本文发表在 rolia.net 枫下论坛with their own distribution functions. Each of them actually is a Gaussian. (Natural phenomena)
The one meeting the criteria C(i, t, p) of ALL P(i) will be the one you are looking for.
Where i is item (age, height, IQ, etc), p is people, i is time.
Note that C(i, t, p) is also a variable of time for each person. E.g. one at his 20s and 30s.
Consider the C(i, t, p) is also a random variable among the population of those who are looking for mates. It must follow the same distribution as of P(i), so it is a Gaussian too. (Proof: people like normal things, even you are 3-eye beauty, nobody will marry you. Girls might all dream to marry rich ones, but actually they are all satisfied with middle class men.)
So it depends on your P(i) is at which point of the Gaussian (G(i)), your possibility to find who you are fond of is G(i), and the possibility to find your final mate (wife/husband) is G(i)^2.
Conclusion, it is useless to discussion which P is important, just to be as close as to the average, your possibility will be the maximized.更多精彩文章及讨论,请光临枫下论坛 rolia.net
The one meeting the criteria C(i, t, p) of ALL P(i) will be the one you are looking for.
Where i is item (age, height, IQ, etc), p is people, i is time.
Note that C(i, t, p) is also a variable of time for each person. E.g. one at his 20s and 30s.
Consider the C(i, t, p) is also a random variable among the population of those who are looking for mates. It must follow the same distribution as of P(i), so it is a Gaussian too. (Proof: people like normal things, even you are 3-eye beauty, nobody will marry you. Girls might all dream to marry rich ones, but actually they are all satisfied with middle class men.)
So it depends on your P(i) is at which point of the Gaussian (G(i)), your possibility to find who you are fond of is G(i), and the possibility to find your final mate (wife/husband) is G(i)^2.
Conclusion, it is useless to discussion which P is important, just to be as close as to the average, your possibility will be the maximized.更多精彩文章及讨论,请光临枫下论坛 rolia.net