in color.

  The nature walk effect analysis sheet according to the invention of claim 6 is the natural walk effect analysis sheet according to any one of claims 1 to 5, wherein each of the fields is printed on a copy prevention sheet.

  The natural walk effect analysis device according to the invention of claim 7 includes an item to be input, a question to be answered, a color sample of a plurality of colors representing colors of the participants of the natural walk, and a display means for displaying the analysis result. Three or more questions corresponding to the participant's name and / or data for identifying the participant and / or the date of the natural walk and the feelings of the participant before and after the natural walk Character data input means for inputting numerical values indicating a plurality of levels of three or more levels, a color representing the mood of the participant before the natural walk, and the mood of the participant after the natural walk Color data input means for selecting and inputting the color representing the color from the color samples of the plurality of colors, and analyzing each input data to indicate a plurality of stages of three or more stages for the question of three or more items Analytical means for creating a polygonal radar chart of triangles or more representing the feelings of participants before and after the natural walk from the numerical values, and display by the display means and input of the character data to the analysis means A program (natural walk effect analysis program) for executing input by means and the color data input means and a program input means for inputting a program necessary for the analysis, the input program and data are stored, and the analysis is performed The program and the data are supplied to the means, and the data storage means for storing the data of the radar chart created by the analysis means is provided.

  According to an eighth aspect of the present invention, there is provided the natural walk effect analyzing apparatus according to the seventh aspect, further comprising data output means for outputting the radar chart created by the analyzing means and / or the inputted color data as an image. To do.

  According to a ninth aspect of the present invention, there is provided the natural walk effect analyzing apparatus according to the seventh or eighth aspect, wherein the analyzing means further includes a color representing the mood of the participant before the natural walk and the participant after the natural walk. The color representing the mood of each person is digitized and the mood change of the participant before and after the natural walk is also digitized, the data storage means also saves the digitized color data, and the display means The digitized color data is also displayed as a numeric value, and the data output means outputs the digitized color data as a numeric value.

  According to a tenth aspect of the present invention, there is provided the natural walk effect analyzing apparatus according to any one of the seventh to ninth aspects, wherein the photograph data of the participant before the natural walk and the photograph of the participant after the natural walk. Photographic data input means for inputting data respectively, the data storage means also stores the inputted photographic data, the display means also displays the inputted photographic data as an image, and the data output The means outputs the inputted photographic data as an image.

  According to the eleventh aspect of the present invention, in the natural walk effect analysis device according to the tenth aspect of the present invention, the analysis means further analyzes and digitizes the inputted photographic data, and the data storage means The digitized photo data is also stored, the display means displays the digitized photo data as a numerical value, and the data output means outputs the digitized photo data as a numerical value.

  According to a twelfth aspect of the present invention, there is provided the natural walk effect analysis apparatus according to any one of the seventh aspect to the eleventh aspect, wherein the character data input means further includes the highest blood pressure of the participant before the natural walk. The diastolic blood pressure and pulse rate and the maximal blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk are inputted as numerical values, respectively, and the data storage means is the numerical data of the inputted systolic blood pressure / minimum blood pressure and pulse rate. The display means displays the numerical data of the systolic blood pressure / minimum blood pressure and pulse rate as numerical values, and the data output means outputs the numerical data of the systolic blood pressure / minimum blood pressure and pulse rate as numerical values. To do.

  A natural walk effect analysis device according to a thirteenth aspect of the present invention is the structure according to any one of the seventh to twelfth aspects, further comprising a surface temperature distribution of the face and / or limbs of the participant before the natural walk. Thermographic data input means for inputting thermographic data representing color and thermographic data representing the surface temperature distribution of the face and / or limb surface of the participant after the natural walk, and the data storage means The thermographic data is also stored, the display means displays the input thermographic data as an image, and the data output means outputs the input thermographic data as an image.

  According to a fourteenth aspect of the present invention, in the configuration of the thirteenth aspect, the analyzing means further analyzes and digitizes the input thermographic data, and the data storage means includes the data storage means. The digitized thermography data is also stored, the display means displays the digitized thermography data as a numerical value, and the data output means outputs the digitized thermographic data as a numerical value. Is.

  The computer-readable recording medium according to the invention of claim 15 is a procedure for inputting the name of a natural walk participant and / or data for identifying the participant and / or an implementation date of the natural walk by an input means; A procedure for displaying three or more questions about the feelings of the participants before the natural walk on the display means, and answering the three or more questions with numerical values indicating a plurality of stages of three or more levels. The procedure of inputting by the input means, the procedure of displaying a color sample of a plurality of colors on the display means, and selecting a color representing the mood of the participant before the natural walk from the color samples of the plurality of colors A procedure for inputting by the input means a procedure for inputting by the input means and a name of the participant and / or data for identifying the participant after the natural walk. And a procedure for causing the display means to display three or more questions corresponding to the three or more questions before the natural walk on the feelings of the participants after the natural walk, and the three or more corresponding items, respectively. A procedure for answering a question with a numerical value indicating a plurality of steps of three or more steps and inputting the numerical value by the input means; a procedure for redisplaying the color samples of the plurality of colors on the display means; A procedure for selecting a color representing the mood of the participant after the natural walk from the color sample and inputting it by the input means, and a plurality of stages of three or more stages for the inputted three or more questions A procedure for creating radar charts of polygons more than triangles representing the feelings of participants before and after the natural walk from the three or more numerical values shown, and the creation A procedure for storing the data of the selected radar sample and the data of the selected color sample, and displaying the created radar chart and the image of the selected color sample on the display means and / or outputting them by the data output means The program which makes a computer perform the procedure to perform is recorded.

  A computer-readable recording medium according to a sixteenth aspect of the present invention is the computer-readable recording medium according to the fifteenth aspect, wherein the created radar chart data and the selected color sample data are stored, the created radar chart, The selected color sample representing the mood of the inputted participant before the natural walk instead of the procedure of displaying the image of the selected color sample on the display means and / or outputting by the data output means Of the selected color sample representing the mood of the participant after the natural walk and the data of the selected color sample, the data of the selected radar sample, the data of the selected color sample, and the numerical value Storing the converted color data, the created radar chart and the selected color sample Pull image and the value of the digitized color data displayed on the display means, and is obtained by recording a program for executing a step of outputting to the computer by / or data output means.

  The computer-readable recording medium according to the invention of claim 17 is a procedure for inputting the name and / or data for identifying the participant and / or the implementation date of the natural walk by an input means. A procedure for displaying three or more questions about the feelings of the participants before the natural walk on the display means, and answering the three or more questions with numerical values indicating a plurality of stages of three or more levels. The procedure of inputting by the input means, the procedure of displaying a color sample of a plurality of colors on the display means, and selecting a color representing the mood of the participant before the natural walk from the color samples of the plurality of colors Steps to be input by the input means and the photograph data of the participant before the natural walk and / or the maximum blood pressure / minimum blood pressure and the pulse rate of the participant before the natural walk are numerical values Numerical data and / or a procedure for inputting thermographic data representing the surface temperature distribution of the face and / or limbs of the participant before the natural walk, and the name and / or the participation of the participant after the natural walk A procedure for causing the input means to input data that can identify a person, and three or more questions corresponding to the three or more questions before the natural walk about the feelings of the participants after the natural walk to the display means A procedure for displaying, a procedure for answering the corresponding three or more questions with numerical values indicating a plurality of steps of three or more steps, and inputting the numerical values by the input means, and the color samples of the plurality of colors The display means again, and a color representing the mood of the participant after the natural walk is selected from the color samples of the plurality of colors, And / or numerical data representing numerical values representing the maximal blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk and / or the natural walk. A procedure for inputting thermographic data representing the surface temperature distribution of the face and / or limb of each participant in color, and three or more numerical values indicating a plurality of three or more steps for the inputted three or more questions The procedure for creating a polygonal radar chart of a triangle or more representing the feelings of participants before and after the natural walk, the data of the created radar chart, the data of the input color sample and the input Photographic data and / or numerical data representing the systolic blood pressure / diastolic blood pressure and pulse rate and / or thermographic data A procedure for storing, the created radar chart, the image of the color sample, the image of the photographic data and / or the numerical value of the systolic blood pressure / minimum blood pressure and pulse rate and / or the image of the thermographic data are displayed on the display means. A program for causing a computer to execute a procedure of displaying and / or outputting by a data output means is recorded.

  A computer-readable recording medium according to an invention of claim 18 is the computer-readable recording medium according to claim 17, wherein the created radar chart data, the inputted color sample data, and the inputted photographic data and / or the most recent data. Procedure for storing numerical data representing numerical values of hypertension / diastolic blood pressure and pulse rate and / or thermography data, the created radar chart, the image of the color sample, the image of the photographic data and / or the systolic blood pressure Instead of the procedure of displaying the values of the minimum blood pressure and the pulse rate and / or the image of the thermography data on the display means and / or outputting them by the data output means, the inputted mood of the participant before the natural walk For quantifying the color representing the color and the color representing the mood of the participant after the natural walk A step of digitizing the inputted photograph data and / or thermographic data of the participant before the natural walk and the photograph data and / or thermographic data of the participant after the natural walk, and the creation Radar chart data, the digitized color data and the digitized photographic data and / or numeric data representing the systolic blood pressure / diastolic blood pressure and pulse rate and / or the thermographic data. A procedure, the created radar chart, the numerical value of the color data and / or the image of the color sample, the numerical value of the numerical data and / or the image of the photo data, and / or the Maximum blood pressure / minimum blood pressure and pulse rate values and / or digitalized thermographic data Other values and / or the image data of the thermography displayed on the display unit, and is obtained by recording a program for executing a step of outputting to the computer by / or data output means.

  The natural walk effect analysis apparatus or the computer-readable recording medium according to the invention of claim 19 is the structure of any one of claims 10 to 14 or the structure of claim 17 or claim 18 before the natural walk. A group photo for each small group is taken as the participant's photo data and the participant's photo data after the nature walk, and the corresponding participant's photo is extracted from the group photo and used.

  The natural walking effect analysis sheet, the natural walking effect analysis device, or the computer-readable recording medium according to the invention of claim 20 is any one of claims 1 to 6, or any one of claims 7 to 14. In one or any one of Claims 15 thru | or 19 structure, the said question more than 3 items is 5 items or more and 15 items or less.

  The natural walking effect analysis sheet, the natural walking effect analysis device, or the computer-readable recording medium according to the invention of claim 21 is any one of claims 1 to 6 or claim 20, or claims 7 to 7. In the configuration of any one of claims 14 and 20, or any one of claims 15 to 20, the question after the natural walk for the guide in charge of the natural walk is included in the three or more questions. A question for answering a participant's impression with a numerical value indicating a plurality of stages of the three or more stages is put, a guider index is calculated by averaging the numerical values for all participants, and based on the guider index The radar chart representing the feelings of the participants after the natural walk is corrected.

  The natural walk effect analysis sheet, the natural walk effect analysis device, or the computer-readable recording medium according to the invention of claim 22 is any one of claim 1 to claim 6, claim 20, or claim 21 or claim 21. In the configuration of any one of claims 7 to 14, or 20, 20 and 21, or any one of claims 15 to 21, the plurality of stages of three or more stages are five or more stages and nine or less stages. There is something.

  The natural walk effect analysis sheet, the natural walk effect analysis device, or the computer-readable recording medium according to the invention of claim 23 is any one of claims 1 to 6, or 20 to 22. In the configuration of any one of 7 to 14 or 20 to 22, or any one of claims 15 to 22, the color chips of the plurality of colors or the color samples of the plurality of colors are five colors. More than 20 colors.

