Uses of Class
org.knowceans.topics.cgen.MixEdge

Uses of MixEdge in org.knowceans.topics.cgen

Fields in org.knowceans.topics.cgen with type parameters of type MixEdge

(package private) java.util.List<MixEdge>	MixSequence.edges
(package private) java.util.List<MixEdge>	MixNet.edges
static java.util.List<MixEdge>	MixNode.NOEDGE represents the empty edge set
(package private) java.util.List<MixEdge>	MixEdge.siblingsE2 siblings with identical variable

Methods in org.knowceans.topics.cgen that return MixEdge

MixEdge	MixNode.getChildEdge(int i)
MixEdge	MixNode.getChildEdge(java.lang.String x)
MixEdge	MixNode.getEdge(java.lang.String x) get the edge from its variable.
MixEdge	MixNet.getEdge(java.lang.String query) get edge by name or variable name
MixEdge	MixNode.getParentEdge(int i)
MixEdge	MixNet.getParentEdge(MixNode n, java.lang.String ename) get the parent edge for this ename (variable) or null
MixEdge	MixNode.getParentEdge(java.lang.String x)

Methods in org.knowceans.topics.cgen that return types with arguments of type MixEdge

java.util.List<MixEdge>	MixNode.getChildren()
java.util.List<MixEdge>	MixNet.getHiddenEdges()
java.util.List<MixEdge>	MixNode.getParents()
java.util.List<MixEdge>	MixNet.getTypedEdges(int type) get the edges matching ANY of the type's bits

Methods in org.knowceans.topics.cgen with parameters of type MixEdge

void	MixNet.Traversal.eachEdge(MixEdge edge)
void	MixNet.linkItems(MixNode parent, MixEdge edge, MixNode child) Add the node to

Method parameters in org.knowceans.topics.cgen with type arguments of type MixEdge

java.lang.String	MixNetKernelGenerator.computeWeights(MixSequence seq, boolean q, java.util.List<MixEdge> eeSamp) compute the weights for sampling
java.lang.String	MixNode.expandSelector(MixSequence seq, boolean theta, boolean alpha, java.util.List<MixEdge> ee, boolean q) expand selector code, replacing indices appropriately.
java.lang.String	MixNodeFastSerial.getGibbsTerm(MixSequence seq, java.util.List<MixEdge> ee, boolean q)
java.lang.String	MixNode.getGibbsTerm(MixSequence seq, java.util.List<MixEdge> ee, boolean q)
java.lang.String	MixNode.getLatexGibbsTerm(MixSequence seq, java.util.List<MixEdge> ee, boolean q, boolean mathml) latex description of this node's inference term
java.lang.String	MixNode.getLikelihoodTerm(MixSequence seq, java.util.List<MixEdge> ee) get the likelihood term for this node
java.lang.String	MixNodeFastSerial.incNode(MixSequence seq, java.util.List<MixEdge> ee, boolean inc, boolean q, boolean synced) return code to increment this node's counts
java.lang.String	MixNode.incNode(MixSequence seq, java.util.List<MixEdge> ee, boolean inc, boolean q, boolean synced) return code to increment this node's counts
java.lang.String	MixNetKernelGenerator.incTopics(MixSequence seq, boolean q, boolean inc, java.util.List<MixEdge> eeSamp) decrement topics of this sequence, basically decrementing nodes belonging to the edges ee
int	MixNode.intersection(java.util.List<MixEdge> eeSamp) checks whether the set of edges intersects with the node, i.e., whether one of its elements is a parent or child edge of this node
(package private) java.lang.String	MixNode.kIndex(MixSequence seq, java.util.List<MixEdge> ee) return the index that expandIndex assigns a value to, so the result of expandIndex is directly used in computations.
java.lang.String	MixNetKernelGenerator.printWeights(MixSequence seq, boolean q, java.util.List<MixEdge> eeSamp, boolean mathml) compute the weights for sampling
java.lang.String	MixEdge.qualify(java.util.List<MixEdge> ee, boolean q) get edge qualified as an index.
java.lang.String	MixNetKernelGenerator.sampleTopics(java.util.List<MixEdge> eeSamp, boolean q) sample topics of all or active edges
(package private) java.lang.String[]	MixNode.tIndex(MixSequence seq, java.util.List<MixEdge> ee, boolean forQuery) determine the index of the output edge, given the active edges ee (qualified by h) and the current sequence