net.automatalib.automata.base.fast

Class AbstractFastMutableNondet<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>

java.lang.Object

net.automatalib.automata.base.fast.AbstractFastMutable<S,I,T,SP,TP>

net.automatalib.automata.base.fast.AbstractFastMutableNondet<S,I,T,SP,TP>

All Implemented Interfaces:

Serializable, Iterable<S>, Automaton<S,I,T>, InputAlphabetHolder<I>, StateIDs<S>, StateLocalInput<S,I>, FiniteAlphabetAutomaton<S,I,T>, MutableAutomaton<S,I,T,SP,TP>, ShrinkableAutomaton<S,I,T,SP,TP>, SimpleAutomaton<S,I>, UniversalAutomaton<S,I,T,SP,TP>, UniversalFiniteAlphabetAutomaton<S,I,T,SP,TP>, GraphViewable, SupportsGrowingAlphabet<I>, SimpleTS<S,I>, TransitionSystem<S,I,T>, UniversalTransitionSystem<S,I,T,SP,TP>

Direct Known Subclasses:

FastNFA, FastProbMealy

public abstract class AbstractFastMutableNondet<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>
extends AbstractFastMutable<S,I,T,SP,TP>

See Also:

Serialized Form

Field Summary

Fields inherited from class net.automatalib.automata.base.fast.AbstractFastMutable

inputAlphabet

Constructor Summary

Constructors

Constructor and Description
AbstractFastMutableNondet(Alphabet<I> inputAlphabet)

Method Summary

Modifier and Type	Method and Description
void	clear() Removes all states and transitions.
Set<S>	getInitialStates() Retrieves the set of initial states of the transition system.
Collection<I>	getLocalInputs(S state) Returns the collection of input symbols for which a successor state is defined.
Collection<T>	getTransitions(S state, I input) Retrieves the transitions that can be triggered by the given input symbol.
FastPowersetDTS<S,I,T>	powersetView() Retrieves a "powerset view" of this transition system.
void	removeState(S state, S replacement) Removes a state from the automaton.
void	setInitial(S state, boolean initial)
void	setTransitions(S state, I input, Collection<? extends T> transitions)

Methods inherited from class net.automatalib.automata.base.fast.AbstractFastMutable

addAlphabetSymbol, addState, createDynamicStateMapping, createState, getInputAlphabet, getState, getStateId, getStates, removeAllTransitions, stateIDs

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface net.automatalib.automata.ShrinkableAutomaton

removeState, unlinkState

Methods inherited from interface net.automatalib.automata.MutableAutomaton

addInitialState, addInitialState, addState, addTransition, addTransition, addTransitions, copyTransition, createTransition, removeAllTransitions, removeTransition, setStateProperty, setTransitionProperty

Methods inherited from interface net.automatalib.automata.UniversalAutomaton

transitionGraphView

Methods inherited from interface net.automatalib.automata.simple.SimpleAutomaton

createStaticStateMapping, iterator, size

Methods inherited from interface java.lang.Iterable

forEach, spliterator

Methods inherited from interface net.automatalib.ts.UniversalTransitionSystem

getStateProperty, getTransitionProperty

Methods inherited from interface net.automatalib.ts.TransitionSystem

getSuccessor, getSuccessors

Methods inherited from interface net.automatalib.ts.simple.SimpleTS

getStates, getSuccessors, getSuccessors

Methods inherited from interface net.automatalib.automata.UniversalFiniteAlphabetAutomaton

transitionGraphView

Methods inherited from interface net.automatalib.automata.FiniteAlphabetAutomaton

graphView

Constructor Detail

AbstractFastMutableNondet

public AbstractFastMutableNondet(Alphabet<I> inputAlphabet)

Method Detail

getInitialStates

public Set<S> getInitialStates()

Description copied from interface: SimpleTS

Retrieves the set of initial states of the transition system.

Returns:

the initial states.

getTransitions

public Collection<T> getTransitions(S state,
                                    I input)

Description copied from interface: TransitionSystem

Retrieves the transitions that can be triggered by the given input symbol.

The return value must not be null; if there are no transitions triggered by the specified input, Collections.emptySet() should be returned.

Parameters:

state - the source state.

input - the input symbol.

Returns:

the transitions triggered by the given input

clear

public void clear()

Description copied from interface: MutableAutomaton

Removes all states and transitions.

Specified by:

clear in interface MutableAutomaton<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>

Overrides:

clear in class AbstractFastMutable<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>

setInitial

public void setInitial(S state,
                       boolean initial)

setTransitions

public void setTransitions(S state,
                           I input,
                           Collection<? extends T> transitions)

removeState

public void removeState(S state,
                        S replacement)

Description copied from interface: ShrinkableAutomaton

Removes a state from the automaton. All ingoing transitions to this state are redirected to the given replacement state. If a null replacement is given, then this method behaves like the above ShrinkableAutomaton.removeState(Object).

Specified by:

removeState in interface ShrinkableAutomaton<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>

Overrides:

removeState in class AbstractFastMutable<S extends AbstractFastState<Collection<T>>,I,T,SP,TP>

Parameters:

state - the state to remove

replacement - the replacement state, or null

powersetView

public FastPowersetDTS<S,I,T> powersetView()

Description copied from interface: TransitionSystem

Retrieves a "powerset view" of this transition system.

Returns:

a powerset view of this transition system.

getLocalInputs

public Collection<I> getLocalInputs(S state)

Description copied from interface: StateLocalInput

Returns the collection of input symbols for which a successor state is defined.

Parameters:

state - the state for which the defined inputs should be returned

Returns:

the collection of input symbols for which a successor state is defined.