The pattern for a choice of dating
This is a classic case of dating and matching after a date. Let us assume that a person has three friends who are girls, and they dote on the same male person. We have to find a solution for a perfect date which may happen with a movie, museum and library. (Can happen both sides, as this is supposed to be a non male-centric world!) Let us name the three girls as A, B and C.
Let us assume that the male person X has three options to choose from the choice of three persons A, B and C, which are going to a movie, museum and library respectively. The matrix of choice for X and A, B and C are given below.
|Choices of persons||Movie||Museum||Library|
‘-1’ means not a choice
‘0’ means may or may not go
‘+1’ means a good choice
Let us draw the matrix for choice from the side of X.
|A as a Choice of X||B as a Choice of X||C as a Choice of X|
|Choice of X||1||0||-1|
‘-1’ means not an option as a prime consort
‘0’ may or may not happen for a date as a consort
‘+1’ means a good choice as a prospective choice as a girl friend
Now, to create a perfect date the choices can be used for movie, museums and library, we can draw the pay-off matrix as below. Here, the first value of the pay-off matrix denotes the choice and match of A, B and C respectively, while the next value denotes the ‘value’ of a relationship.
Here, the code for the perfect date is given below.
|Pay-Off Value 1||+2||Best choice as a consort|
|Pay-Off Value 2||+1||Good choice for date|
|Pay-Off Value 3||0||May or may not happen|
|Pay-Off Value 4||-1||Case of less possibility|
|Pay-Off Value 5||-2||Case of an impossible date|
The assumptions are:
- Choices for a consort and dating place are respected
- The pay-off matrix is biased towards the person X
- Impossible date means that the person X will adhere to the basic rules of selection