Uses of Class
org.processmining.framework.models.petrinet.algorithms.logReplay.ReplayedPetriNet

Packages that use ReplayedPetriNet
org.processmining.analysis.conformance Contains classes related to the Conformance Analysis Plugin. 
org.processmining.analysis.decisionmining   
org.processmining.analysis.performance   
org.processmining.framework.models.petrinet.algorithms.logReplay   
 

Uses of ReplayedPetriNet in org.processmining.analysis.conformance
 

Subclasses of ReplayedPetriNet in org.processmining.analysis.conformance
 class BehAppropriatenessVisualization
          Overrides the default Petri net visualization to add behavioral appropriateness diagnostics.
 class DiagnosticPetriNet
          This class is used to enhance the petri net model with conformance check results.
 class FitnessLogTraceVisualization
          Overrides the default visualization methods to show the selected log traces instead of the model.
 class FitnessVisualization
          Overrides the default visualization methods to include all the diagnostic information being requested.
 class StrAppropriatenessVisualization
          Overrides the default Petri net visualization to add structural appropriateness diagnostics.
 

Methods in org.processmining.analysis.conformance with parameters of type ReplayedPetriNet
protected  PNEdge DiagnosticPetriNet.makeEdge(PNEdge template, Place sourceNode, Transition targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Place -> Transition). Produces a DiagnosticPNEdge.
protected  PNEdge DiagnosticPetriNet.makeEdge(PNEdge template, Transition sourceNode, Place targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Transition -> Place). Produces a DiagnosticPNEdge.
protected  Place DiagnosticPetriNet.makePlace(Place template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a place based on the given place. Produces a DiagnosticPlace.
protected  Transition DiagnosticPetriNet.makeTransition(Transition template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a transition based on the given transition. Produces a DiagnosticTransition.
 

Uses of ReplayedPetriNet in org.processmining.analysis.decisionmining
 

Subclasses of ReplayedPetriNet in org.processmining.analysis.decisionmining
 class DecisionPointVisualization
           
 

Uses of ReplayedPetriNet in org.processmining.analysis.performance
 

Subclasses of ReplayedPetriNet in org.processmining.analysis.performance
 class ExtendedPetriNet
          This class is used to enhance the Petri net model with performance results.
 

Methods in org.processmining.analysis.performance with parameters of type ReplayedPetriNet
protected  PNEdge ExtendedPetriNet.makeEdge(PNEdge template, Place sourceNode, Transition targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Place -> Transition). Produces an ExtendedPNEdge.
protected  PNEdge ExtendedPetriNet.makeEdge(PNEdge template, Transition sourceNode, Place targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Transition -> Place). Produces a ExtendedPNEdge.
protected  Place ExtendedPetriNet.makePlace(Place template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a place based on the given place. Produces an ExtendedPlace.
protected  Transition ExtendedPetriNet.makeTransition(Transition template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a transition based on the given transition. Produces an ExtendedTransition.
 

Uses of ReplayedPetriNet in org.processmining.framework.models.petrinet.algorithms.logReplay
 

Fields in org.processmining.framework.models.petrinet.algorithms.logReplay declared as ReplayedPetriNet
 ReplayedPetriNet LogReplayAnalysisResult.replayedPetriNet
          The original Log reader passed to the analysis method.
 

Methods in org.processmining.framework.models.petrinet.algorithms.logReplay with parameters of type ReplayedPetriNet
 void ReplayedTransition.fireSequenceOfTasks(java.util.ArrayList firingSequence, ReplayedPetriNet replayedNet, ReplayedLogTrace replayedTrace, java.util.Date timeStamp, Measurer measurer)
          Actually fire a given sequence of transitions in the given Petri net.
 java.util.ArrayList ReplayedTransition.getShortestSequenceOfInvisibleTasks(ReplayedPetriNet replayedNet, int maxDepth)
          Check whether the transition might be enabled through one or more invisible transitions.
protected  PNEdge ReplayedPetriNet.makeEdge(PNEdge template, Place sourceNode, Transition targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Place -> Transition).
protected  PNEdge ReplayedPetriNet.makeEdge(PNEdge template, Transition sourceNode, Place targetNode, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces an edge based on the given edge (Direction: Transition -> Place).
protected  Place ReplayedPetriNet.makePlace(Place template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a place based on the given place.
protected  Transition ReplayedPetriNet.makeTransition(Transition template, ReplayedPetriNet targetNet, java.util.ArrayList caseIDs)
          Reproduces a transition based on the given transition.
 

Constructors in org.processmining.framework.models.petrinet.algorithms.logReplay with parameters of type ReplayedPetriNet
ReplayedPetriNet(ReplayedPetriNet copyTemplate)
          Copy constructor reconstructing the Petri net structure of the given template object.