Uses of Package
Automata

Packages that use Automata

Package	Description
Automata
Main
Token

Classes in Automata used by Automata

Class and Description
Automaton This class can represent different types of automaton: deterministic/non-deterministic and/or automata with output/automata without output. There are also two special automata: true automaton, which accepts everything, and false automaton, which accepts nothing.
NumberSystem The class NumberSystem represents a number system. A number system consists of the following four: - a rule to represent non-negative numbers, and hence an alphabet - a rule for addition - a rule for comparison, and by comparison we mean equality and less than testing. - a flag that determines whether numbers are represented in most significant digit order or least significant digit. For example msd_3 is a number system.

Classes in Automata used by Main

Class and Description
Automaton This class can represent different types of automaton: deterministic/non-deterministic and/or automata with output/automata without output. There are also two special automata: true automaton, which accepts everything, and false automaton, which accepts nothing.
NumberSystem The class NumberSystem represents a number system. A number system consists of the following four: - a rule to represent non-negative numbers, and hence an alphabet - a rule for addition - a rule for comparison, and by comparison we mean equality and less than testing. - a flag that determines whether numbers are represented in most significant digit order or least significant digit. For example msd_3 is a number system.

Classes in Automata used by Token

Class and Description
Automaton This class can represent different types of automaton: deterministic/non-deterministic and/or automata with output/automata without output. There are also two special automata: true automaton, which accepts everything, and false automaton, which accepts nothing.
NumberSystem The class NumberSystem represents a number system. A number system consists of the following four: - a rule to represent non-negative numbers, and hence an alphabet - a rule for addition - a rule for comparison, and by comparison we mean equality and less than testing. - a flag that determines whether numbers are represented in most significant digit order or least significant digit. For example msd_3 is a number system.