unary

B is a value, and the rest are unary functions.

This is called a unary message because it takes no arguments.

In the form of a table, the four unary truth functions may be represented as follows.

Also for unary operations like or x the number is entered first then the operator.

The unary system is only useful for small numbers, although it plays an important role in theoretical computer science.

There are two common types of operations: unary and binary.

For defined unary operations, the function must contain one argument.

In this case a unary negative is needed to change the sign:

Sets of individuals can also be viewed as unary relations on the domain.

The first is the level of unary relations or element mappings.

Unary positive does not change the sign of a negative operation:

In the unary case, there are two possible inputs, viz.

The function f is a unary operation on A.

A unary function is a function that takes one argument.

Otherwise it is unary and represents a negation (change of sign).

Unary operations create a new graph from one initial one.

An algebra all of whose operations are unary is called a presheaf.

Terms built with unary symbols and constants can be considered as strings.

These networks use unary coding for an effective representation of the data sets.

Making marks on a wall, using one mark for each item counted is an example of unary counting.

The unary minus produces the negative of the value.

This is true since the root is a unary node.

Unary messages can be chained by writing them one after another:

So instead let us merge the unary functions together into a binary function.

In the C family of languages, the following operators are unary: