Category:3-ary Boolean functions; BEC; nesting analysis

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See also: v:Studies of Euler diagrams/splits

Boolean functions can be represented as Euler diagrams. Some circles in them intersect, and some don't.
The Euler diagram on the right shows a bundle of two intersecting circles in the middle. The circle around it is a bundle on its own.

These images show an algorithmic way to find out which arguments are bundled together, and which are separate.
They can be described in terms of sets, but the concept split is more useful.
That term is used to express, that of the universe is split in two halves in a particular way.
(But without the choice which half is to be considered the set, and which the complement.)

There are three ways how two different splits can relate to each other, and three more where they are equal.
These cases can mostly be distinguished by their number of non-empty intersections. (But there are two different cases with 2.)
In these images that are the red/green overlaps with at least one black dot. Their Venn diagrams are marked with a black ring.

Files for each BEC ordered by pattern:

15, 18, 19
 
BEC 15
 
BEC 18
 
BEC 19


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Pages in category "3-ary Boolean functions; BEC; nesting analysis"

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