  The natural walk effect analysis set according to the invention of claim 24 is the natural walk effect analysis sheet according to any one of claims 1 to 6 or claim 20 to claim 23, wherein the number of sheets is equal to or more than the number of participants. And a color chip file in which a plurality of color chips for representing the mood of the participants are stored twice or more the number of participants.

  The nature walk effect analysis sheet according to the invention of claim 1 is distributed to the nature walk participants, filled in by the participants, and returned to the participant after the nature walk ends. A field that describes how to use, a field to enter the participant's name and / or participant's membership number and / or the date of the nature walk, and ask the participants' feelings before and after nature walk Three or more corresponding questions are described, and a column for answering these questions with numerical values indicating three or more stages and entering the numerical values, and all or part of the three or more numerical values that have been entered It has a column to create a polygonal radar chart of a triangle or more that expresses the feelings of participants before and after nature walk.

  Here, “natural walks” include forest bathing / forest walks, coast walks, and garden walks.

  In this way, in the natural walk effect analysis sheet of the present invention, at least the name or member number of the participant is entered, and three or more questions that ask the participant's feelings are numerical values of three or more levels before and after the natural walk. In order to create a polygonal radar chart that expresses the feelings of participants before and after a natural walk using these values, the effect of stress relief by natural walking can be determined by the shape of the radar chart and the size of the polygon. A relaxing effect can be immediately realized on the spot, and each participant can confirm the natural walking effect. On the other hand, if the organizer saves the natural walk effect analysis sheet of all participants as data by using a digital camera, etc., and then returns the natural walk effect analysis sheet to all participants, Data can be accumulated without waiting, and it can be used to improve the nature walk effect analysis sheet.

  In this way, the effect of the natural walk can be immediately shown as scientific data to the participants on the spot, and the natural walk effect analysis sheet can be obtained in which the effect of the natural walk can be realized.

  The nature walk effect analysis sheet according to the invention of claim 2 further includes a column for pasting a color chip of a color representing the mood of the participant before the nature walk and a color chip of a color representing the mood of the participant after the nature walk. It is what has. As a result, not only the radar chart but also the color chip color change before and after nature walks clearly show the mood changes of each participant, and the stress relief and relaxation effects of nature walks can be immediately realized on the spot. it can. For example, a participant who has selected and pasted a red color chip before going on a natural walk will reduce his angry feeling due to the stress-relieving effect of the natural walk, and select and paste a yellow color chip. Etc.

  In this way, the effect of the natural walk can be immediately shown as scientific data to the participants on the spot, and the natural walk effect analysis sheet can be obtained in which the effect of the natural walk can be realized.

  The nature walk effect analysis sheet according to the invention of claim 3 further includes a column for pasting a photograph of the participant before the nature walk and a photograph of the participant after the nature walk.

If you use a digital camera, a portable printer, or an instant camera (for example, “Cheki” (registered trademark) manufactured by Fuji Photo Film Co., Ltd.) for taking and printing photos, you can take photos on the spot in the field. Can be distributed and pasted. According to the inventor's experience, there are significant differences in facial expressions between participants before and after nature walks, so it is possible to take a snapshot so that the face can be seen without taking a face photo from the front. On the other hand, you can shoot a natural expression without becoming conscious and stiff. In this way, not only the radar chart, but also the change in the mood of each participant is clearly shown by the change in the facial expression before and after nature walk, and you can immediately realize the stress relief effect and relaxation effect by nature walk on the spot. .

  In this way, the effect of the natural walk can be immediately shown as scientific data to the participants on the spot, and the natural walk effect analysis sheet can be obtained in which the effect of the natural walk can be realized.

  The natural walk effect analysis sheet according to the invention of claim 4 further includes columns for entering the maximum blood pressure / minimum blood pressure and pulse rate of the participants before and after the natural walk.

  In order to measure a participant's systolic blood pressure / minimum blood pressure and pulse rate, a portable digital display sphygmomanometer can be used for easy measurement. Therefore, the organizer may prepare one or a plurality of portable digital display type sphygmomanometers, and have each participant sequentially measure and enter each numerical value in the corresponding column.

  Changes in blood pressure and pulse rate in a stress state and a relaxed state are well known, and some of experimental data are also described on pages 68 to 74 of Non-Patent Document 1. Therefore, by comparing each participant's maximum blood pressure / minimum blood pressure and pulse rate before and after the natural walk as numerical values, the stress relief effect and relaxation effect of natural walk can be immediately realized on the spot more scientifically. it can.

  In this way, the effect of the natural walk can be immediately shown as more scientific data to the participants on the spot, and the natural walk effect analysis sheet can be obtained to realize the effect of the natural walk.

  The natural walk effect analysis sheet according to the invention of claim 5 further includes columns for pasting thermographic data representing the surface temperature distribution of the faces and limbs of the participants before and after the natural walk.

  In order to capture and print thermographic data, a portable thermography and a portable dedicated printer can be used to distribute and paste thermographic images to participants on the spot. Since the participants are lightly dressed in the warm season, not only the face but also the limbs are partly exposed, so thermographic data can be taken. It is well known that the blood flow of a person changes depending on the degree of stress and the degree of relaxation, which is reflected in the skin surface temperature. Therefore, by comparing thermographic image data that represents the surface temperature distribution of the faces and limbs of participants before and after a natural walk, the stress relief and relaxation effects of a natural walk can be more immediately observed on the spot. I can feel it.

  In this way, the effect of the natural walk can be immediately shown as more scientific data to the participants on the spot, and the natural walk effect analysis sheet can be obtained to realize the effect of the natural walk.

  The natural walk effect analysis sheet according to the invention of claim 6 is such that each column is printed on a copy prevention sheet. Here, “copy-preventing paper” means that characters and the like can be printed by various printers and printing machines, and “copying”, “COPY”, and “copying prohibition” are made on the entire surface of the copy paper when it is applied to a copying machine for copying. ”Or the like, or the copy paper is entirely black. The copy prevention paper for printing each column of the natural walk effect analysis sheet may be of any type as long as it can be written with a pencil, mechanical pencil, ballpoint pen, or the like.

  As a result, the natural walk effect analysis sheet created as a result of diligent research based on many years of experience and collected data by the inventor can be prevented from being illegally copied and used without the inventor's permission. Can do.

  In this way, the effect of the nature walk can be immediately shown as scientific data to the participants on the spot, and not only the effect of the nature walk can be realized, but also unauthorized copying without the permission of the inventor. It becomes a nature walk effect analysis sheet that has never been used.

  The natural walk effect analysis device according to the invention of claim 7 includes an item to be input, a question to be answered, a color sample of a plurality of colors representing colors of the participants of the natural walk, and a display means for displaying the analysis result. More than three levels for questions that have more than three questions for each participant's name and / or data that can identify the participant and / or the date of the natural walk and the feelings of the participant before and after the natural walk Character data input means for inputting numerical values indicating a plurality of stages, color data input means for selecting colors representing the mood of participants before and after a natural walk from a plurality of color samples, and inputting them respectively. Analysis means for analyzing each data and creating a polygonal radar chart representing the feelings of participants before and after a natural walk from three or more numerical values indicating three or more stages for three or more questions Natural walk effect analysis program for causing the analysis means to execute display by the display means and input by the character data input means and the color data input means, a program input means for inputting a program necessary for the analysis, and the input program and data And a program and data are supplied to the analysis means, and a data storage means for storing radar chart data created by the analysis means is provided.

  Specifically, the natural walk effect analysis apparatus according to the present invention is mainly configured by a device using a microcomputer (processor) that can be carried and has a built-in power supply for operation, such as a notebook computer. In recent years, there are many types of low-cost, high-performance, high-processing speed, high-resolution laptop computers that can be used easily. Therefore, for example, in forest walking, for the convenience of walking while listening to the explanation of the guide, the maximum is about 20 people per group, but it can still be distributed to all and all can fill in at the same time. Unlike the natural walk effect analysis sheet according to the sixth invention, in the natural walk effect analysis apparatus according to the present invention that must be entered one by one in order, a waiting time occurs, so in order to reduce this waiting time, Multiple laptops can be used at the same time.

  In the natural walk effect analysis apparatus according to the present invention, at least the name of the participant or data that can identify the participant is input by the character data input means, and each input data is stored and displayed using this data as a key. Or can be output, enabling use by multiple people. Then, by displaying three or more questions and a color sample of a plurality of colors on the display means, the participant can answer and select using the character data input means and the color data input means while looking at it. The natural walk effect analysis program for proceeding with the analysis process and the program necessary for the analysis (in the present invention, the radar chart creation program) are input by the program input means and stored in the data storage means.

  Then, the radar chart is created in the analysis means based on the radar chart creation program, the radar chart data is saved in the data storage means, and the created radar chart and color samples before and after the natural walk are displayed on the display means. Is displayed. Therefore, the participant can change the color selected by looking at the radar chart displayed on the display means from the change in the shape of the radar chart and the size of the polygon, and by looking at the color samples before and after the natural walk. Therefore, the stress relieving effect and relaxing effect of natural walking can be immediately realized on the spot, and each participant can confirm the natural walking effect.

  On the other hand, since the organizer can save the data of all participants in the data storage means, it is possible to accumulate data without waiting for the participants, and it is also possible to improve more than three questions and color samples of multiple colors Can be useful.

  In this way, the effect of the natural walk can be immediately shown as scientific data to the participant on the spot, and the natural walk effect analysis apparatus can be realized to realize the effect of the natural walk.

  The natural walk effect analysis device according to the invention of claim 8 further includes a data output means for outputting the radar chart created by the analysis means and / or the inputted color data as an image. As a result, each participant can not only see the radar chart and color sample displayed on the display means on the spot, but also bring back the radar chart and color data image output to the print paper etc. by the data output means. Therefore, even after the end of the nature walk, each participant can feel the stress relieving effect and relaxation effect of nature walk, and the nature walk effect can be confirmed.

  In addition, since the data output by the portable data output means outdoors takes time even if a plurality of data output means are used, the data output by the data output means is performed by the staff after the natural walk party is finished. It is also possible to return and use indoor data output means and send it to each participant at a later date by mail or the like. This eliminates the need for a portable data output means and helps to save costs.

  In this way, the effect of the natural walk can be immediately shown as scientific data to the participants on the spot, and the effect of the natural walk can be realized. It becomes a nature walk effect analysis device that allows you to feel the effect.

  In the natural walk effect analysis device according to the invention of claim 9, the analyzing means further quantifies the color representing the mood of the participant before the natural walk and the color representing the mood of the participant after the natural walk, and the natural walk The change in mood of the participants before and after is also digitized, the data storage means also saves the digitized color data, the display means displays the digitized color data as numeric values, and the data output means is a numeric value. The converted color data is also output as numerical values.

  That is, in the natural walk effect analysis apparatus according to the present invention, a color data digitization program is input from the program input means, and the color representing the mood of the participant before and after the natural walk is digitized, and participation from both numerical values is also performed. The person's mood change is also digitized, and the effect of natural walking is expressed as a specific numerical value. This allows participants to see not only radar charts and color data images but also numerical values of digitized color data on the spot by looking at the display means. In particular, you can feel the stress relief effect and relaxation effect of nature walking, and you can confirm the nature walking effect.

  In this way, the natural walk effect analysis device that can immediately show the effect of the natural walk to the participants on the spot as a more specific numerical value, and have the effect of the natural walk be realized more specifically Become.

