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|
/*
==============================================================================
makemat.c
==============================================================================
*/
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include "makemat.h"
#define KANKEI_MAX 100
#define REN_TBL_MAX 6000
#define REN_MTR_MAX 6000
/*
------------------------------------------------------------------------------
definition of global variables
------------------------------------------------------------------------------
*/
extern char *ProgName;
extern FILE *Jumanrc_Fileptr;
extern FILE *Cha_stderr;
/*
FILE *FpLogf;
FILE *FpMain;
FILE *FpMida;
FILE *FpYomi;
FILE *FpImis;
*/
/* ROOT Root; */
char CurPath[FILENAME_MAX];
char JumanPath[FILENAME_MAX];
/*
------------------------------------------------------------------------------
GLOBAL:
definition of global variables
------------------------------------------------------------------------------
*/
extern CLASS Class[CLASSIFY_NO + 1][CLASSIFY_NO + 1];
extern TYPE Type[TYPE_NO];
extern FORM Form[TYPE_NO][FORM_NO];
extern int LineNo;
extern int LineNoForError;
/*
------------------------------------------------------------------------------
LOCAL:
definition of global variables
------------------------------------------------------------------------------
*/
static H_B_T_KANKEI kankei_tbl[KANKEI_MAX];
static int TBL_NUM;
static RENSETU_PAIR rensetu_tbl[REN_TBL_MAX];
static int I_NUM;
static int J_NUM;
static U_CHAR rensetu_mtr1[REN_MTR_MAX][REN_MTR_MAX];
static U_CHAR rensetu_mtr2[REN_MTR_MAX][REN_MTR_MAX];
/*
------------------------------------------------------------------------------
FUNCTION:
<read_hinshi_katuyou>:
------------------------------------------------------------------------------
*/
void read_h_b_t_kankei(FILE *fp)
{
CELL *cell1, *cell2;
int j = 0;
int hinsi_id, bunrui_id, type_id;
LineNo = 1;
while (! s_feof(fp)) {
LineNoForError = LineNo;
cell1 = s_read(fp);
hinsi_id = get_hinsi_id(_Atom(car(car(cell1))));
if ( Null(cell2 = car(cdr(car(cell1)))) ||
!strcmp(_Atom(cell2), "*") )
bunrui_id = 0;
else
bunrui_id = get_bunrui_id(_Atom(cell2), hinsi_id);
cell1 = car(cdr(cell1));
while (!Null(cell2 = car(cell1))) {
type_id = get_type_id(_Atom(cell2));
kankei_tbl[j].hinsi = hinsi_id;
kankei_tbl[j].bunrui = bunrui_id;
kankei_tbl[j].type = type_id;
j++;
/*
bug fixed by kurohashi on 92/03/16
*/
if ( j >= KANKEI_MAX )
error(OtherError, "Not enough size for KANKEI_MAX", EOA);
kankei_tbl[j].hinsi = -1;
cell1 = cdr(cell1);
}
}
}
/*
------------------------------------------------------------------------------
FUNCTION:
<make_rensetu_tbl>:
------------------------------------------------------------------------------
*/
void make_rensetu_tbl(FILE *fp)
{
CELL *cell;
int i, j;
int tbl_count = 1; /* tbl_count = 0 は、文頭・文末 用 */
/* 語彙を指定しているものをテーブルに登録 */
LineNo = 1;
while (! s_feof(fp)) {
LineNoForError = LineNo;
cell = s_read(fp);
_make_rensetu_tbl1(car(cell), &tbl_count);
_make_rensetu_tbl1(car(cdr(cell)), &tbl_count);
}
/* 活用を展開してテーブルに登録 */
for ( i=1; Class[i][0].id; i++ ) {
for ( j=0; Class[i][j].id; j++ )
_make_rensetu_tbl2(i, j, &tbl_count);
}
TBL_NUM = tbl_count;
for ( i=0; i<TBL_NUM; i++ ) {
rensetu_tbl[i].i_pos = i;
rensetu_tbl[i].j_pos = i;
}
/* print for check */
fprintf(stderr, "(table size %d) ", TBL_NUM);
}
void _make_rensetu_tbl1(CELL *cell1, int *cnt)
{
int i, flag;
RENSETU_PAIR r_pair;
CELL *cell11;
while (!Null(cell11 = car(cell1))) {
if ( !Null(car(cdr(cdr(cdr(cdr(cell11)))))) ) {
get_pair_id1(cell11, &r_pair);
flag = 1;
for ( i=1; i<*cnt; i++ )
if ( pair_match1(&rensetu_tbl[i], &r_pair) ) {
flag = 0;
break;
}
if ( flag && r_pair.type )
for ( i=1; Form[r_pair.type][i].name != NULL; i++ ) {
