Youre quite right, rookie mistake by me. You would think a Polyphylogenonomist would know better.
However, wouldnt it be more accurate to say that the actual number of sides in any given copulation configuration containing n polygonimals would be n*(sides per polygonimal)-(n-1)? Assuming we exclude tricopulations of hexbears where any given individual may be contacting two other individuals’ sides at the same time in a tessalation layout? I must admit im not certain though, my field is polyphylogenomistry, not polyphylogenomatics. Im sure there are some edge cases Ive missed, pardon the pun.
My bad, I was thinking in terms of simple intraspecies pairing like they taught us as undergrads. Once you get into polypolys and tessellations the math is frankly beyond me. Well spotted though.
Youre quite right, rookie mistake by me. You would think a Polyphylogenonomist would know better.
However, wouldnt it be more accurate to say that the actual number of sides in any given copulation configuration containing n polygonimals would be n*(sides per polygonimal)-(n-1)? Assuming we exclude tricopulations of hexbears where any given individual may be contacting two other individuals’ sides at the same time in a tessalation layout? I must admit im not certain though, my field is polyphylogenomistry, not polyphylogenomatics. Im sure there are some edge cases Ive missed, pardon the pun.
My bad, I was thinking in terms of simple intraspecies pairing like they taught us as undergrads. Once you get into polypolys and tessellations the math is frankly beyond me. Well spotted though.