  The natural walk effect analysis device according to the invention of claim 10 further comprises photo data input means for inputting the photograph data of the participant before the natural walk and the photograph data of the participant after the natural walk, respectively, and a data storage means. Also stores the inputted photographic data, the display means displays the inputted photographic data as an image, and the data output means outputs the inputted photographic data as an image.

  As described above, according to the experience of the present inventor, it is known that the expression of the participants changes significantly before and after the forest walk in the forest walk as one of nature walks. Therefore, for example, using a digital camera as a photo data input means, take snapshots before and after a natural walk so that participants' faces can be seen, and connect them to a laptop computer using a USB cable etc. By transferring the photo data and displaying the photos before and after the natural walk side by side on the display means (in this case, the display of the laptop computer), the participants can feel the effect of the natural walk at a glance. it can. Furthermore, by outputting data before and after the nature walk with the data output means and taking them back on the spot or sending them at a later date, the effect of the nature walk can be realized even after the nature walk is finished.

  In this way, the effect of the natural walk can be immediately shown to the participants as more prominent data on the spot, and the natural walk effect analysis device can be more specifically realized. .

  In the natural walk effect analysis device according to the invention of claim 11, the analysis means further analyzes and digitizes the inputted photographic data, and the data storage means also saves and displays the quantified photographic data. The means displays the digitized photo data as a numerical value, and the data output means outputs the digitized photo data as a numerical value.

  That is, in the natural walk effect analysis apparatus according to the present invention, the image analysis program is input from the program input means, and the photograph data of the participants before and after the natural walk is digitized, and the natural walk effect is set as a specific numerical value. It represents. This allows participants to view not only radar charts, color data images and photographs, but also numerical values of photographic data on the spot by looking at the display means. Specifically, you can feel the stress relieving effect and relaxing effect of nature walking, and you can confirm the nature walking effect.

  In this way, the natural walk effect analysis device that can immediately show the effect of the natural walk to the participants on the spot as a more specific numerical value, and have the effect of the natural walk be realized more specifically Become.

  The natural walk effect analysis device according to the invention of claim 12 is further characterized in that the character data input means includes the maximum blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and the maximum blood pressure / minimum blood pressure and pulse of the participant after the natural walk. The data storage means also saves the input systolic blood pressure / minimum blood pressure and pulse rate numerical data, and the display means also stores the systolic blood pressure / minimum blood pressure and pulse rate numerical data as numerical values. The data output means displays the numerical data of the maximum blood pressure / minimum blood pressure and the pulse rate as numerical values.

  In order to measure a participant's systolic blood pressure / minimum blood pressure and pulse rate, a portable digital display sphygmomanometer can be used for easy measurement. Therefore, if the organizer prepares one or more portable digital display sphygmomanometers, each participant measures it sequentially and inputs each numerical value using the character data input means. good. As mentioned above, changes in blood pressure and pulse rate in stress and relaxed states are well known, and each participant can compare the maximum and minimum blood pressure and pulse rate before and after a natural walk as numerical values. More scientifically, you can immediately feel the stress relief and relaxation effect of nature walking on the spot.

  In this way, the effect of the natural walk can be immediately shown as more scientific data to the participants on the spot, and the natural walk effect analyzing apparatus can be realized to realize the effect of the natural walk.

  The natural walk effect analysis apparatus according to the invention of claim 13 further includes thermographic data representing the surface temperature distribution of the face and / or limbs of the participant before the natural walk and the face of the participant after the natural walk and / or Thermographic data input means for inputting thermographic data representing the surface temperature distribution of the limbs with colors is provided, the data storage means also stores thermographic data, and the display means also inputs the input thermographic data as an image. The data output means displays the input thermographic data as an image.

  If a portable thermography is used as the thermography data input means, the thermography data of the participant can be photographed on the spot and transferred to the notebook computer even in the field. Since the participants are lightly dressed in the warm season, not only the face but also the limbs are partly exposed, so thermographic data can be taken. It is well known that the blood flow of a person changes depending on the degree of stress and the degree of relaxation, which is reflected in the skin surface temperature. Therefore, by displaying and comparing thermographic image data representing the surface temperature distribution of the faces and limbs of participants before and after a natural walk on the display means, the stress relief effect of natural walk and relaxation The effect can be realized immediately on the spot.

  In this way, the natural walk effect analysis device that can immediately show the effect of the natural walk to the participants as more scientific data on the spot, and have the effect of the natural walk be more concretely realized. Become.

  In the natural walk effect analysis device according to the fourteenth aspect of the present invention, the analysis means further analyzes and digitizes the input thermography data, and the data storage means also saves the digitized thermography data. The display means displays the digitized thermographic data as numerical values, and the data output means outputs the digitized thermographic data as numerical values.

  That is, in the natural walk effect analysis device according to the present invention, the image analysis program is input from the program input means, the thermography data of the participants before and after the natural walk is digitized, and the natural walk effect is set as a specific numerical value. It represents. This allows participants to view not only radar charts, color data images, and thermographic images, but also digitized thermographic data values on the spot by viewing the display means. More specifically, you can feel the stress relief effect and relaxation effect of nature walking, and you can confirm the nature walking effect.

  In this way, the natural walk effect analysis device that can immediately show the effect of the natural walk to the participants on the spot as a more specific numerical value, and have the effect of the natural walk be realized more specifically Become.

  The computer-readable recording medium according to the invention of claim 15 has at least three items concerning a procedure for inputting at least the name of the participant of the natural walk or data for identifying the participant by the input means and the feeling of the participant before the natural walk. A procedure for displaying the above questions on the display means, a procedure for inputting numerical values indicating three or more stages for three or more questions using the input means, and displaying a plurality of color samples on the display means Enter the procedure, the procedure to select the color representing the mood of the participant before nature walk from multiple color samples and enter it using the input means, and the data that can identify the participant's name or participant after nature walk 3 or more items that correspond to 3 or more questions before the nature walk about the procedures to be input by means and the feelings of participants after the nature walk A procedure for displaying a question on the display means, a procedure for inputting numerical values of three or more steps by the input means for each of three or more corresponding questions, a procedure for displaying a plurality of color samples on the display means again, A procedure for selecting a color representing the mood of a participant after a natural walk from a plurality of color samples and inputting the selected color using an input means, and a plurality of three levels for three or more input questions 3 A procedure to create a polygonal radar chart that represents the feelings of participants before and after a natural walk from more than one number, and a procedure to save the data of the created radar chart and the data of the selected color sample The procedure for displaying the radar chart and the image of the selected color sample on the display means and / or outputting them by the data output means is executed on the computer. It is a recording of a program to.

  By causing the computer to execute such a program, each participant can feel the stress relieving effect and relaxation effect of natural walking by looking at the radar chart and color samples displayed on the display means on the spot. I can confirm. Or you can bring back the radar chart and color data image output on the print paper etc. by the data output means, so you can feel the stress relief effect and relaxation effect by natural walking even after the natural walking party is over, The effect can be confirmed.

  In addition, since the data output by the portable data output means outdoors takes time even if a plurality of data output means are used, the data output by the data output means is performed by the staff after the natural walk party is finished. It is also possible to return and use indoor data output means and send it to each participant at a later date by mail or the like. This eliminates the need for a portable data output means and helps to save costs.

  In this way, the effect of the nature walk can be immediately shown as scientific data to the participants on the spot, and the effect of the nature walk can be realized, or even after the nature walk is finished, It becomes a computer-readable recording medium in which the effect can be realized.

  The computer-readable recording medium according to the invention of claim 16 is further selected to represent the inputted color sample data representing the mood of the participant before the natural walk and the mood of the participant after the natural walk. The procedure for digitizing each of the color sample data, the procedure for saving the created radar chart data and the selected color sample data and the digitized color data, the created radar chart and the selected data A program for causing a computer to execute a procedure for displaying an image of a color sample and a numerical value of digitized color data on a display unit and / or outputting by a data output unit is recorded.

  By causing the computer to execute such a program, participants can view not only radar charts and color data images, but also numerical values of digitized color data on the spot by viewing the display means. Each participant can feel the stress relief effect and relaxation effect of nature walking more specifically, and can confirm the nature walking effect.

  In this way, the computer-readable recording medium that can immediately show the effect of the nature walk to the participant immediately on the spot as a more specific numerical value, and can have the effect of the nature walk more concretely realized. It becomes.

  The computer-readable recording medium according to the invention of claim 17 further includes photograph data of the participant before the natural walk and / or numerical data representing the maximum blood pressure / minimum blood pressure and the pulse rate of the participant before the natural walk in numerical values. And / or a procedure for inputting thermographic data representing the surface temperature distribution of the face and / or limbs of the participant before the nature walk and the photograph data of the participant after the nature walk and / or the participant after the nature walk. Procedure for inputting numerical data representing the maximum blood pressure / minimum blood pressure and pulse rate of the child and / or thermographic data representing the surface temperature distribution of the face and / or limbs of the participant after natural walking Procedures for storing photographic data and / or numerical data of systolic blood pressure / diastolic blood pressure and pulse rate and / or thermography data, and radar chart A computer that displays an image of a color sample, an image of photographic data, and / or a numerical value of systolic blood pressure / diastolic blood pressure and pulse rate and / or an image of thermographic data on a display means and / or a data output means. The program to be executed is recorded.

  By causing the computer to execute such a program, the display means displays the photographs before and after the natural walk and / or the numerical values of the systolic blood pressure / diastolic blood pressure and pulse rate and / or the image of the thermography data side by side. You can feel the effect of nature walking at a glance. Furthermore, before and after the natural walk, and / or the data of the systolic blood pressure / diastolic blood pressure and pulse rate and / or the image of the thermography data are output side by side by the data output means, and are taken back on the spot or sent later. As a result, the effect of the natural walk can be realized even after the natural walk.

  In this way, the computer-readable recording medium that can immediately show the effect of the nature walk to the participants as more prominent data on the spot, and can have the effect of the nature walk more concretely realized. Become.

  The computer-readable recording medium according to the invention of claim 18 further quantifies the input color representing the mood of the participant before the natural walk and the color representing the mood of the participant after the natural walk. And the entered photograph data of the participant before the natural walk and / or numerical data and / or thermography data representing the maximum blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and the natural walk after the natural walk Participant's photograph data and / or numerical data that expresses systolic blood pressure, diastolic blood pressure and pulse rate numerically and / or thermographic data respectively, procedure of radar chart data, numerical color Data and digitized photographic data and / or numerical data of systolic blood pressure / diastolic blood pressure and pulse rate and / or thermographic data are retained. Procedure and the created radar chart, digitized color data values and / or color sample images, digitized photo data values and / or photo data images, and / or systolic blood pressure / diastolic blood pressure And a procedure for displaying a numerical value of the pulse rate and / or a numerical value of the digitized thermography data and / or an image of the thermographic data on the display means and / or outputting the data by the data output means. Is recorded.

  By having the computer execute such a program, participants see not only radar charts, color data images, photographs, and thermographic images, but also the numerical values of each digitized data on the spot by viewing the display means. Therefore, each participant can feel the stress relaxation effect and relaxation effect of natural walking more specifically, and can confirm the natural walking effect.

  In this way, the computer-readable recording medium that can immediately show the effect of the nature walk to the participant immediately on the spot as a more specific numerical value, and can have the effect of the nature walk more concretely realized. It becomes.

  The natural walk effect analysis device or the computer-readable recording medium according to the invention of claim 19 takes a group photo for each small number of people as photograph data of participants before nature walk and photograph data of participants after nature walk. The photograph of the corresponding participant is extracted from the group photo and used.

