csidp.cxx File Reference

#include "frog/csidp.h"
#include <iostream>
#include <fstream>
#include <string>
#include <vector>
#include <unordered_map>
#include "ticcutils/StringOps.h"
#include "ticcutils/PrettyPrint.h"
#include "ticcutils/LogStream.h"

Include dependency graph for csidp.cxx:

Macros
#define	LOG   *TiCC::Log(dbg_log)
#define	DBG   *TiCC::Dbg(dbg_log)

Functions
unordered_map< string, double >	split_dist (const vector< pair< string, double >> &dist)
vector< const Constraint * >	formulateWCSP (const vector< timbl_result > &d_res, const vector< timbl_result > &r_res, const vector< timbl_result > &p_res, size_t sent_len, size_t maxDist, TiCC::LogStream *dbg_log)
vector< parsrel >	parse (const vector< timbl_result > &p_res, const vector< timbl_result > &r_res, const vector< timbl_result > &d_res, size_t sent_len, int maxDist, TiCC::LogStream *dbg_log)

Macro Definition Documentation

DBG

#define DBG   *TiCC::Dbg(dbg_log)

LOG

#define LOG   *TiCC::Log(dbg_log)

Function Documentation

formulateWCSP()

vector<const Constraint*> formulateWCSP	(	const vector< timbl_result > &	d_res,
		const vector< timbl_result > &	r_res,
		const vector< timbl_result > &	p_res,
		size_t	sent_len,
		size_t	maxDist,
		TiCC::LogStream *	dbg_log
	)

create a list of Parse Constraint records based on the 3 Timbl outputs

Parameters

d_res	results of the Timbl dist classifier
r_res	results of the Timbl relations classifier
p_res	results of the Timbl pairs classifier
sent_len	the sentence length
maxDist	the maximum distance we still handle
dbg_log	a LogStream for debugging

parse()

vector<parsrel> parse	(	const vector< timbl_result > &	p_res,
		const vector< timbl_result > &	r_res,
		const vector< timbl_result > &	d_res,
		size_t	sent_len,
		int	maxDist,
		TiCC::LogStream *	dbg_log
	)

run de CKY parser using these data

Parameters

p_res	the Timbl pairs outcome
r_res	the Timbl rels outcome
d_res	the Timbl dir outcome
sent_len	the maximum sentence lenght
maxDist	the maximum distance between dependents we allow
dbg_log	the stream used for debugging

Returns

a vector of parsrel structures

split_dist()

unordered_map<string,double> split_dist

(

const vector< pair< string, double >> &

dist

)

split a vector of ambi-tags to double pairs into a map of tag[double]

Parameters

dist	a vector of <string,double> pairs, where each string is a list of '|' separated tags.

Returns

a mapping from tags to doubles

so for instance when the input is like {<"a|b",0.5>,<"c|d|e",0.6>} the result would be { {"a",0.5},{"b",0.5},{"c",0.6},{"d",0.6},{"e",0.6}}