The meaning of "big" left intentionally vague. There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages. - Aaron David Fairbanks, Jul 26 2020

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size. - Aaron David Fairbanks, Jul 26 2020

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

All examples on the same side are approximately the same size.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages.

Big vs. small.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

Currently, the "size" value stored for a shape in this database is its diameter in pixels, i.e. the maximum distance between two points within the shape.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages.

M. M. Bongard, Pattern Recognition, Spartan Books, 1970, p. 214.

Mikhail M. Bongard

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

Currently, the "size" value stored for a shape in this database is its diameter in pixels, i.e. the maximum distance between two points within the shape.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these could be assigned their own BP pages.

The meaning of "big" left intentionally vague.

All examples in this Bongard Problem are single simple shapes, either outlines or solid black.

Currently, the "size" value stored for a shape in this database is its diameter in pixels, i.e. the maximum distance between two points within the shape.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these should be assigned BP pages.

Big vs. small.

Big.

The meaning of "big" left intentionally vague.

Currently, the "size" value stored for a shape in this database is its diameter in pixels, i.e. the maximum distance between two points within the shape.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these should be assigned BP pages.

Size.

The meaning of "size" left intentionally vague.

Currently, the "size" value stored for a shape in this database is its diameter in pixels, i.e. the maximum distance between two points within the shape.

There are various specific ways to define size, such as diameter, minimum distance between points on edge, and size of smallest bounding circle. All of these should be assigned BP pages.

M. M. Bongard, Pattern Recognition, Spartan Books, 1970, p. 214.

Mikhail M. Bongard