  A small group photo is used when analyzing a participant's face photograph using an image analysis program, but a face photograph from the front is required. Therefore, it is a group photo that allows a more natural expression to be taken from the front. However, in the group photo of all 20 people in a group, each person's face becomes smaller, so the group photo divided into small groups is taken.

  In this way, a natural walk effect analysis apparatus or a computer-readable recording medium that can perform analysis by an image analysis program using photograph data before and after a natural walk of a participant with a more natural expression.

  The natural walking effect analysis sheet, the natural walking effect analysis device, or the computer-readable recording medium according to the invention of claim 20 has 5 or more questions and 5 or more and 15 or less questions. If the number of questions is less than 5, the participants' feelings cannot be quantified sufficiently. If the number of questions exceeds 15, the answer takes time, and 15 items are sufficient.

  In this way, a natural walking effect analysis sheet, a natural walking effect analysis device, or a computer-readable recording medium that can sufficiently digitize the feelings of participants in a short time is obtained.

  The natural walk effect analysis sheet, the natural walk effect analysis device, or the computer-readable recording medium according to the invention of claim 21 is a participant after a natural walk for a guide who took charge of a natural walk among three or more questions. The questioner answering with a numerical value indicating multiple stages of three or more levels is put in, and the guider index is calculated by averaging the numbers for all participants, and after the natural walk based on the guider index It corrects the radar chart that expresses the participants' feelings.

  Natural walks such as walking in the forest have a great impact on how well you are guided by your guide. Therefore, in order to obtain a more objective radar chart, if the guider index is large (the guider's evaluation is high by the participants after a natural walk), the question items that depend on the explanation of the guide, etc. If the guider index is small (the guider's evaluation by the participants after a natural walk is low), the numerical value is slightly reduced. to correct. This makes it possible to obtain a more objective radar chart that eliminates elements due to differences in guides.

  Further, by accumulating the guider index for each guider every time the nature walk is performed, it is possible to use it for re-education for a guideer having a low accumulated guider index.

  In the natural walking effect analysis sheet, the natural walking effect analysis device, or the computer-readable recording medium according to the invention of claim 22, the plurality of stages of three or more stages in answering a question is 5 stages or more and 9 stages or less. If the answer to the question is less than 5 levels, it is difficult for the participants to answer, and the data is not objective, and if the answer to the question exceeds 9 levels, the analysis becomes difficult, and 9 levels are sufficient. In particular, it is more preferable that the number of steps is 7 because the participant can easily answer without hesitation and can easily perform analysis.

  In this way, a natural walking effect analysis sheet, a natural walking effect analysis device, or a computer-readable recording medium that can sufficiently digitize the feelings of participants in a short time is obtained.

  The natural walk effect analysis sheet, the natural walk effect analysis device, or the computer-readable recording medium according to the invention of claim 23 has a plurality of color chips or a plurality of color samples of 5 to 20 colors. This is because there are cases where there are too few color chips or color samples of less than 5 colors and there is no color representing the mood of the participant, while there are too many colors chips or color samples, and there are too many colors and the participants get lost. In particular, it is more preferable that the number of colors is around 12 because the color representing the mood of the participant is included in most cases without causing the participant to get lost.

  In this way, a natural walk effect analysis sheet, a natural walk effect analysis device, or a computer-readable recording medium that can select a color representing the mood of the participant in a short time is obtained.

  The natural walk effect analysis set according to the invention of claim 24 is the natural walk effect analysis sheet according to any one of claims 1 to 6 or claim 20 to claim 23. And a color chip file storing a plurality of color chips for representing the mood of the participants, each of which is twice or more the number of participants.

  When taking a nature walk, it is necessary to distribute the nature walk effect analysis sheet to all participants. Therefore, more than the number of participants, the nature walk effect analysis sheet is necessary. Is preferable. In addition, multiple color chips for expressing the mood of the participants are selected before and after the natural walk, so even if all the participants select the same color before and after the natural walk, Just prepare twice as many chips as the number of participants. Thus, the natural walk can be smoothly carried out by using the necessary number of natural walk effect analysis sheets and the color chip file storing the required number of color chips as a set.

  Embodiments of the present invention will be described below with reference to the drawings.

Embodiment 1
First, a first embodiment according to the natural walk effect analysis sheet and the natural walk effect analysis set of the present invention will be described with reference to FIGS.

  FIG. 1 is a perspective view showing the contents of a natural walk effect analysis set according to the first embodiment of the present invention. FIG. 2 is a diagram showing a cover page of the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 3 is a diagram showing a question page of the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 4 is a view showing a page to be pasted with a photograph of the natural walk effect analysis sheet according to the first exemplary embodiment of the present invention. FIG. 5 is a diagram showing a radar chart page of the natural walk effect analysis sheet according to the first exemplary embodiment of the present invention. FIG. 6 is a diagram showing a description of the color chip used in the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 7 is a flowchart showing a natural walking procedure using the natural walking effect analysis set according to the first embodiment of the present invention.

  As shown in FIG. 1, the natural walk effect analysis set 1 according to the present embodiment is a natural walk self-guide sheet (hereinafter simply referred to as “guide”) corresponding to the natural walk effect analysis sheet of the present invention distributed to participants. 2 ”and a color chip file 3 used by a natural relaxation advisor (hereinafter also simply referred to as“ advisor ”). The guide sheet 2 is pasted with a face photograph (snap photograph) 4A before the nature walk of the participant taken with a small digital camera, a face photograph 4B after the nature walk, and a color chip 6.

  As shown in FIGS. 2, 3, 4, and 5, the guide sheet 2 includes a cover page 2 </ b> A having a name entry column 2 a and a column describing how to use the guide sheet 2. And 4a, 4b for pasting the face photo before nature walk 4B and the face photo after nature walk 4B side by side on the check page 2B that quantifies the feelings after nature walk in 10 steps for 10 questions each. A page 2C having columns 6a and 6b for pasting the color chip 6 representing the mood before and after the walk, and a page 2D of the comparative radar chart for comparing the numerical values entered on the check page 2B in a hexagonal graph. It is composed of

  The color chip file 3 is a file made of thick paper having a gusset 3a on the inside, and includes a color chip instruction manual 5 and 40 color chips 6 each of 40 sheets stored in the gusset 3a. As shown in FIG. 6, the color chip usage manual 5 is used when an advisor explains to the participants how to use the color chip 6. The color chip 6 is peeled off for each color one by one. It can be pasted without glue. There are 40 color chips 6 for each color. Natural walks can be conducted while listening to the explanation of the guide, so there is a limit of 20 people per group. This is because even if you choose the same color before and after nature walks, you only need 40.

  Next, how to use the natural walking effect analysis set 1 in actual natural walking will be described with reference to the flowchart of FIG. When the “nature walk” is started in step S1, snapshots are taken by the staff with a digital camera in order from the participants who gathered before the set time (step S2). This is used as a face photograph 4A before nature walk, but is taken as a snapshot so that the participant's consciousness does not make the facial expression stiff. When all the participants have gathered, the guide sheet 2 is distributed to all the participants (step S3), and the usage of the guide sheet 2 and the precautions for natural walk are explained by the advisor (step S4).

  Furthermore, the advisor explains the color chip 6 based on the color chip use manual 5 (step S5). That is, as shown in FIG. 4, as explained in the page 2C and pasting fields 6a and 6b of the guide sheet 2, the adviser says, “From the color chip, the color that you think is closest to the color that represents you now. “Please select.” The color chip file 3 is opened and the 12-color chip 6 stored therein is shown to the participants. Then, the advisor peels off the color chips 6 selected by each participant one by one, and the participants paste the received color chips 6 on the column 6a of the page 2C of their guide sheet 2 (step S6). If there is a participant who does not understand well, the advisor will explain again while showing the color chip usage manual 5 (FIG. 6) stored in the color chip file 3.

  Subsequently, each participant enters predetermined items in each column of his guide sheet 2 (step S7). That is, in the entry field 2a of the cover page 2A shown in FIG. 2, the date, the name of the nature walking party, the name of the nature walking party, and the place where the nature walking party was held (XX Forest , △△ town □□ mountain, etc.) first, then in the upper column of the check page 2B shown in FIG. And enter each numerical value in the score field 2b. For example, for the question “I feel calm” in item (1), if I do n’t feel so calm, circle “2” (or “3”) and “2” in the score field 2b. (Or “3”).

  In the page 2C shown in FIG. 4, if the reason for selecting the color chip 6 is found in the column below the column 6a to which the color chip 6 selected in step S6 is pasted, it is simply entered. If you don't come up with a reason, you don't have to fill it out. In addition, in the column 2d below, enter what you think is what you mean before taking a walk with plants and flowers, and simply enter it if you find the reason. If you don't come up with a reason, you don't have to fill it out. Then, in the page 2D of the comparative radar chart shown in FIG. 5, the numbers entered in the score field 2b of the check page 2B shown in FIG. 3 are the correspondences between the items A, B,. Referring to, create a hexagonal comparative radar chart by marking ● and connecting each ● with a line. It should be noted that the entries on this page 2D may be performed together after a natural walk.

  When all the participants have finished filling in the guide sheet 2, the staff collects the guide sheet 2 (step S8), and a natural walk is carried out by an advisor or an exclusive guide (step S9). An adviser or an exclusive guide walks along a predetermined course and explains to participants the names, origins and uses of the names of trees and plants growing along the course. The nature walk itself is usually about 2 to 3 hours, and if it is long, it takes about 8 hours with a lunch break. It is not long (about 1 km to about 5 km). If the course of nature walking is a round course and the starting point and goal point are the same, the staff is waiting in the hut at the starting point. If the start point and the goal point are different, the staff takes all the guide sheets 2 collected in step S8 and goes ahead with a car or the like and waits at the goal point.

  When the nature walk is completed, the staff again takes a snapshot of each participant (step S10), and then each participant distributes the guide sheet 2 completed in step S7 to each participant (step S11). ) First, select the color chip after a natural walk. That is, as in step S6, as described in the description of page 2C and pasting fields 6a and 6b of guide sheet 2 shown in FIG. 4, the advisor advises that “the color that you think is closest to the color that represents you now” Please choose from the inside. "Say, open the color chip file 3 to show the 12 color chips 6, and the advisor will remove each color chip 6 selected by each participant and give it to the participants. The color chip 6 is pasted on the column 6b of the page 2C of the own guide sheet 2 (step S12).

  Subsequently, the participant fills in the remaining part of the guide sheet 2 (step S13). That is, in the lower column of the check page 2B shown in FIG. 3, the feelings after the natural walk are digitized in seven steps for 10 questions, and each circled value is entered in the score column 2c. For example, in response to the question “I feel calm” in item (1), if I feel very calm, mark “7” with “○” and enter “7” in the score field 2c. In the page 2C shown in FIG. 4, if the reason for selecting the color chip 6 is found in the column below the column 6b where the color chip 6 selected in step S12 is pasted, it is simply entered. If you don't come up with a reason, you don't have to fill it out.

  In addition, in the column 2e below, enter what you think is what you mean after walking to a plant / flower, and simply enter it if you find the reason. If you don't come up with a reason, you don't have to fill it out. Then, on the page 2D of the comparative radar chart shown in FIG. 5, the numbers entered in the score field 2c of the check page 2B shown in FIG. 3 are the correspondences between the items A, B,. Referring to, create a hexagonal comparative radar chart by placing a circle and connecting each circle with a line. If the page 2D is not filled in step S7, a comparative radar chart before the natural walk is also created by referring to the numbers entered in the score column 2b before the natural walk.

