mbma_mod.cxx File Reference

#include "frog/mbma_mod.h"
#include <cstdlib>
#include <string>
#include <set>
#include <iostream>
#include <algorithm>
#include <fstream>
#include "timbl/TimblAPI.h"
#include "ticcutils/Configuration.h"
#include "ticcutils/StringOps.h"
#include "ticcutils/PrettyPrint.h"
#include "ticcutils/Unicode.h"
#include "ticcutils/SocketBasics.h"
#include "ticcutils/json.hpp"
#include "frog/Frog-util.h"
#include "frog/FrogData.h"

Include dependency graph for mbma_mod.cxx:

Macros
#define	LOG   *TiCC::Log(errLog)
#define	DBG   *TiCC::Log(dbgLog)

Functions
string	find_class (unsigned int step, const vector< string > &classes, unsigned int nranal)
vector< vector< string > >	generate_all_perms (const vector< string > &classes)
bool	mbmacmp (Rule *m1, Rule *m2)
BracketNest *	copy_nest (const BracketNest *brackets)

Variables
const long int	LEFT = 6
const long int	RIGHT = 6

Macro Definition Documentation

DBG

#define DBG   *TiCC::Log(dbgLog)

LOG

#define LOG   *TiCC::Log(errLog)

Function Documentation

copy_nest()

BracketNest* copy_nest

(

const BracketNest *

brackets

)

find_class()

string find_class	(	unsigned int	step,
		const vector< string > &	classes,
		unsigned int	nranal
	)

generate_all_perms()

vector<vector<string> > generate_all_perms

(

const vector< string > &

classes

)

determine all alternative analyses, remember the largest and store every part in a vector of string vectors

Parameters

classes

A vector of possibilities generated by Timbl

example: Timbl has given 3 results for the word 'gek':

classes={"A|N|V","0","0/P|0/e|0/te1|0/te2I"} (from the word 'gek')

This is converted to { {"A","N","V","V"}, {"0","0","0","0" }, {"0/P","0/e","0/te1","0/te2I"} }

As we can see, the "0" from classes is expanded by duplication 4 times. The "A|N|V" is expanded by duplicating the last "V".

an then for index 1 to 4 the results are collected:

{ {"A","0","0/P"}, {N","0", "0/e"}, {"V","0", "0/te1"}, {"V", "0","0/te2I"} }

mbmacmp()

bool mbmacmp	(	Rule *	m1,
		Rule *	m2
	)

sorting function for Rule's

Variable Documentation

LEFT

const long int LEFT = 6

RIGHT

const long int RIGHT = 6