Left-right orientation-dependent Bongard Problems vs. orientation-independent visual Bongard Problems.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

If mirroring any example along the y-axis can change its sorting the BP is "handed."

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

Note that BPs about comparing orientation between multiple things in one example fit on the right side.

Orientation-dependent Bongard Problems vs. orientation-independent visual Bongard Problems.

Bongard Problems whose solution relies on orientation vs. orientation-independent visual Bongard Problems.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

If mirroring any example along any axis through the center can change its sorting the BP is "handed."

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

Note that BPs about comparing orientation between multiple things in one example fit on the right side.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

If mirroring any example along any axis can change its sorting the BP is "handed."

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

Note that BPs about comparing orientation between multiple things in one example fit on the right side.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

If mirroring any example along any axis can change its sorting the BP is "handed."

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

"Orientation" is what gets flipped when a shape is mirrored.

If mirroring any example along any axis can change its sorting the BP is "handed."

Left examples have the keyword "handed" on the OEBP.

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

If flipping any example along any axis can change its sorting the BP is "handed."

Bongard Problems whose solution relies on orientation vs. orientation-independent visual Bongard Problems.

"Orientation" is what gets flipped when a shape is mirrored.

This is the keyword "handed" on the OEBP.

Aaron David Fairbanks

Bongard Problems whose solution relies on absolute left/right orientation vs. orientation-independent visual Bongard Problems.

Bongard Problems whose solution relies on absolute orientation vs. orientation-independent visual Bongard Problems.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

For a BP to be a left example here it must not only relate to orientation, but furthermore the given orientation of its examples must be essential to parse the solution.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.

For BPs to be left examples here they must not only relate to orientation, but furthermore orientation of examples must be essential to parse the solution.

"Orientation" is what gets flipped when a shape is mirrored.

Left examples have the keyword "handed" on the OEBP.