  During this time, the staff prints out the snapshot 4A before nature walk of each participant taken at step S2 and the snapshot 4B after nature walk taken at step S10 with a battery-powered portable printer dedicated to digital cameras. (Step S14). The snapshots 4A and 4B are taken and printed using an instant camera (for example, “Check” (registered trademark) manufactured by Fuji Photo Film Co., Ltd.) instead of using a digital camera and a dedicated battery-powered portable printer. You can go. This eliminates the need for a dedicated battery-powered portable printer.

  Then, when all the participants have completed the entry into the guide sheet 2, the staff collects the guide sheet 2 (step S15), and the column 4a on page 2C shown in FIG. The snap photographs 4A and 4B are pasted on 4b. Then, the front (pages 2A, 2D) and back (pages 2B, 2C) of the guide sheets 2 of all the participants are photographed with a digital camera and stored as data (step S16), and then the snapshots 4A, 4B are pasted. The attached guide sheet 2 is returned to each participant (step S17). This is the end of the nature walk party (step S18).

  As a result, the participant can view the photograph 4A before the natural walk and the photograph 4B after the natural walk pasted in the fields 4a and 4b of the page 2C shown in FIG. 4 of the returned guide sheet 2. By comparing and viewing, it is possible to realize a favorable effect such as a relaxing effect by natural walking from the change of facial expression. In addition, by comparing the comparison radar chart on page 2D shown in FIG. 5 with the one before the natural walk and the one after the natural walk, the preferable effects such as the relaxation effect by the natural walk are more specifically described. The effects of the individual items "liveness", "mood", "anxiety", "fatigue", depending on the size of the visual hexagon (a larger hexagon is more preferable) and the change in distortion “Tension” and “calmness” can be known by looking at the change in each numerical value.

  On the other hand, the organizer prints out and analyzes pages 2A, 2B, 2C, and 2D of each participant's guide sheet 2 stored as photographs in the digital camera, thereby accumulating objective data for natural walking. It can also be used to improve future nature walks and to improve the nature walk self-guide sheet 2 and the color chip file 3. In particular, in the lower column of page 2B shown in FIG. 3 of the guide sheet 2, in charge of a nature walk, “How satisfied are you with the guide” as item (9) in 10 questions? Since there is a question that answers the impressions of participants after walking around the nature in seven steps, the guider index is calculated by averaging these numbers for all participants. Based on this, it is possible to correct the hexagonal radar chart that represents the feelings of participants after a natural walk.

  That is, for example, when the guider index is less than 4 indicating “normal”, “A, B,..., H except for“ G ”on page 2D shown in FIG. ] Is multiplied by a coefficient exceeding 1.0 to correct the hexagonal shape of the radar chart after a natural walk. Conversely, when the guider index exceeds 4 indicating “normal”, the numerical values of “A, B,..., H” excluding “G” are less than 1.0 so as to be inversely proportional to the numerical value. Multiply the coefficient to correct the hexagonal shape of the radar chart after a natural walk.

  Since this process takes time if it is immediately performed on the spot, the participant takes home the natural walk self-guide sheet 2 filled in by himself for the time being. Thereafter, the guider index is calculated and the radar chart is corrected, and each participant may be sent by mail later or stored as data on the organizer side.

  Furthermore, as shown in FIG. 2, the guide sheet 2 has a signature column of the natural relaxation advisor below the name entry column on page 2A. In this case, the name of the guide is also written in the signature field.) The guider index data for each advisor is accumulated each time the nature walk is repeated. Therefore, advisors with a low accumulated guider index can be re-educated as guides.

  In the first embodiment, the description has been given of the case where all the columns of the natural walk self-guide sheet 2 as the natural walk analysis sheet are printed on the front and back of one sheet. The self-guide sheet 2 may be set to two or more by strolling it on two or more sheets and stopping it with a stapler.

  In the first embodiment, the natural walk self-guide sheet 2 serving as a natural walk analysis sheet is provided with a column for entering numerical values of systolic blood pressure / minimum blood pressure and pulse rate, or a column for pasting thermographic image data. However, by preparing a portable digital display sphygmomanometer or portable thermography, and providing a field for filling or pasting one or both of them, you can feel the effect of natural walking more scientifically. I can have you.

  Further, the natural walk self-guide sheet 2 as the natural walk analysis sheet according to the first embodiment may be provided with a column for entering the number of steps of each participant in the natural walk. Specifically, ask each participant to wear a pedometer (registered trademark), read the number of steps walked by natural walk after a natural walk, and enter the number of steps in each participant's natural walk self-guide sheet 2. It is something to be received. In this way, you can get a real sense of how much you walked.

  In addition, as a paper for printing the nature walk self-guide sheet 2 as a nature walk analysis sheet, a copy prevention paper (characters such as “copy”, “COPY”, “copy prohibited”, etc. on the entire copy paper when applied to a copy machine for copying) If you use a special paper that pops out or the copy paper becomes entirely black), the nature walk self-guide sheet 2 created by the inventor after many years of experience and collected data, This is more preferable because it can prevent unauthorized copying and use without the permission of the present inventor.

Embodiment 2
Next, a second embodiment of the natural walk effect analysis apparatus and computer-readable recording medium of the present invention will be described with reference to FIGS.

  FIG. 8 is a schematic diagram showing the configuration of the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 9A is a perspective view showing a specific example of the natural walk effect analyzing apparatus according to the second embodiment of the present invention, and FIG. 9B is a block diagram showing its internal configuration. FIG. 10 is a flowchart showing the contents of a program recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 11 is a flowchart showing a procedure of mood input processing recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 12 is a flowchart showing a procedure of color selection processing recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 13 is a flowchart showing the procedure of an analysis data output process recorded on a computer-readable recording medium executed in the natural walk effect analysis apparatus according to the second embodiment of the present invention.

  First, the configuration of the natural walk effect analysis apparatus according to the second embodiment will be described with reference to the schematic diagram of FIG.

  As shown in FIG. 8, the natural walk effect analysis apparatus M1 according to the second exemplary embodiment includes items to be input, questions to be answered, 12 color samples representing colors of participants, and analysis results. The display means M2 that displays the name of the participant of the nature walk or the data (membership number etc.) that can identify the participant, the date of the nature walk, and the feeling of the participant before and after the nature walk Character data input means M3 for answering the 10 questions asked in seven steps and inputting the numerical values, and the maximum blood pressure / minimum blood pressure and pulse rate values of the participants before and after the natural walk A color data input means M4 for selecting a color representing the mood of the participant before the nature walk and a color representing the mood of the participant after the nature walk from the 12 color samples and inputting them respectively; Participants after nature walk Photographic data input means M5 for inputting photographic data, thermographic data input means M6 for inputting thermographic data representing the surface temperature distribution of the face and limbs of the participants before and after the natural walk, respectively. Analyzing each input data and creating a radar chart showing the feelings of participants before and after nature walks from 10 numerical values indicating 7 levels for 10 questions. There is an analysis means M7 for digitizing the color representing the mood of the participant after the walk, the photograph data of the participant before and after the nature walk, and the thermography data of the participant before and after the nature walk. .

  Further, a program for causing the analysis means M7 to execute display by the display means M2 and input by the character data input means M3, color data input means M4, photo data input means M5, thermographic data input means M6, etc. (natural walk effect analysis) Software) M11 and program input means M8 for inputting a program necessary for analysis, the input program and data are stored, the program and data are supplied to the analysis means M7, and the radar chart data created by the analysis means M7 The data storage means M9 for storing each digitized data, the radar chart created by the analysis means M7, the digitized color data / photo data / thermographic data numerical values, and the input color data / photo data・ Image of thermography data and the best ; And a data output unit M10 for outputting the value of pressure-diastolic blood pressure and pulse rate as output data M15.

  Here, in order to execute the data analysis by the analysis means M7, the radar chart creation software M12, the color data digitization software M13, and the image analysis software M14 are necessary, and the programs recorded in these are input to the program input means M8. To the analysis means M7.

  Specifically, as shown in FIG. 9A, the natural walk effect analysis apparatus 11 according to the second exemplary embodiment is configured with a notebook personal computer 12 as the center.

  That is, the natural walk effect analysis apparatus 11 according to the second embodiment includes a display 13 as display means, a keyboard 14 as character data input means, a mouse (slide pad type) 15 as color data input means, A digital camera 17 as a photographic data input means, centering on a notebook computer 12 comprising a disc tray 16 as a program input means and a personal computer body equipped with a processor (CPU), a memory and the like as analysis means and data storage means. The portable thermography 18 is a thermographic data input means, and the battery-powered portable color printer 19 is a data output means.

  These external devices, that is, the digital camera 17, the portable thermography 18, and the battery-type portable color printer 19 are each connected to the USB port 12a of the notebook computer 12 via the USB cable 12b when used. Since these notebook personal computer 12, digital camera 17, portable thermography 18, and battery-powered portable color printer 19 are all small, lightweight and battery-powered, they can be easily carried during natural walks in forests and the like. Can be used on the spot.

  Furthermore, a more detailed configuration of the natural walk effect analysis device 11 will be described with reference to the block diagram of FIG. 9B. The notebook personal computer 12 has a CPU (central processing unit) 23, ROM 24, RAM 25, A / D inside. A converter 26 is provided, and an input port 20 and an output port 21 are further provided, and a bus 22 is connected between them so that data can be transferred. The CPU 23, the RAM 25, the A / D converter 26, and the bus 22 constitute the analysis means M7, and the memory devices of the ROM 24 and the RAM 25 constitute the data storage means M9.

  When a CD-ROM or CD / RW (corresponding to the computer-readable recording medium of the present invention) on which the natural walk effect analysis software M11 is written is placed on the disc tray 16 and the disc tray 16 is accommodated, the input port 20 is set. Thus, the natural walk effect analysis software M11 is read, and the natural walk effect analysis program described below is executed.

  Next, specific contents of the natural walk effect analysis program executed by the natural walk effect analysis apparatus 11 according to the second embodiment will be described with reference to the flowcharts of FIGS. 10 to 13. When analysis is started in step S21 of FIG. 10, a screen requesting input of a name, a membership number, and the date (year / month / day) of the day is first displayed on the display 13 of the notebook personal computer 12, so that the keyboard 14 is used. The name, member number, and date are entered as characters (step S22). If the participant does not have a membership number, the membership number is automatically given when only the name is entered. Subsequently, a subroutine for inputting the mood before nature walk is executed (step S23).

  Specifically, as shown in FIG. 11, first, 10 questions are displayed on the display 13 (step S40). This screen is a natural walk self-guide sheet according to the first embodiment shown in FIG. 2 is almost the same as the upper column of page 2B. Since the cursor is initially flashing in the uppermost column (the column for inputting the numerical value for the question of item (1)) in the numerical value input column (corresponding to the score column 2b in the upper column of page 2B), the numeric keypad 14 Enter the numerical value for the question of item (1) using and press the ENTER key to move the cursor to the next lower column. In this way, numerical values X1, X2,..., X10 for the items (1) to (10) are input (step S41).

  Next, it is determined whether or not all the numerical values X1, X2,..., X10 have been input (step S42). If the determination result is YES, the process proceeds to step S43, and if it is NO, the process proceeds to step S44. The numerical value Xn (1 ≦ n ≦ 10) that has not been displayed is displayed on the display 13 as “Please answer the nth question”, and the nth question is displayed on the display 13 (step S45). Xn is input using the numeric keypad (step S46). This process is repeated until the determination result in step S42 is YES.

