Uses of Class
org.processmining.multilayeralignment.algorithms.ReplayAlgorithm.Debug

Packages that use ReplayAlgorithm.Debug

Package	Description
org.processmining.multilayeralignment.algorithms
org.processmining.multilayeralignment.algorithms.implementations
org.processmining.multilayeralignment.models.mlreplay

Uses of ReplayAlgorithm.Debug in org.processmining.multilayeralignment.algorithms

Methods in org.processmining.multilayeralignment.algorithms that return ReplayAlgorithm.Debug

Modifier and Type	Method and Description
static ReplayAlgorithm.Debug	ReplayAlgorithm.Debug.valueOf(java.lang.String name) Returns the enum constant of this type with the specified name.
static ReplayAlgorithm.Debug[]	ReplayAlgorithm.Debug.values() Returns an array containing the constants of this enum type, in the order they are declared.

Methods in org.processmining.multilayeralignment.algorithms with parameters of type ReplayAlgorithm.Debug

Modifier and Type	Method and Description
void	ReplayAlgorithm.Debug.print(ReplayAlgorithm.Debug db, java.lang.String s)
void	ReplayAlgorithm.Debug.println(ReplayAlgorithm.Debug db)
void	ReplayAlgorithm.Debug.println(ReplayAlgorithm.Debug db, java.lang.String s)

Uses of ReplayAlgorithm.Debug in org.processmining.multilayeralignment.algorithms.implementations

Constructors in org.processmining.multilayeralignment.algorithms.implementations with parameters of type ReplayAlgorithm.Debug

Constructor and Description
AStar(SyncProduct product, boolean moveSorting, boolean queueSorting, boolean preferExact, boolean isInteger, ReplayAlgorithm.Debug debug)
AStarLargeLP(SyncProduct product, boolean moveSorting, boolean useInteger, int initialSplits, ReplayAlgorithm.Debug debug)
AStarLargeLP(SyncProduct product, boolean moveSorting, boolean useInteger, ReplayAlgorithm.Debug debug)
AStarLargeLP(SyncProduct product, boolean moveSorting, boolean useInteger, ReplayAlgorithm.Debug debug, int[] splitpoints)
Dijkstra(SyncProduct product, boolean moveSorting, boolean queueSorting, ReplayAlgorithm.Debug debug)
Full(SyncProduct product, boolean moveSorting, boolean queueSorting, boolean preferExact, boolean isInteger, ReplayAlgorithm.Debug debug)
Full(SyncProduct product, boolean moveSorting, boolean useInteger, int initialSplits, ReplayAlgorithm.Debug debug)
Full(SyncProduct product, boolean moveSorting, boolean queueSorting, ReplayAlgorithm.Debug debug)
Full(SyncProduct product, boolean moveSorting, boolean queueSorting, ReplayAlgorithm.Debug debug)
Full(SyncProduct product, boolean moveSorting, boolean useInteger, ReplayAlgorithm.Debug debug, int[] splitpoints)
FullStatespaceBuilder(SyncProduct product, boolean moveSorting, boolean queueSorting, ReplayAlgorithm.Debug debug)

Uses of ReplayAlgorithm.Debug in org.processmining.multilayeralignment.models.mlreplay

Fields in org.processmining.multilayeralignment.models.mlreplay declared as ReplayAlgorithm.Debug

Modifier and Type	Field and Description
ReplayAlgorithm.Debug	ReplayerParameters.debug

Constructors in org.processmining.multilayeralignment.models.mlreplay with parameters of type ReplayAlgorithm.Debug

Constructor and Description
AStar(boolean moveSort, boolean queueSort, boolean preferExact, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents)
AStar(boolean moveSort, boolean queueSort, boolean preferExact, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, int maxReducedSequenceLength)
AStar(boolean moveSort, boolean queueSort, boolean preferExact, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, int maxReducedSequenceLength, boolean buildFullStatespace)
AStar(ReplayAlgorithm.Debug debug)
Default(int nThreads, int costUpperBound, ReplayAlgorithm.Debug debug)
Default(int nThreads, ReplayAlgorithm.Debug debug)
Dijkstra(boolean moveSort, boolean queueSort, int nThreads, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents)
Dijkstra(boolean moveSort, boolean queueSort, int nThreads, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, int maxReducedSequenceLength)
Dijkstra(boolean moveSort, boolean queueSort, int nThreads, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, int maxReducedSequenceLength, boolean buildFullStatespace)
Dijkstra(ReplayAlgorithm.Debug debug)
IncrementalAStar(boolean moveSort, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, boolean preProcessUsingPlaceBasedConstraints)
IncrementalAStar(boolean moveSort, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, boolean preProcessUsingPlaceBasedConstraints, int initialSplits, int maxReducedSequenceLength)
IncrementalAStar(boolean moveSort, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, boolean preProcessUsingPlaceBasedConstraints, int initialSplits, int maxReducedSequenceLength, boolean buildFullStatespace)
IncrementalAStar(boolean moveSort, int nThreads, boolean useInt, ReplayAlgorithm.Debug debug, int timeoutMilliseconds, int maximumNumberOfStates, int costUpperBound, boolean partiallyOrderEvents, int initialSplits)
IncrementalAStar(ReplayAlgorithm.Debug debug)