This produces the following mappings: aab -> 0000Ĭonvert each of the first four letters to 1-26. The second cuts the piece into one of 26, and so on and so forth. The first number (according to 1-26) cuts it into one of 26 pieces. This produces the following mappings: aab -> 0005Įach letter subdivides the 10,000. Order by the second letter, and then check the index. Get a list of the top 10,000 most common surnames. I only have 5 examples for the last name mappings: (ignoring the first letter because it doesn't play into the mapping aab -> 0001įor first names, I only have four: Alexander -> 019ĭoes anyone have any ideas how the implementation is done, or even a general mapping function that will hash a max 25 length string to a four digit or three digit number while maintaining lexicographical order ( 0000 The only thing I don't understand is how the names are mapped to the integer values. e is the eye color (a value 1-8 corresponding to BRO, BLU, GRY, GRN, BLK, etc.) mm corresponds to the month born, and yy to the year born. Where the number corresponding to the initial is 10*column number + row number.
DRIVERS LICENSE CHECK NJ FULL
They follow the format: Affff lllii mmyye, where A is the first letter of the person's last name, ffff is some mapping of the remaining letters of the last name to a four digit numeric, lll is a mapping of the full first name to a three digit numeric and ii is a code representing the middle initial (according to the below table: | | 6 | 7 | 8 | Driver's License numbers in New Jersey aren't random.
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