  Next, in step S43, it is determined whether or not all of the input numerical values X1, X2,..., X10 are natural numbers of 1 or more and 7 or less, and if the determination result is YES, the process proceeds to step S49. X1, X2,..., X10 are stored in the memory (RAM 25) together with the member number input or automatically given in step S22 of FIG. 10, and the subroutine for inputting the mood before the natural walk ends. Return to 10 main routine.

  On the other hand, if the determination result in step S43 is NO, the process proceeds to step S47, and for the numerical value Xn determined as NO (1 ≦ n ≦ 10), “1, 2, 3, 4, 5, "Please enter any number between 6 and 7" is displayed on the display 13, and the numerical value Xn is entered using the numeric keypad (step S48). This process is repeated until the decision result in the step S43 becomes YES.

  Subsequently, in step S24 of the main routine of FIG. 10, a subroutine for selecting a color representing the mood before natural walking is executed. Specifically, as shown in Fig. 12, first of all, the text "Please select the color that represents you now from the bottom 12 colors and click" and the rectangular color sample of 12 colors below it is full color. It is displayed on the display 13 (step S50). Therefore, the mouse (slide pad type) 15 is operated to move the arrow over the corresponding color sample, and when clicked, the determination in step S51 is YES, and whether or not only one color is clicked is advanced to step S52. Is determined.

  If this determination result is YES, the process proceeds to step S54, and the rectangle of the clicked color sample is surrounded by a thick frame, and “Are you sure you want to use this color? The text “Please click” and a “Confirm” button and a “Cancel” button are additionally displayed on the display 13. Therefore, when the mouse 15 is operated and the [OK] button or [Cancel] button is clicked, the determination in step S55 is YES, and the process proceeds to step S56 to determine whether or not the [OK] button is clicked. . If the determination result is YES, the process proceeds to step S57, where the color number previously assigned to the clicked color sample is stored in the memory (RAM 25) together with the member number input or automatically assigned in step S22 of FIG. ), And the subroutine for selecting the color representing the mood before the nature walk ends, and the process returns to the main routine of FIG.

  On the other hand, if the decision result in the step S52 is NO, the process proceeds to a step S53 to display a message “Please select only one color” on the display 13, and the process returns to the step S50 to display the first screen. That is, a sentence “Please select and click the color that represents you now from the bottom 12 colors” and a rectangular color sample of 12 colors below it are displayed on the display 13 in full color. If the [Cancel] button is clicked, the determination result in step S56 is NO, and the process returns to step S50 and the first screen is displayed.

  Subsequently, in step S25 of the main routine in FIG. 10, numerical values of the maximum blood pressure / minimum blood pressure and the pulse rate of the participant before the natural walk are input. That is, the maximum blood pressure / minimum blood pressure and the pulse rate are measured using a portable digital display sphygmomanometer while sitting one by one, and the numerical values obtained as a result are used as the character data input means M3. Input is made using the keyboard 14. The numerical values of the input systolic blood pressure / minimum blood pressure and pulse rate are stored in the memory (RAM 25) together with the member number input or automatically assigned in step S22.

  Subsequently, in step S26, photo data before nature walk is input. That is, a group photo in which the participants are divided into a small number of people (3 to 5 people) is taken in advance with the digital camera 17 for all the participants, and the digital camera 17 is inserted into the USB slot 12a of the notebook computer 12 with the USB cable 12b. Connect and operate the digital camera 17 to transfer the image data of the group photo to the notebook computer 12 and edit the image data of the group photo showing the corresponding participants using pre-installed image processing software Then, image data in which only the face of the corresponding participant is enlarged is created and stored in the memory (RAM 25) together with the member number input or automatically given in step S22.

  Note that a group photo of a small number of people is used here, unlike the first embodiment, and in this second embodiment, a face photo from the front is required to analyze the participant's facial photo using image analysis software. However, it is a group photo that allows a more natural expression to be taken from the front because the face becomes stiff when taken one by one. However, in the group photo of all 20 people in a group, each person's face becomes smaller, so it was decided to take a group photo divided into small groups.

  Subsequently, in step S27, thermographic data before nature walking is input. That is, the faces and limbs of all participants are photographed in advance with the portable thermography 18, the portable thermography 18 is connected to the USB slot 12a of the notebook computer 12 with the USB cable 12b, and the portable thermography 18 is operated. Image data representing the surface temperature distribution of the faces and limbs of all the participants in color is transferred to the notebook computer 12, and the corresponding participant's image data is stored in the memory together with the member number input or automatically given in step S22. Save to (RAM 25).

  Since the input processing in steps S26 and S27 is performed by the staff, all the participants have finished taking the group photo with the digital camera 17 and the portable thermography 18, and the input processing in steps S22, S23, S24, and S25. After completing the above, nature walk will be started by the guidance of the advisor. In addition, the input process of step S26 and step S27 can also be collectively performed after the end of the natural walk together with the input process after the natural walk (step S34 and step S35).

  When the nature walk is completed, after taking a group photo of a small number of people by the digital camera 17 and taking a picture by the portable thermography 18 for all the participants, the data input processing by the notebook personal computer 12 is performed one by one. That is, first, a screen requesting input of a name and a member number is displayed on the display 13 of the notebook personal computer 12, so that the name and the member number input in step S22 or automatically assigned using the keyboard 14 are input. (Step S28). Subsequently, a subroutine for inputting the mood after nature walk is executed (step S29).

  Specifically, in step S40 shown in FIG. 11, the screen of the 10 items displayed on the display 13 is the page 2B of the natural walk self-guide sheet 2 according to the first embodiment shown in FIG. Except for the fact that it is almost the same as the lower column (not the upper column), it is exactly the same as the subroutine for inputting the mood before the natural walk in step S23, and is shown in FIG. 11 as described for step S23. It is executed according to the flowchart. Then, based on the data input in step S23 and step S29 shown in FIG. 10 and stored in the memory (RAM 25) together with the member number, a radar chart representing the mood before the natural walk and the mood after the natural walk is created. Are stored together with the membership number in the memory (RAM 25) (step S30).

  The radar chart is created in accordance with a radar chart creation program recorded on a CD-ROM of a commercially available graph (including radar chart) creation software M11 that is read in advance using the disk tray 16 of the notebook computer 12. . Commercially available radar chart creation software includes, for example, “DNSK SQL Lite” by OSDN Japan.

  Subsequently, a subroutine for selecting a color representing the mood after a natural walk is executed (step S31). Specifically, this is exactly the same as the subroutine for selecting a color representing the mood before the natural walk described for step S24, and is executed according to the flowchart shown in FIG. Then, based on the data input in step S24 and step S31 shown in FIG. 10 and stored in the memory (RAM 25) together with the member number, the color representing the mood before the natural walk and the mood after the natural walk are digitized. Color data digitization processing is executed, and the obtained color data numeric value is stored in the memory (RAM 25) together with the member number (step S32).

  This color data digitization process is executed according to a color data digitization program recorded in advance on the CD-ROM of the commercially available color data digitization software M12, which is read in advance using the disc tray 16 of the notebook computer 12. Examples of commercially available color data digitizing software include “SEPATA beta version v1.1.0” manufactured by Seiko Epson Corporation.

  Subsequently, in step S33, numerical values of the systolic blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk are input. That is, the maximum blood pressure / minimum blood pressure and the pulse rate are measured using a portable digital display sphygmomanometer while sitting one by one, and the numerical values obtained as a result are used as the character data input means M3. Input is made using the keyboard 14. The numerical values of the input systolic blood pressure / minimum blood pressure and pulse rate are stored in the memory (RAM 25) together with the member number input in step S28.

  Subsequently, in step S34, photo data after a natural walk is input. In other words, the digital camera 17 is connected to the USB slot 12a of the notebook computer 12 with the USB cable 12b, and the digital camera 17 is operated to transfer the image data of the group photo after the natural walk to the notebook computer 12 and installed in advance. The image data of the group photo showing the corresponding participant is edited using the existing image processing software, and image data in which only the corresponding participant's face is enlarged is created and stored in the memory (RAM 25) together with the member number Is done.

  Subsequently, in step S35, thermographic data after a natural walk is input. That is, the portable thermography 18 is connected to the USB slot 12a of the notebook computer 12 with the USB cable 12b, and the portable thermography 18 is operated to express the surface temperature distribution of the faces and limbs of all the participants after natural walk in color. The image data is transferred to the notebook computer 12, and the image data of the corresponding participant is stored in the memory (RAM 25) together with the member number.

  The photograph data before and after the natural walk entered and saved in steps S26 and S34 and the thermographic data before and after the natural walk entered and saved in steps S27 and S35 are stored in advance as notes. Image analysis is performed in accordance with an image analysis program recorded on a CD-ROM of commercially available image analysis software M13 read using the disk tray 16 of the personal computer 12 (step S36). The obtained image analysis data is stored in the memory (RAM 25) together with the membership number. Examples of commercially available image analysis software include “Image Ruler 2000AP” from Photoron Corporation.

  Finally, in step S37, a subroutine for analysis data output processing is executed. Here, each participant's request is heard, and the analysis result is shown on the display 13 of the notebook personal computer 12 on the spot, or the analysis result is printed by the battery type portable color printer 19. Therefore, a battery-type portable color printer (hereinafter also simply referred to as “printer”) 19 is connected to the USB slot 12a of the notebook computer 12 by the USB cable 12b.

  Specifically, when the analysis data output processing subroutine is started in the flowchart of FIG. 13, first, the text “Do you want to display analysis data?” And the “Yes” button and “No” on the display 13 of the notebook computer 12. "Button is displayed (step S60). When the participant wants to see the analysis result on the display 13, the mouse (slide pad type) 15 is used to click the “Yes” button, and when the participant does not want to see, the “No” button is clicked. If any button is clicked, the determination in step S61 is YES, and the process proceeds to step S62 to determine whether or not the “yes” button is clicked.

  If the “Yes” button is clicked, the determination result is YES and the process proceeds to step S63. First, the radar chart created in step S30 of the main routine of FIG. 10 and stored in the memory is displayed on the display 13 of the notebook computer 12. Is displayed. This radar chart shows the feeling before and after a natural walk, and displays the hexagon before the natural walk and the hexagon after the natural walk in different colors. The larger the size of the hexagon, the more preferable it is. Usually, the hexagon after natural walking becomes larger overall, and you can feel the relaxation effect of natural walking at a glance.

  The screen of the display 13 does not change until the “ENTER” key on the keyboard 14 is pressed. If the “ENTER” key on the keyboard 14 is pressed, the determination in step S64 is YES and the process proceeds to step S65. Subsequent photographs and thermographic data (images) before and after nature walking are displayed on the display 13 side by side. Participants can see the relaxation effect of natural walks at a glance by comparing their photographs before and after nature walks, by changing their facial expressions. In addition, comparing the images before and after nature walks, there were many blue parts with a low surface temperature due to tension before nature walks. It becomes better, and the red part with high surface temperature increases, so you can feel at a glance the relaxing effect of nature walks.

  The screen of the display 13 does not change until the “ENTER” key on the keyboard 14 is pressed. When the “ENTER” key on the keyboard 14 is pressed, the determination in step S66 is YES and the process proceeds to step S67. The selected color samples are displayed side by side on the display 13, and data obtained by quantifying the change of the selected color sample as the degree of stress relief is displayed below the color samples. In addition, the data before and after nature walk was image-analyzed and quantified as the degree of stress relief, and the thermographic data before and after nature walk was quantified as the degree of stress relief after image analysis. The data and numerical values of the maximum blood pressure / minimum blood pressure and pulse rate before and after the natural walk are also displayed. By viewing these, the participant can recognize the relaxation effect and the degree of stress relief by natural walking as numerical values as objective data.

