Classes
class	BankEdge

struct	CharArrayEqualFunc

struct	CharArrayHashFunc

class	Edge

class	EdgeLexer

class	EdgeParser

class	Exception

class	HashMap

class	Lexem

class	Lexicon

class	Model

class	Pair

class	Parameters

class	RCObject

class	RCIPtr

class	StringMapEntry

class	StringMap

class	Tokenizer

class	Trainer

class	Pattern

class	Tree

class	Word

Typedefs
typedef RCIPtr< BankEdge >	BankEdgePtr

typedef std::list < spear::RCIPtr< BankEdge > >	BankEdgeList

typedef std::list < spear::RCIPtr< BankEdge > >::const_reverse_iterator	BankEdgeListConstRevIter

typedef std::list < spear::RCIPtr< BankEdge > >::const_iterator	BankEdgeListConstIter

typedef struct spear::CharArrayEqualFunc	CharArrayEqualFunc

typedef struct spear::CharArrayHashFunc	CharArrayHashFunc

typedef RCIPtr< Edge >	EdgePtr

typedef RCIPtr< spear::Lexem >	LexemPtr

typedef RCIPtr< spear::Lexicon >	LexiconPtr

typedef RCIPtr< Model >	ModelPtr

typedef RCIPtr< Tokenizer >	TokenizerPtr

typedef RCIPtr< spear::Trainer >	TrainerPtr

typedef RCIPtr< Pattern >	PatternPtr

typedef RCIPtr< spear::Tree >	TreePtr

Enumerations
enum	PatternType { PATTERN_OBJ, PATTERN_IOBJ, PATTERN_SUBJ, PATTERN_PREP, PATTERN_ROBJ, PATTERN_RIOBJ, PATTERN_RSUBJ }

enum	VerbType { VERB_ACTIVE, VERB_PASSIVE, VERB_COPULATIVE, VERB_INFINITIVE, VERB_GERUND }

Functions
bool	compareWideCharToWideChar (const Char s1, const Char s2)

void	simpleTokenize (const String &input, std::vector< String > &output, const String &separators)

void	tokenizeWithQuotes (const String &input, std::vector< String > &output, const String &separators)

String	quotify (const String &str)

int	toInteger (const String &s)

bool	isNumber (const String &s)

bool	isNumberRange (const String &s)

String	toUpper (const String &s)

String	toLower (const String &s)

bool	expandNumber (const String &number, std::vector< String > &expansion)

String	mergeStrings (const String &s1, const String &s2)

String	mergeStrings (const String &s1, const String &s2, const String &s3)

String	mergeStrings (const String &s1, const String &s2, const String &s3, const String &s4)

bool	startsWith (const String &big, const String &small)

bool	endsWith (const String &big, const String &small)

String	stripString (const String &s, int left, int right)

template<typename T >
spear::RCIPtr< T >	findHead (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	traverseRightToLeft (const std::list< spear::RCIPtr< T > > &children, const Char *labels[], bool traverseLabelsFirst=true)

template<typename T >
spear::RCIPtr< T >	traverseLeftToRight (const std::list< spear::RCIPtr< T > > &children, const Char *labels[], bool traverseLabelsFirst=true)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishNP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishADJP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishADVP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishCONJP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishFRAG (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishINTJ (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishLST (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishNAC (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishPP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishPRN (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishQP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishRRC (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishS (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishSBAR (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishSBARQ (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishSINV (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishSQ (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishUCP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishVP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishWHADJP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishWHADVP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishWHNP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishWHPP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishTOP (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishX (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
spear::RCIPtr< T >	findHeadEnglishNoCoord (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
TCRI	isCoordinatedHead (const std::list< spear::RCIPtr< T > > &children, TCRI current)

template<typename T >
spear::RCIPtr< T >	findHeadEnglish (const String &parent, const std::list< spear::RCIPtr< T > > &children)

template<typename T >
bool	operator== (const RCIPtr< T > &pointer, const RCIPtr< T > &other)

template<typename T >
bool	operator!= (const RCIPtr< T > &pointer, const RCIPtr< T > &other)

template<typename T >
bool	operator== (const RCIPtr< T > &pointer, const T *other)

template<typename T >
bool	operator== (const T *other, const RCIPtr< T > &pointer)

template<typename T >
bool	operator!= (const RCIPtr< T > &pointer, const T *other)

template<typename T >
bool	operator!= (const T *other, const RCIPtr< T > &pointer)

void	print_filename (const std::string &s, std::ostream &os)

void	train_collins (const std::string &input_filename, const std::string &output_dir, const int &lf_thresh, std::ostream &os)

