[seqfan] Self-Parity/Antiparity Sequences & Numbers

[Eric Angelini]

Hello SeqFans, 
 
321 is a "self-parity number".
  Its first digit, 3, says: - the 3rd digit has my parity
                               (which is true, "1" is odd as "3" is)
  Its second digit, 2, says: - the 2nd digit has my parity
                               (which is true, "2" and "2" are even)
  Its third digit, 1, says: - the 1st digit has my parity
                               (which is true, "3" is odd as "1" is)
 
A "self-parity number" is a number whose digit 'speak' and assert
true statements about their parity.
 
The sequence of such self-parity numbers seems to start like this:
 
S = 1, 11, 12, 22, 111, 113, 121, 122, 123, 131, 133, 222, 311, 313,
    321, 323, 331, 333, 1111, 1113, 1131, ...

(this is not http://www.research.att.com/~njas/sequences/A105945)
 
Could someone please check and compute a hundred terms more or so?
__________

More on the same topic, here:
http://www.cetteadressecomportecinquantesignes.com/ParitySeq.htm

The last seq on the above page is a nightmare to compute by hand :-(

Best,
É.