  Instead of such a display method (steps S65 and S67), photographs before and after nature walking are displayed side by side on the display 13 and photograph data before and after nature walking are image-analyzed. Then, the data digitized as the degree of stress relief is displayed, and then the thermographic images before and after nature walking are displayed side by side on the display 13 and the thermographic data before and after nature walking are image-analyzed. The data that is digitized as the degree of stress relief is displayed, and then the systolic blood pressure, minimum blood pressure, and pulse rate values before and after the natural walk are displayed on the display 13 and further selected before and after the natural walk. The arranged color samples are displayed side by side on the display 13, and the change of the selected color sample is stress-resolved below. It may be displayed digitized data as degrees.

  The screen of the display 13 does not change until the “ENTER” key on the keyboard 14 is pressed. When the “ENTER” key on the keyboard 14 is pressed, the determination in step S68 is YES and the process proceeds to step S69. Also, if the determination in step S62 is NO, that is, if the “No” button is clicked, the flow skips steps S63 to S68 and proceeds to step S69, and the text “Do you want to print analysis data?” And a “Yes” button and a “No” button are displayed. When the participant wants to print the analysis data, the mouse 15 is used to click the “Yes” button, and when the participant does not want to print, the “No” button is clicked.

  If any button is clicked, the determination in step S70 is YES, and the process proceeds to step S71, in which it is determined whether or not the “Yes” button has been clicked. If the determination result is NO, that is, if the “No” button is clicked, the analysis data output processing subroutine is terminated and the process returns to the main routine of FIG. The process ends.

  On the other hand, if the determination result in step S71 is YES, that is, if the “yes” button is clicked, the radar chart is first printed out in full color using the printer 19 (step S72). Next, the photographs before nature walk and after nature walk and the thermographic data (image) before nature walk and after nature walk are arranged and printed out in full color (step S73). Finally, the color samples selected before and after nature walk are arranged side by side, and the change of the selected color sample is quantified as the degree of stress relief, and the photograph data before and after nature walk are image-analyzed. Data quantified as stress relief, thermographic data before and after natural walking, and data quantified as stress relief, and maximum and minimum blood pressure before and after natural walking Both blood pressure and pulse rate values are printed out (step S74).

  In place of the printing method (steps S73 and S74), the photographs before and after nature walking are arranged side by side, and the photograph data before and after nature walking are image-analyzed to obtain the stress relief degree. Print out the digitized data, then arrange the thermographic images before and after nature walks, and analyze the thermography data before and after nature walks and analyze the data as a degree of stress relief Print out, then print out the maximum blood pressure / minimum blood pressure and pulse rate values before and after the natural walk, and then select the color samples you selected before and after the natural walk, and select them below It is also possible to print out data obtained by digitizing the change of the color sample as the degree of stress relief.

  Thus, the analysis data output processing subroutine is completed and the process returns to the main routine of FIG. 10, and the processing by the natural walk effect analysis program is completed in step S38. The printed out data is delivered to the participant, who can take it home and reconfirm the effect of the natural walk at a later date. On the other hand, as an organizer, objective data for natural walks can be stored in the memory of the notebook computer 12 (if the data capacity increases, CD / R, CD / RW, or CD-RAM is stored in the disc tray 16. 9 and write and save via the output port 21 as shown in FIG. 9B and erase the data saved on the disk from the memory.) This can also be used to improve the 10-item question displayed in step S40 and the 12 color samples displayed in step S50 in FIG.

  In particular, for the 10 questions after the nature walk, the item (9) “How to tell the story of the guide” is the same as the lower column of the page 2B shown in FIG. 3 of the guide sheet 2 according to the first embodiment. Since there is a question that answers the impressions of the participants after the nature walk to the guide who was in charge of the nature walk, "Is satisfied?" A human index can be calculated, and a hexagonal radar chart representing the feelings of participants after a natural walk can be corrected based on the guider index.

  That is, for example, when the guider index is less than 4 indicating “normal”, “A, B, E, H” except “G” on page 2D shown in FIG. ”Is multiplied by a coefficient greater than 1.0, and each of“ C, D, F ”is multiplied by a coefficient less than 1.0. Correct to be larger. Conversely, when the guider index exceeds 4 indicating “normal”, the numerical values of “A, B, E, H” except “G” are less than 1.0 so as to be inversely proportional to the numerical value. And by multiplying each numerical value of “C, D, F” by a coefficient exceeding 1.0, correction is made so that the hexagonal shape of the radar chart after natural walking becomes smaller.

  Actually, the radar chart displayed in step S63 in FIG. 13 and printed out in step S72 may be subjected to this correction processing or may be created from raw data before correction. Further, by inputting and storing the name of the guide (usually an advisor) for each group of nature walks, the data of the guider index for each advisor is accumulated every time the nature walk is repeated. Therefore, an advisor with a low accumulated guider index can be used for re-education as a guider.

  In the second embodiment, it is assumed that the participant himself / herself performs the operation of the notebook personal computer 12 such as input processing in steps S22, S23, S24, S25, S28, S29, S31, S33, and S37 in FIG. In the case of a participant who is unfamiliar with the operation of the personal computer, the staff may listen to the participant while showing the display 13 to the participant and operate the staff.

  Further, in the second embodiment, printout using the printer 19 in steps S69 to S74 in FIG. 13 is performed on the spot. However, since the waiting time for the later person becomes longer, the printout in steps S69 to S74 may be performed by the staff after the meeting and sent to all participants at a later date by mail or the like. This eliminates the need for an expensive battery-powered portable color printer 19. Participants who want to know the results immediately on the spot can immediately display the analysis results on the spot by displaying data and the like on the display 13 of the notebook personal computer 12 in steps S60 to S67.

  Further, in the second embodiment, the portable thermography 18 is used to perform thermography data (image) and digitization of the data by the image analysis program M14. However, the portable thermography 18 is very expensive. Therefore, it is not always necessary to take thermographic data.

  Further, in the second embodiment, not only the photograph image is displayed on the display 13 and the photograph is printed out by photographing with the digital camera 17, but the photograph image is converted into the photograph data and the numerical analysis is performed by the image analysis program M14. However, since there are parts that cannot be said to be complete image analysis with the current technology, the images are not digitized by the image analysis program, and the pictures before and after nature walking are displayed side by side on the display 13. And just print out. Similarly, the color samples are not digitized by the color data digitizing program, and the color samples before and after the natural walk may be displayed on the display 13 and printed out.

  Furthermore, the number of steps in the natural walk of each participant may be input using the keyboard 14 as the character data input means M3 of the natural walk analysis apparatus M1 in the second embodiment. Specifically, each participant wears a pedometer (registered trademark), reads the number of steps taken by natural walking after natural walking, inputs the number of steps with the keyboard 14, displays it on the display 13, and / or Alternatively, printing is performed using the printer 19. In this way, you can get a real sense of how much you walked.

  In each of the above embodiments, the number of questions asked about feelings before and after nature walk is 10 items, and the numerical value indicating a plurality of stages is a numerical value of 7 levels, but the number of items may be 3 items or more, Any number of stages may be used as long as there are three or more stages. The number of items is preferably 5 or more and 15 or less, and the plurality of stages is preferably 5 or more and 9 or less.

  In each of the above embodiments, the case where the color chip or the color sample has 12 colors has been described. However, the color chip or the color sample may have any number of colors. The color chip or color sample is preferably 5 or more and 20 or less.

  Furthermore, in each of the above-described embodiments, an example of creating a hexagonal radar chart has been described. However, the radar chart may have any shape as long as it is a triangle or more.

  Further, in each of the above embodiments, the case where forest walking is performed as natural walking has been described. However, the natural walking effect analysis sheet, the natural walking effect analysis set, the natural walking effect analysis apparatus, and the computer-readable recording medium of the present invention. Can be applied to other nature walks such as walking along the coast or garden.

  In practicing the present invention, the nature walk effect analysis sheet, nature walk effect analysis set, nature walk effect analysis device, and other parts of the computer-readable recording medium, shape, quantity, material, size, connection relationship The present invention is not limited to the above embodiments.

FIG. 1 is a perspective view showing the contents of a natural walk effect analysis set according to the first embodiment of the present invention. FIG. 2 is a diagram showing a cover page of the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 3 is a diagram showing a question page of the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 4 is a view showing a page to be pasted with a photograph of the natural walk effect analysis sheet according to the first exemplary embodiment of the present invention. FIG. 5 is a diagram showing a radar chart page of the natural walk effect analysis sheet according to the first exemplary embodiment of the present invention. FIG. 6 is a diagram showing a description of the color chip used in the natural walk effect analysis sheet according to the first embodiment of the present invention. FIG. 7 is a flowchart showing a natural walking procedure using the natural walking effect analysis set according to the first embodiment of the present invention. FIG. 8 is a schematic diagram showing the configuration of the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 9A is a perspective view showing a specific example of the natural walk effect analyzing apparatus according to the second embodiment of the present invention, and FIG. 9B is a block diagram showing its internal configuration. FIG. 10 is a flowchart showing the contents of a program recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 11 is a flowchart showing a procedure of mood input processing recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 12 is a flowchart showing a procedure of color selection processing recorded on a computer-readable recording medium executed in the natural walk effect analyzing apparatus according to the second embodiment of the present invention. FIG. 13 is a flowchart showing the procedure of an analysis data output process recorded on a computer-readable recording medium executed in the natural walk effect analysis apparatus according to the second embodiment of the present invention.

Explanation of symbols

1 Natural walk effect analysis set 2 Natural walk effect analysis sheet 2a Fields for entering participants' names and dates of natural walks 2b, 2c Fields for entering numerical values 2D Field for creating radar charts 3 Color chip file 4A Natural walk Photo of previous participant 4a Column for pasting photos of participants before nature walk 4B Photo of participants after nature walking 4b Column for pasting photos of participants after nature walk 5 Color chip instruction manual 6 Color chip 6a Column for pasting color chips before nature walk 6b Column for pasting color chips after nature walk M1 Nature walk effect analyzer M11 Computer-readable recording medium

Claims (24)

