Provided is a biological information generation method, a biological information generation program, and a biological information generation apparatus, which are capable of easily acquiring information on a biological condition by using a human's response to a smell. A biological information generation method for generating graphic information for diagnosing a biological condition of a subject by using an olfactory stimulant includes: under a situation in which fragrant molecules are classified according to a height of a polarity and a charged state, a step of classifying the respective fragrant components capable of constituting olfactory stimulants into N types of classifications； a step of associating the fragrant components of each classification with an action thereof； a step of determining an unpleasure degree for olfactory stimulation given to the subject with respect to the N types of the olfactory stimulants； a step of assigning a correlation coefficient of the classification according to a main component in the N types of the olfactory stimulants and the actions associated with the corresponding classifications； and a step of generating graphic information for illustrating the biological condition of the subject with respect to each of the classifications.
