CONVERSION APPARATUS, CONVERSION METHOD AND PROGRAM

1 . A conversion apparatus comprising:

a determiner configured to, using a numeric value of an amount of a given type as input, determine a conversion method to be applied to the numeric value among a plurality of conversion methods based on the type of the amount and the size of the numeric value;

a converter configured to convert the numeric value into a relative value obtained based on a predetermined reference, using the conversion method determined by the determiner; and

an outputter configured to output a result of applying the value to a predetermined template.

2 . The conversion apparatus according to claim 1 , wherein the determiner determines the conversion method to be applied to the numeric value by referring to a store storing a conversion method for each range of numeric values relating to the amount.

3 . The conversion apparatus according to claim 1 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

4 . The conversion apparatus according to claim 3 , wherein, when the third method has been determined by the determiner, the converter selects the two body parts based on a priority level set based on ease of recognition for each body part of a human.

5 . The conversion apparatus according to claim 1 , wherein the plurality of conversion methods include a fourth method of converting the numeric value into a multiple of another value, and based on a relationship in which a degree of comprehension decreases the further from 1 a scale factor of the numeric value with respect to the value of the amount for a human is, when the scale factor is within a first range from 1, the determiner determines the fourth method of converting the numeric values into the multiple of the value of the amount of a human as the conversion method to be applied to the numeric value, and, when the scale factor is outside of a second range that is outside of the first range, the determiner determines the fourth method of converting the numeric value into a multiple of the value of the amount of an object that is not a human as the conversion method to be applied to the numeric value.

6 . A computer-implemented conversion method for conversion, the method comprising:

determining, by a determiner, using a numeric value of an amount of a given type as input, a conversion method to be applied to the numeric value among a plurality of conversion methods based on the type of the amount and the size of the numeric value;

converting, by a converter, the numeric value into a relative value obtained based on a predetermined reference using the conversion method determined in the determination procedure; and

outputting, by an outputter, a result of applying the value to a predetermined template.

7 . A computer-readable non-transitory recording medium storing computer-executable program instructions that when executed by a processor cause a computer system to:

determining, b a determiner, using a numeric value of an amount of a given type as input, a conversion method to be applied to the numeric value among a plurality of conversion methods based on the type of the amount and the size of the numeric value;

converting, by a converter, the numeric value into a relative value obtained based on a predetermined reference using the conversion method determined in the determination procedure; and

outputting, by an outputter, a result of applying the value to a predetermined template.

8 . The conversion apparatus according to claim 2 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

9 . The conversion apparatus according to claim 2 , wherein the plurality of conversion methods include a fourth method of converting the numeric value into a multiple of another value, and based on a relationship in which a degree of comprehension decreases the further from 1 a scale factor of the numeric value with respect to the value of the amount for a human is, when the scale factor is within a first range from 1, the determiner determines the fourth method of converting the numeric values into the multiple of the value of the amount of a human as the conversion method to be applied to the numeric value, and, when the scale factor is outside of a second range that is outside of the first range, the determiner determines the fourth method of converting the numeric value into a multiple of the value of the amount of an object that is not a human as the conversion method to be applied to the numeric value.

10 . The computer-implemented method according to claim 6 , wherein the determiner determines the conversion method to be applied to the numeric value by referring to a store storing a conversion method for each range of numeric values relating to the amount.

11 . The computer-implemented method according to claim 6 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

12 . The computer-implemented method according to claim 6 , wherein the plurality of conversion methods include a fourth method of converting the numeric value into a multiple of another value, and based on a relationship in which a degree of comprehension decreases the further from 1 a scale factor of the numeric value with respect to the value of the amount for a human is, when the scale factor is within a first range from 1, the determiner determines the fourth method of converting the numeric values into the multiple of the value of the amount of a human as the conversion method to be applied to the numeric value, and, when the scale factor is outside of a second range that is outside of the first range, the determiner determines the fourth method of converting the numeric value into a multiple of the value of the amount of an object that is not a human as the conversion method to be applied to the numeric value.

13 . The computer-readable non-transitory recording medium according to claim 7 , wherein the determiner determines the conversion method to be applied to the numeric value by referring to a store storing a conversion method for each range of numeric values relating to the amount.

14 . The computer-readable non-transitory recording medium according to claim 7 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

15 . The computer-readable non-transitory recording medium according to claim 7 , wherein the plurality of conversion methods include a fourth method of converting the numeric value into a multiple of another value, and based on a relationship in which a degree of comprehension decreases the further from 1 a scale factor of the numeric value with respect to the value of the amount for a human is, when the scale factor is within a first range from 1, the determiner determines the fourth method of converting the numeric values into the multiple of the value of the amount of a human as the conversion method to be applied to the numeric value, and, when the scale factor is outside of a second range that is outside of the first range, the determiner determines the fourth method of converting the numeric value into a multiple of the value of the amount of an object that is not a human as the conversion method to be applied to the numeric value.

16 . The computer-implemented method according to claim 10 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

17 . The computer-implemented method according to claim 10 , wherein the plurality of conversion methods include a fourth method of converting the numeric value into a multiple of another value, and based on a relationship in which a degree of comprehension decreases the further from 1 a scale factor of the numeric value with respect to the value of the amount for a human is, when the scale factor is within a first range from 1, the determiner determines the fourth method of converting the numeric values into the multiple of the value of the amount of a human as the conversion method to be applied to the numeric value, and, when the scale factor is outside of a second range that is outside of the first range, the determiner determines the fourth method of converting the numeric value into a multiple of the value of the amount of an object that is not a human as the conversion method to be applied to the numeric value.

18 . The computer-implemented method according to claim 11 ,

wherein, when the third method has been determined by the determiner, the converter selects the two body parts based on a priority level set based on ease of recognition for each body part of a human.

19 . The computer-readable non-transitory recording medium according to claim 13 , wherein the plurality of conversion methods include at least one or more of a first method of converting the numeric value into an action time of a human, a second method of converting the numeric value into an object that would be equivalent to a human when the numeric value was replaced with the amount of a human, and a third method of expressing a contrast relationship between the numeric value and a given object using a contrast relationship between two body parts of a human.

20 . The computer-readable non-transitory recording medium according to claim 14 , wherein, when the third method has been determined by the determiner, the converter selects the two body parts based on a priority level set based on ease of recognition for each body part of a human.