A natural walk effect analysis sheet that is distributed to participants of a natural walk, filled in by the participant, and returned to the participant after the end of the natural walk,
A column describing how to use the natural walk effect analysis sheet;
A column for entering the name of the participant and / or the member number of the participant and / or the date of the natural walk;
Three or more questions corresponding to each participant inquiring about the feelings of participants before and after the natural walk are described, and the numerical value indicating a plurality of stages of three or more stages is answered to the question. A field to fill in,
A polygonal radar chart of a triangle or more that expresses the feeling of the participant before the natural walk using all or part of the three or more numerical values entered in the column for entering the numerical value and the participant after the natural walk A natural walk effect analysis sheet characterized by having a column for creating a radar chart of a polygon larger than a triangle that expresses the feeling of a person.   The color chip of the color representing the mood of the participant before the natural walk and the color chip of the color representing the mood of the participant after the natural walk are further provided, respectively. Nature walk effect analysis sheet.   The nature walk effect analysis sheet according to claim 1 or 2, further comprising a column for pasting a photograph of the participant before the nature walk and a photograph of the participant after the nature walk.   Furthermore, it has a column which fills in the maximum blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and the maximum blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk, respectively. The natural walk effect analysis sheet according to any one of claims 3 to 4.   Further, thermographic data representing the surface temperature distribution of the face and / or limb of the participant before the natural walk with color, and thermographic data representing the surface temperature distribution of the face and / or limb of the participant after the natural walk with the color. The natural walk effect analysis sheet according to any one of claims 1 to 4, further comprising a column for pasting each of them.   The natural walk effect analysis sheet according to any one of claims 1 to 5, wherein each of the fields is printed on a copy prevention sheet. Items to be input, questions to be answered, color samples of colors representing the mood of participants in nature walks, and display means for displaying analysis results;
Three or more questions corresponding to the participant's name and / or data that can identify the participant and / or the date of the natural walk and the feelings of the participant before and after the natural walk A character data input means for inputting the numerical value for answering with a numerical value indicating a plurality of levels of three or more levels,
Color data input means for selecting a color representing the mood of the participant before the nature walk and a color representing the mood of the participant after the nature walk from the color samples of the plurality of colors, respectively,
Analyzing each input data, triangles representing the feelings of the participants before and after the natural walk from three or more numerical values indicating a plurality of stages of three or more for the three or more questions Analytical means for creating a polygonal radar chart of
A program (natural walk effect analysis program) for causing the analysis means to execute display by the display means, input by the character data input means and the color data input means, and program input means for inputting a program necessary for the analysis; ,
And storing the input program and data, supplying the program and the data to the analysis unit, and storing data of the radar chart created by the analysis unit. Natural walk effect analysis device.   8. The natural walk effect analysis apparatus according to claim 7, further comprising data output means for outputting the radar chart created by the analysis means and / or the inputted color data as an image.   Further, the analyzing means quantifies the color representing the mood of the participant before the natural walk and the color representing the mood of the participant after the natural walk, and also represents the change in the mood of the participant before and after the natural walk. The data storage means also stores the digitized color data, the display means also displays the digitized color data as numeric values, and the data output means outputs the digitized color data. The natural walking effect analysis apparatus according to claim 7 or 8, wherein the data is also output as a numerical value. Furthermore, it comprises photo data input means for inputting the photograph data of the participant before the nature walk and the photograph data of the participant after the nature walk,
The data storage means also stores the input photo data, the display means displays the input photo data as an image, and the data output means outputs the input photo data as an image. The natural walk effect analysis device according to any one of claims 7 to 9.   Further, the analysis means also analyzes and digitizes the input photographic data, the data storage means also stores the quantified photographic data, and the display means stores the quantified photographic data. The natural walk effect analysis apparatus according to claim 10, wherein the data output means also outputs the digitized photographic data as a numerical value.   Further, the character data input means inputs the maximum blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and the maximum blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk as numerical values, respectively. The storage means also stores the input numerical data of the systolic blood pressure / minimum blood pressure and pulse rate, the display means displays the numerical data of the systolic blood pressure / minimum blood pressure and pulse rate as numerical values, and the data output means 12. The natural walk effect analysis apparatus according to claim 7, wherein numerical data of the systolic blood pressure / minimum blood pressure and pulse rate is also output as numerical values. Further, thermographic data representing the surface temperature distribution of the face and / or limb of the participant before the natural walk with color, and thermographic data representing the surface temperature distribution of the face and / or limb of the participant after the natural walk with the color. And thermographic data input means for inputting
The data storage means also stores the thermographic data, the display means displays the inputted thermographic data as an image, and the data output means outputs the inputted thermographic data as an image. The natural walk effect analysis device according to any one of claims 7 to 12, characterized in that:   Further, the analyzing means also analyzes and digitizes the inputted thermographic data, the data storing means also stores the digitized thermographic data, and the display means is converted to the numerical value. 14. The natural walk effect analysis apparatus according to claim 13, wherein thermographic data is also displayed as a numerical value, and the data output means outputs the digitized thermographic data as a numerical value. A procedure for inputting the name of the participant of the nature walk and / or the data for identifying the participant and / or the implementation date of the nature walk by the input means;
A procedure for displaying three or more questions on the display means about the feelings of the participants before the nature walk;
A procedure for answering the three or more questions with a numerical value indicating a plurality of stages of three or more and inputting the numerical value by the input means;
A procedure for displaying a plurality of color samples on the display means;
A procedure for selecting a color representing the mood of the participant before the natural walk from the color samples and inputting the color by the input means;
A procedure for inputting the name of the participant and / or data for identifying the participant after the natural walk by the input means;
A procedure for displaying on the display means three or more questions corresponding to the three or more questions before the natural walk about the feelings of the participants after the natural walk;
A procedure for answering the corresponding three or more questions with numerical values indicating a plurality of stages of three or more and inputting the numerical values by the input means;
A procedure for causing the display means to display the color samples of the plurality of colors again;
A procedure for allowing the input means to input a color representing the mood of the participant after the natural walk from the color samples of the plurality of colors; and
A polygonal radar chart of a triangle or more representing the feelings of participants before and after the natural walk from three or more numerical values indicating a plurality of stages of three or more stages for the question of three or more items inputted The steps to create each,
A procedure for storing the data of the created radar chart and the data of the selected color sample;
A computer-readable program recording a program for causing the computer to display the created radar chart and the image of the selected color sample on the display unit and / or to output the data sample by the data output unit Recording medium. Procedure for storing the created radar chart data and the selected color sample data, displaying the created radar chart and the selected color sample image on the display means, and / or data output means Instead of the procedure to output by
A procedure for digitizing the data of the selected color sample representing the mood of the participant before the natural walk and the data of the selected color sample representing the mood of the participant after the natural walk, respectively; ,
Saving the created radar chart data, the selected color sample data and the digitized color data;
A program for causing a computer to execute the procedure of displaying the created radar chart, the image of the selected color sample, and the numerical value of the digitized color data on the display means and / or outputting the data by the data output means The computer-readable recording medium according to claim 15, wherein the recording medium is recorded. A procedure for inputting the name of the participant of the nature walk and / or the data for identifying the participant and / or the implementation date of the nature walk by the input means;
A procedure for displaying three or more questions on the display means about the feelings of the participants before the nature walk;
A procedure for answering the three or more questions with a numerical value indicating a plurality of stages of three or more and inputting the numerical value by the input means;
A procedure for displaying a plurality of color samples on the display means;
A procedure for selecting a color representing the mood of the participant before the natural walk from the color samples and inputting the color by the input means;
Photograph data of the participant before the natural walk and / or numerical data representing numerical values of the maximum blood pressure / minimum blood pressure and pulse rate of the participant before the natural walk and / or the face of the participant before the natural walk and / or A procedure for inputting thermographic data representing the surface temperature distribution of the limbs in color;
A procedure for inputting the name of the participant and / or data for identifying the participant after the natural walk by the input means;
A procedure for displaying on the display means three or more questions corresponding to the three or more questions before the natural walk about the feelings of the participants after the natural walk;
A procedure for answering the corresponding three or more questions with numerical values indicating a plurality of stages of three or more and inputting the numerical values by the input means;
A procedure for causing the display means to display the color samples of the plurality of colors again;
A procedure for allowing the input means to input a color representing the mood of the participant after the natural walk from the color samples of the plurality of colors; and
Photo data of the participant after the natural walk and / or numerical data representing numerical values of the maximum blood pressure / minimum blood pressure and pulse rate of the participant after the natural walk and / or the face of the participant after the natural walk and / or A procedure for inputting thermographic data representing the surface temperature distribution of the limbs in color;
A polygonal radar chart of a triangle or more representing the feelings of participants before and after the natural walk from three or more numerical values indicating a plurality of stages of three or more stages for the question of three or more items inputted The steps to create,
The created radar chart data, the input color sample data and the input photographic data and / or numerical data representing the maximum blood pressure / minimum blood pressure and pulse rate and / or the thermographic data are stored. And the steps to
Displaying the created radar chart, the image of the color sample, the image of the photographic data and / or the numerical value of the systolic blood pressure / minimum blood pressure and pulse rate and / or the image of the thermographic data on the display means, and / or Alternatively, a computer-readable recording medium recorded with a program for causing a computer to execute a procedure to be output by a data output means. The created radar chart data, the input color sample data and the input photographic data and / or numerical data representing the maximum blood pressure / minimum blood pressure and pulse rate and / or the thermographic data are stored. And displaying the created radar chart, the image of the color sample, the image of the photographic data and / or the numerical value of the systolic blood pressure / minimum blood pressure and pulse rate and / or the image of the thermography data on the display means. And / or instead of the procedure of outputting by the data output means,
A procedure for quantifying the input color representing the mood of the participant before the natural walk and the color representing the mood of the participant after the natural walk;
A procedure for digitizing the inputted photograph data of the participant before the natural walk and / or the thermographic data and the photograph data of the participant after the natural walk and / or the thermographic data, respectively;
The created radar chart data, the digitized color data and the digitized photographic data and / or the numeric data representing the systolic blood pressure / minimum blood pressure and pulse rate and / or the thermographic data. Instructions for saving,
The created radar chart, the numerical value of the color data and / or the image of the color sample, the numerical value of the numerical data and / or the image of the photo data, and / or the systolic blood pressure Displaying the numerical value of the diastolic blood pressure and the pulse rate and / or the numerical value of the digitized thermography data and / or the image of the thermographic data on the display means and / or outputting the data by the data output means; The computer-readable recording medium according to claim 17, wherein a program to be executed by a computer is recorded.   Taking a group photo for each small group as the photograph data of the participant before the nature walk and the photograph data of the participant after the nature walk, and extracting and using the photograph of the corresponding participant from the group photo The natural walk effect analysis apparatus according to any one of claims 10 to 14, or the computer-readable recording medium according to claim 17 or 18.   The natural walking effect analysis sheet according to any one of claims 1 to 6 or any one of claims 7 to 14, wherein the questions of three or more items are 5 items or more and 15 items or less. The natural walking effect analysis device according to claim 1 or the computer-readable recording medium according to any one of claims 15 to 19.   In the question of three or more items, a question that answers a comment by the participant after the nature walk with respect to the guide who was in charge of the nature walk with a numerical value indicating a plurality of stages of the three or more stages, The guider index is calculated by averaging the numerical values for all participants, and the radar chart representing the feelings of the participants after the natural walk is corrected based on the guider index. The natural walk effect analysis sheet according to any one of claims 6 or 20, or the natural walk effect analysis device according to any one of claims 7 to 14, or claim 20, or claim 15. The computer-readable recording medium according to any one of claims 20 to 20.   The natural walk effect analysis sheet according to any one of claims 1 to 6, or 20, and 21, wherein the plurality of stages of 3 or more are 5 or more and 9 or less. Or a natural walk effect analysis device according to any one of claims 7 to 14, or 20 and 21, or a computer-readable device according to any one of claims 15 to 21. Recording medium.   The color chip of the plurality of colors or the color sample of the plurality of colors has 5 or more and 20 or less colors, 23. The method according to any one of claims 2 to 6, or 20 to 22. A natural walk effect analysis sheet, or a natural walk effect analysis device according to any one of claims 7 to 14, or 20 to 22, or any one of claims 15 to 22. The computer-readable recording medium as described. The natural walk effect analysis sheet according to any one of claims 1 to 6 or claim 20 to claim 23, and a number of participants equal to or greater than the number of participants,
A natural walk effect analysis set comprising: a color chip file storing a plurality of color chips for representing the mood of a participant, each of which is twice or more the number of participants.

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