Sorry, it looks ok again. Here is the example again with more annotations:
I worked out what (perhaps) Clay Shentrup had in mind.
(I hope he never tries to convince anybody of anything using his wording...)
Two events named X and Y are considered.
Notation:
XY means "X and Y,"
xY means "Y and not X,"
Xy means "X and not Y,"
xy means "not X and not Y."
Voter their honest valuation comment
===== of the 4 possible outcomes =======
voter #1: xy=6, Xy=9, xY=0, XY=3 any x-situation gains 3 points with X
any y-situation loses 6
points with Y
voter #2: xy=6, Xy=0, xY=9, XY=3 gain 3 with y->Y, lose
6 with x->X
voter #3: xy=0, Xy=4, xY=4, XY=8 gain 4 with x->X, gain
4 with y->Y
Hence:
Using simple majority votes:
(1) X would be enacted by 2:1 majority (voters 1 & 3) whether or not Y was.
(2) Y would be enacted by 2:1 majority (voters 2 & 3) whether or not X was.
(3) "X and Y" (XY) would be defeated by 2:1 majority (voters 1 & 2)
versus "neither" (xy).
Honest 4-option score voting: would prefer "X and Y" with total score
14, versus others
(scoring 12 or 13). Also XY would win using normalized scores.