I have recently thought about a mapping between
apistos' age and ours; the mapping is based on a simple
assumption that most apistos species (of course, NOT all)
will not live more than 3 years and most of them can
live for 2 years. Of course, it is just for fun and is not
based on any scientific analysis
The rule is:
"1 month of the apisto age = 2.8 years of our age",
so:
1. a 3 months old apisto is similar to a "8.4 years old"
child, still in the infant phase.
2. a 6 months old apisto is similar to a "16.8 years old"
youngster, that can breed already.
3. a 1 year old apisto is similar to a "33.6 years old" adult.
4. a 2 years old apisto is similar to a "67.2 years old"
very "matured" adult.
5. a 3 years old apisto is similar to a "100.8 years old" very old man.
As a remark, the above rule is based on a simple linear relationship;
a non-linear one (e.g., an exponential one) definitely can yield a better
fitting.
apistos' age and ours; the mapping is based on a simple
assumption that most apistos species (of course, NOT all)
will not live more than 3 years and most of them can
live for 2 years. Of course, it is just for fun and is not
based on any scientific analysis
The rule is:
"1 month of the apisto age = 2.8 years of our age",
so:
1. a 3 months old apisto is similar to a "8.4 years old"
child, still in the infant phase.
2. a 6 months old apisto is similar to a "16.8 years old"
youngster, that can breed already.
3. a 1 year old apisto is similar to a "33.6 years old" adult.
4. a 2 years old apisto is similar to a "67.2 years old"
very "matured" adult.
5. a 3 years old apisto is similar to a "100.8 years old" very old man.
As a remark, the above rule is based on a simple linear relationship;
a non-linear one (e.g., an exponential one) definitely can yield a better
fitting.