Bongard Problem would sort all relevant examples vs. possible objects similar to those seen on both sides would have no clear sorting.
Left examples partition a pool of objects cleanly into two classes.
See BP509 (keyword "allsorted") for the version with links to pages on the OEBP instead of images of Bongard Problems.
The left side implies left-BP876.
See BP509 for the version with links to pages on the OEBP instead of images of Bongard Problems.
Problem would sort all relevant examples vs. possible objects similar to those seen on both sides would have no clear sorting.
Problem would sort all relevant examples vs. possible objects similar to those seen on both sides would be unclearly sorted.
Left examples partition the "world" of objects into two classes of objects. These solutions can be phrased as "___ vs. not so." (See BP867.)
Problem would sort all relevant examples vs. possible objects similar to those seen on both sides are left unsorted.
Problem would sort all relevant examples vs. possible objects the same "type" as seen on both sides are left unsorted.
Problem would sort all relevant examples vs. possible objects the same "type" as what's seen on both sides are left unsorted.
See BP509 for the fully meta version.
Problem would sort all relevant examples vs. there are possible objects within the same "type" as what's seen on both sides left unsorted.
Problem would sort all relevant examples vs. there are possible objects of the same "type" the pattern seen on both sides left unsorted.
Left examples partition the "world" of objects into two classes of objects.
Aaron David Fairbanks
Metaworld Bongard Problems for sub-worlds of graph with no line crossings (BP874) vs. other metaworld Bongard Problems.
Metaworld Bongard Problems for sub-worlds of graph with no line crossings ( BP874) vs. other metaworld Bongard Problems.
