Enters a case as evidence.
this.enterCase = function enterCase( index )
Specifies a finding value for a given state with all other states unaffected.
this.enterFinding = function enterFinding( state, finding )
Enters evidence (observation of the value) for this continuous chance node.
this.enterValue = function enterValue( value )
Tests the Equilibrium type.
this.equilibriumIs = function equilibriumIs( equilibrium )
Tests the Equilibrium type.
this.equilibriumIs = function equilibriumIs( equilibrium )
Test if the evidence potential, currently registered with this Node, is non-vacuous.
this.evidenceIsEntered = function evidenceIsEntered()
Tests if evidence has been propagated for this Domain.
this.evidenceIsPropagated = function evidenceIsPropagated()
Tests if evidence has been propagated for this JunctionTree.
this.evidenceIsPropagated = function evidenceIsPropagated()
Returns true if the evidence potential for this Node, incorporated within the current junction tree potentials, is non-vacuous; otherwise, returns false.
this.evidenceIsPropagated = function evidenceIsPropagated()
Tests for evidence mode.
this.evidenceModeIs = function evidenceModeIs( mode )
Tests the EvidenceMode.
this.evidenceModeIs = function evidenceModeIs( mode )
Tests if evidence has been entered since the last propagation.
this.evidenceToPropagate = function evidenceToPropagate()
Tests if evidence has been entered since the last propagation.
this.evidenceToPropagate = function evidenceToPropagate()
Returns true if the entered and the propagated evidence differ; otherwise, returns false.
this.evidenceToPropagate = function evidenceToPropagate()
Execute the queued up function calls in a synchronously blocking fashion.
this.execute = function execute()
Finds all configurations of nodes with probability at least minprobability.
this.findMAPConfigurations = function findMAPConfigurations( nodes, minprobability )