Unary

In the C and C++ programming languages, the unary operators take only one argument.

Her work is a renunciation of the old narrative, a throwing away of the cotton reel, an enunciation of the unary signifier, fort, that is meaningless in itself.

Negation is a unary operation.

Zadeh’s claim is that if the meaning of an expression (X) can be modeling by a fuzzy membership function variable, then the meaning of an expression such as “very X” is simply a membership function over the same variable determined by applying a unary operator to the membership function for X.

On the other hand, blank spaces should not be used for unary operators such as unary minus (−), address of (&), indirection (*), member access (.), increment (++), and decrement (−−).