JP2005216324A - Computer program capable of giving advice to user for decision making and executing cpu feedback of evaluation for advice - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a program for functioning a CPU to give a piece of advice to a user in accordance with his mental condition when the user makes a decision and to execute feedback of evaluation by the user about effect of the advice to next decision (to reflect on decisions next time and after). <P>SOLUTION: In the program provided, the mental condition is determined from total point of answer of the user to a plurality of questions and a piece of advice allocated to the determination is selected and displayed on a display by the CPU (from a step 1 to a step 8). Thus, the piece of advice suited for the mental condition of the user can be given. In addition, in the program, the CPU executes feedback of the evaluation for the advice by the user. The mental condition determination is corrected by CPU correcting criterion in a predetermined point range predetermined for the evaluation and the CPU can select a piece of advice more appropriate for the user (the step 8 to a step 14). <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  In the present invention, the computer (CPU) presents advice suitable for the mental state (such as depression or stress) of the user, supports decision making, and the user inputs an evaluation for the advice to the CPU. Thus, the program relates to a program that allows the evaluation to be reflected (feedback) in the next determination and advice presentation.

  Conventionally, there are programs such as fortune-telling and stress level diagnosis, and the question is Hamilton's depression evaluation method Hamilton, M: A rating scale for depression. J. et al. Neurol. Neurosurg Psychiat. 23:56, 1960, and Tung's Self-Rating Depression Scale (SDS) Zung, W. et al. W. K: Aself-rating depression scale. Arch. Gen. Psychiat. , 12:63, 1965, etc., can be created arbitrarily, and judgment criteria can also be created arbitrarily, but when users make decisions, advice is presented based on the scores and judgment criteria of answers to multiple questions However, there is no literature on a program that allows the CPU to correct the judgment criteria by feeding back the user's evaluation of the advice.

  Therefore, the problem to be solved by the present invention is to provide a computer (CPU) with advice according to the mental state at the time of decision making by the user, to support the decision making, and to evaluate the effect of the advice by the user. It is an object to provide a program that functions so as to be fed back to the next determination.

The invention of claim 1 for solving this problem includes a judgment standard for a user's mental state comprising a plurality of questions and a partial total score or a total score given to the answer to the question, and the judgment standard. The advice created according to is stored in the HDD. This is a program for displaying on the output device (display) the advice determined and selected by the CPU from the total number of answers given by the user. Thereby, advice tailored to the mental state of the user can be given.

  In the invention of claim 2, the CPU displays a question asking the user's evaluation of the advice on the output device (display), and the CPU feeds back the answer input by the user from the input device (keyboard or mouse) (next The program is reflected in the judgment from In other words, the CPU corrects the determination criteria within a range of points determined for the input answer. Accordingly, the determination of the mental state of the user is also corrected, and the advice presented from the next determination is also corrected.

  According to the present invention, when making a decision, the user can obtain advice according to the mental state at that time, and the more the user uses the program of the present invention, the more suitable advice can be obtained for the user.

  FIG. 2 is a flow of processing executed by the present invention. First, the user inputs the desired number of questions from the input device to the CPU. Then, the computer (CPU) randomly selects a question from the questions stored in the hard disk (HDD), and displays the selected question as an image such as text or sound on the display. When the user inputs an answer to the question with an image or sound such as characters, the CPU scores the answer of the user. Repeat this process multiple times. The CPU adds the scores of each answer and calculates the partial total score and the total score. Next, the CPU determines the mental state of the user from the partial total score and the total score in accordance with the determination criteria stored in the HDD, selects the advice assigned to the determination result, and displays an image such as a character on the display. Or display by voice. Here, the process ends. Later, after the effectiveness of the advice is found, when the user calls a program from the CPU to input an evaluation for the advice, the CPU displays a question asking the result of the advice on the display in the form of images or sounds such as letters. Then, the user inputs an answer to the question with an image such as text or sound. Then, the CPU feeds back the input result (reflects on the next determination). That is, the CPU corrects the determination criterion within the range of the score determined for the input result, and the next determination is made based on the corrected criterion. By repeating this process, it is possible to make a determination according to the user.

  The criterion is, for example, a user's feelings of depression and stress expressed in points, and the higher the score, the stronger the feeling of depression and stress, which is expressed in terms of 100 points. For example, the mood or stress level is classified into 4 ranks of extremely low (0 to 24 points), low (25 to 50 points), medium (51 to 75 points), and high (76 to 100 points). Judgment is made by assigning the score of the user. And, in order from the lowest score, “Caution & rethink carefully and go ahead!”, “GO!”, “If it can be postponed, the postponement will be better until it settles down a little. Advice such as “Proceed” and “Prefer to postpone” is displayed on the display.

  The user inputs an answer to a question asking about evaluation of advice, and feeding back the input result (reflecting the input result in the next determination) means the following process. For example, when the advice is “GO!” With a low degree of stress, the user's evaluation of the advice is selected from, for example, “very good”, “good”, “normal”, and “not good”. When the evaluation is “not good”, the CPU widens the score width of the middle rank of stress level (for example, 48 to 75 points) and narrows the score width of the lower rank of stress level (for example, 25). -47 points), the standard for giving advice on "GO!" Is tightened so that "GO!" Does not appear unless the stress level is lower. On the other hand, if the user's evaluation is “very good”, the CPU gives the advice of “GO!” By expanding the score range of low rank of stress degree upward (for example, 25 to 53 points). Loosen the standard to issue so that “GO!” Appears even at a slightly higher stress level than before. A series of these processes is an example of the feedback function (the input result is reflected in the next determination) of this program.

It is a flow of each step of processing performed in the present invention.

Claims (2)

  (1) Step of inputting the number of questions desired by the user to the CPU from the input device (keyboard or mouse), and (2) Among the questions stored in the storage device (HDD) by the user. (3) Steps for randomly calling questions from (3) Steps for outputting the called questions to an output device (display) (4) Steps for a user to input an answer from the input device (keyboard or mouse) to the CPU 5) Step of CPU scoring and adding answers, Step of repeating (6) (2) to (5) multiple times, (7) Step of CPU calculating partial total score and total score, (8) ▼ CPU determines the mental state of the user by applying the user's partial total score or total score to the criteria (consisting of points etc.) stored in the HDD, and determines the result. The step of selecting an advice allocated, ▲ 9 ▼ CPU output device the selected advice program for executing the step of outputting the (display), to a computer (CPU).   In the first half of the program, (10) after the effectiveness of the advice is found, the user calls the program from the CPU to input the evaluation into the CPU. (11) The CPU asks a question asking for advice evaluation. Step for outputting from HDD to call output device (display), (12) Step for user to input answer to question to CPU from input device (keyboard or mouse), (13) Feedback input by CPU to program (Reflect in the next judgment). That is, a step in which the CPU corrects the determination criterion within a predetermined score range based on the input answer. (14) By repeating the steps from (10) to (13), and from (8) to (9) and (10) again with the revised criteria, judgment and advice tailored to the user. A program that causes a computer (CPU) to execute a step that allows presentation.

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