Variables
size_t	LF_WORD_THRESHOLD = 6

Typedef Documentation

typedef std::list< spear::RCIPtr<BankEdge> > spear::BankEdgeList

typedef std::list< spear::RCIPtr<BankEdge> >::const_iterator spear::BankEdgeListConstIter

typedef std::list< spear::RCIPtr<BankEdge> >::const_reverse_iterator spear::BankEdgeListConstRevIter

typedef RCIPtr<BankEdge> spear::BankEdgePtr

typedef struct spear::CharArrayEqualFunc spear::CharArrayEqualFunc

typedef struct spear::CharArrayHashFunc spear::CharArrayHashFunc

typedef RCIPtr<Edge> spear::EdgePtr

typedef RCIPtr<spear::Lexem> spear::LexemPtr

typedef RCIPtr<spear::Lexicon> spear::LexiconPtr

typedef RCIPtr<Model> spear::ModelPtr

typedef RCIPtr<Pattern> spear::PatternPtr

typedef RCIPtr<Tokenizer> spear::TokenizerPtr

typedef RCIPtr<spear::Trainer> spear::TrainerPtr

typedef RCIPtr<spear::Tree> spear::TreePtr

Enumeration Type Documentation

enum spear::PatternType

Enumerator
PATTERN_OBJ
PATTERN_IOBJ
PATTERN_SUBJ
PATTERN_PREP
PATTERN_ROBJ
PATTERN_RIOBJ
PATTERN_RSUBJ

enum spear::VerbType

Enumerator
VERB_ACTIVE
VERB_PASSIVE
VERB_COPULATIVE
VERB_INFINITIVE
VERB_GERUND

Function Documentation

bool spear::compareWideCharToWideChar	(	const Char *	s1,
		const Char *	s2
	)

bool spear::endsWith	(	const String &	big,
		const String &	small
	)

bool spear::expandNumber	(	const String &	number,
		std::vector< String > &	expansion
	)

Expands numbers/fractions/ranges to their alphabetical representation E.g. "113" ==> "one hundred thirteen"

template<typename T >

spear::RCIPtr<T> spear::findHead	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

This function implements the head finding heuristics The type T can be any edge type that implements the following methods: const std::wstring & T::getLabel() const

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglish	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishADJP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishADVP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishCONJP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishFRAG	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishINTJ	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishLST	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishNAC	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishNoCoord	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishNP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishPP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishPRN	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishQP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishRRC	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishS	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishSBAR	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishSBARQ	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishSINV	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishSQ	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishTOP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishUCP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishVP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishWHADJP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishWHADVP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishWHNP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishWHPP	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

spear::RCIPtr<T> spear::findHeadEnglishX	(	const String &	parent,
		const std::list< spear::RCIPtr< T > > &	children
	)

template<typename T >

TCRI spear::isCoordinatedHead	(	const std::list< spear::RCIPtr< T > > &	children,
		TCRI	current
	)

bool spear::isNumber ( const String & s )

Returns true if this is an integer, real, or fraction number

bool spear::isNumberRange ( const String & s )

Returns true if this is a number range, e.g. "N-M"

String spear::mergeStrings	(	const String &	s1,
		const String &	s2
	)

String spear::mergeStrings	(	const String &	s1,
		const String &	s2,
		const String &	s3
	)

String spear::mergeStrings	(	const String &	s1,
		const String &	s2,
		const String &	s3,
		const String &	s4
	)

template<typename T >

bool spear::operator!=	(	const RCIPtr< T > &	pointer,
		const RCIPtr< T > &	other
	)

inline

template<typename T >

bool spear::operator!=	(	const RCIPtr< T > &	pointer,
		const T *	other
	)

inline

template<typename T >

bool spear::operator!=	(	const T *	other,
		const RCIPtr< T > &	pointer
	)

inline

template<typename T >

bool spear::operator==	(	const RCIPtr< T > &	pointer,
		const RCIPtr< T > &	other
	)

inline

template<typename T >

bool spear::operator==	(	const RCIPtr< T > &	pointer,
		const T *	other
	)

inline

template<typename T >

bool spear::operator==	(	const T *	other,
		const RCIPtr< T > &	pointer
	)

inline

void spear::print_filename	(	const std::string &	s,
		std::ostream &	os
	)

String spear::quotify ( const String & str )

Constructs a valid quote-surrounded token All inside quotes are preceded by \

void spear::simpleTokenize	(	const String &	input,
		std::vector< String > &	output,
		const String &	separators
	)

bool spear::startsWith	(	const String &	big,
		const String &	small
	)

String spear::stripString	(	const String &	s,
		int	left,
		int	right
	)

int spear::toInteger ( const String & s )

void spear::tokenizeWithQuotes	(	const String &	input,
		std::vector< String > &	output,
		const String &	separators
	)

String tokenization, considering everything within quotes as 1 token Regular quotes inside tokens MUST be preceded by \

String spear::toLower ( const String & s )

String spear::toUpper ( const String & s )

void spear::train_collins	(	const std::string &	input_filename,
		const std::string &	output_dir,
		const int &	lf_thresh,
		std::ostream &	os
	)

template<typename T >

spear::RCIPtr<T> spear::traverseLeftToRight	(	const std::list< spear::RCIPtr< T > > &	children,
		const Char *	labels[],
		bool	traverseLabelsFirst = `true`
	)

template<typename T >

spear::RCIPtr<T> spear::traverseRightToLeft	(	const std::list< spear::RCIPtr< T > > &	children,
		const Char *	labels[],
		bool	traverseLabelsFirst = `true`
	)

Variable Documentation

size_t spear::LF_WORD_THRESHOLD = 6

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

Enumeration Type Documentation

Function Documentation

Variable Documentation