joshua.decoder.chart_parser.ComputeNodeResult Class Reference

Collaboration diagram for joshua.decoder.chart_parser.ComputeNodeResult:

List of all members.

Public Member Functions
	ComputeNodeResult (List< FeatureFunction > featureFunctions, Rule rule, List< HGNode > antNodes, int i, int j, SourcePath srcPath, List< StateComputer > stateComputers, int sentID)
double	getExpectedTotalLogP ()
void	printInfo ()
Static Public Member Functions
static double	computeCombinedTransitionLogP (List< FeatureFunction > featureFunctions, HyperEdge edge, int i, int j, int sentID)
static double	computeCombinedTransitionLogP (List< FeatureFunction > featureFunctions, Rule rule, List< HGNode > antNodes, int i, int j, SourcePath srcPath, int sentID)
static double[]	computeModelTransitionLogPs (List< FeatureFunction > featureFunctions, HyperEdge edge, int i, int j, int sentID)
static double[]	computeModelTransitionLogPs (List< FeatureFunction > featureFunctions, Rule rule, List< HGNode > antNodes, int i, int j, SourcePath srcPath, int sentID)
Package Functions
void	setExpectedTotalLogP (double logP)
void	setFinalizedTotalLogP (double logP)
double	getFinalizedTotalLogP ()
void	setTransitionTotalLogP (double logP)
double	getTransitionTotalLogP ()
void	setDPStates (TreeMap< Integer, DPState > states)
TreeMap< Integer, DPState >	getDPStates ()
Private Attributes
double	expectedTotalLogP
double	finalizedTotalLogP
double	transitionTotalLogP
TreeMap< Integer, DPState >	dpStates

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Detailed Description

Author:

Zhifei Li, zhife.nosp@m.i.wo.nosp@m.rk@gm.nosp@m.ail..nosp@m.com

Version:

LastChangedDate:

2009-12-22 14:00:36 -0500

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Constructor & Destructor Documentation

joshua.decoder.chart_parser.ComputeNodeResult.ComputeNodeResult	(	List< FeatureFunction >	featureFunctions,
		Rule	rule,
		List< HGNode >	antNodes,
		int	i,
		int	j,
		SourcePath	srcPath,
		List< StateComputer >	stateComputers,
		int	sentID
	)

Compute logPs and the states of the node

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Member Function Documentation

static double joshua.decoder.chart_parser.ComputeNodeResult.computeCombinedTransitionLogP	(	List< FeatureFunction >	featureFunctions,
		HyperEdge	edge,
		int	i,
		int	j,
		int	sentID
	)		[static]

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static double joshua.decoder.chart_parser.ComputeNodeResult.computeCombinedTransitionLogP	(	List< FeatureFunction >	featureFunctions,
		Rule	rule,
		List< HGNode >	antNodes,
		int	i,
		int	j,
		SourcePath	srcPath,
		int	sentID
	)		[static]

static double [] joshua.decoder.chart_parser.ComputeNodeResult.computeModelTransitionLogPs	(	List< FeatureFunction >	featureFunctions,
		HyperEdge	edge,
		int	i,
		int	j,
		int	sentID
	)		[static]

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static double [] joshua.decoder.chart_parser.ComputeNodeResult.computeModelTransitionLogPs	(	List< FeatureFunction >	featureFunctions,
		Rule	rule,
		List< HGNode >	antNodes,
		int	i,
		int	j,
		SourcePath	srcPath,
		int	sentID
	)		[static]

TreeMap<Integer, DPState> joshua.decoder.chart_parser.ComputeNodeResult.getDPStates

(

)

[package]

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double joshua.decoder.chart_parser.ComputeNodeResult.getExpectedTotalLogP

(

)

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double joshua.decoder.chart_parser.ComputeNodeResult.getFinalizedTotalLogP

(

)

[package]

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double joshua.decoder.chart_parser.ComputeNodeResult.getTransitionTotalLogP

(

)

[package]

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void joshua.decoder.chart_parser.ComputeNodeResult.printInfo

(

)

void joshua.decoder.chart_parser.ComputeNodeResult.setDPStates

(

TreeMap< Integer, DPState >

states

)

[package]

void joshua.decoder.chart_parser.ComputeNodeResult.setExpectedTotalLogP

(

double

logP

)

[package]

void joshua.decoder.chart_parser.ComputeNodeResult.setFinalizedTotalLogP

(

double

logP

)

[package]

void joshua.decoder.chart_parser.ComputeNodeResult.setTransitionTotalLogP

(

double

logP

)

[package]

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Member Data Documentation

TreeMap<Integer, DPState> joshua.decoder.chart_parser.ComputeNodeResult.dpStates [private]

double joshua.decoder.chart_parser.ComputeNodeResult.expectedTotalLogP [private]

double joshua.decoder.chart_parser.ComputeNodeResult.finalizedTotalLogP [private]

double joshua.decoder.chart_parser.ComputeNodeResult.transitionTotalLogP [private]