rensetu_tbl[*cnt].hinsi = r_pair.hinsi;
rensetu_tbl[*cnt].bunrui = r_pair.bunrui;
rensetu_tbl[*cnt].type = r_pair.type;
rensetu_tbl[*cnt].form = i;
rensetu_tbl[*cnt].goi = r_pair.goi;
(*cnt)++;
if ( *cnt >= REN_TBL_MAX )
error(OtherError, "Not enough size for table", EOA);
}
else if ( flag ) {
rensetu_tbl[*cnt].hinsi = r_pair.hinsi;
rensetu_tbl[*cnt].bunrui = r_pair.bunrui;
rensetu_tbl[*cnt].type = r_pair.type;
rensetu_tbl[*cnt].form = r_pair.form;
rensetu_tbl[*cnt].goi = r_pair.goi;
(*cnt)++;
if ( *cnt >= REN_TBL_MAX )
error(OtherError, "Not enough size for table", EOA);
}
}
cell1 = cdr(cell1);
}
}
void _make_rensetu_tbl2(int hinsi, int bunrui, int *cnt)
{
int i, j;
if ( Class[hinsi][bunrui].kt ) { /* 活用あり */
i = 0;
while ( kankei_tbl[i].hinsi != -1 ) {
if ( kankei_tbl[i].hinsi == hinsi &&
kankei_tbl[i].bunrui == bunrui ) {
for ( j=1; Form[kankei_tbl[i].type][j].name != NULL;
j++ ) {
rensetu_tbl[*cnt].hinsi = hinsi;
rensetu_tbl[*cnt].bunrui = bunrui;
rensetu_tbl[*cnt].type = kankei_tbl[i].type;
rensetu_tbl[*cnt].form = j;
rensetu_tbl[*cnt].goi = NULL;
(*cnt)++;
if ( *cnt >= REN_TBL_MAX )
error(OtherError, "Not enough size for table", EOA);
}
}
i++;
}
} else { /* 活用なし */
rensetu_tbl[*cnt].hinsi = hinsi;
rensetu_tbl[*cnt].bunrui = bunrui;
rensetu_tbl[*cnt].type = 0;
rensetu_tbl[*cnt].form = 0;
rensetu_tbl[*cnt].goi = NULL;
(*cnt)++;
/*
bug fixed by kurohashi on 92/03/16
*/
if ( *cnt >= REN_TBL_MAX )
error(OtherError, "Not enough size for table", EOA);
}
}
/*
------------------------------------------------------------------------------
FUNCTION:
<read_rensetu>:
------------------------------------------------------------------------------
*/
void read_rensetu(FILE *fp)
{
int i, j;
CELL *cell, *cell1, *cell11, *cell2, *cell22, *cell2_stock;
RENSETU_PAIR2 pair1, pair2;
U_CHAR c_weight;
for ( i=0; i<REN_MTR_MAX; i++ )
for ( j=0; j<REN_MTR_MAX; j++ )
rensetu_mtr1[i][j] = '\0';
LineNo = 1;
while (! s_feof(fp)) {
LineNoForError = LineNo;
cell = s_read(fp);
cell1 = car(cell);
cell2 = car(cdr(cell));
/* added by T.Utsuro for weight of rensetu matrix */
if( Null(cdr(cdr(cell))) )
c_weight = DEFAULT_C_WEIGHT;
else
c_weight = (U_CHAR) atoi(_Atom(car(cdr(cdr(cell)))));
cell2_stock = cell2;
while (!Null(cell11 = car(cell1))) {
get_pair_id2(cell11, &pair1);
cell2 = cell2_stock;
while (!Null(cell22 = car(cell2))) {
get_pair_id2(cell22, &pair2);
fill_matrix(&pair1, &pair2, c_weight);
cell2 = cdr(cell2);
}
cell1 = cdr(cell1);
}
}
}
/* modified by T.Utsuro for weight of rensetu matrix */
void fill_matrix(RENSETU_PAIR2 *pair_p1, RENSETU_PAIR2 *pair_p2, U_CHAR c_weight)
{
int i, j;
int *tmp_tbl;
int flag = 0;
tmp_tbl = (int *)my_alloc(sizeof(int) * TBL_NUM);
if ( pair_p2->hinsi == -1 ) { /* hinsi = -1 : 文末 */
tmp_tbl[0] = 1;
for ( j=1; j<TBL_NUM; j++ )
tmp_tbl[j] = 0;
} else {
for ( j=0; j<TBL_NUM; j++ ) {
if ( pair_match2(pair_p2, &rensetu_tbl[j]) )
tmp_tbl[j] = 1;
else
tmp_tbl[j] = 0;
}
}
if ( pair_p1->hinsi == -1 ) { /* hinsi = -1 : 文頭 */
for ( j=0; j<TBL_NUM; j++ )
if ( tmp_tbl[j] ) { /* 後にあるルールの重みを優先 */
rensetu_mtr1[0][j] = c_weight;
flag ++;
}
} else {
for ( i=0; i<TBL_NUM; i++ )
if ( pair_match2(pair_p1, &rensetu_tbl[i]) )
for ( j=0; j<TBL_NUM; j++ )
if ( tmp_tbl[j] ) { /* 後にあるルールの重みを優先 */
rensetu_mtr1[i][j] = c_weight;
flag ++;
}
}
free(tmp_tbl);
if ( ! flag ) {
warning(0, "Invalid katuyou_kei", pair_p1->form, "or", pair_p2->form, EOA);
fprintf(stderr," between line %d and %d.\n \n "
,LineNoForError,LineNo);
}
}
/*
------------------------------------------------------------------------------
FUNCTION:
get id and match id
------------------------------------------------------------------------------
*/
void get_pair_id1(CELL *cell, RENSETU_PAIR *pair)
{
int i, j;
CELL *cell_p;
pair->hinsi = 0;
pair->bunrui = 0;
pair->type = 0;
pair->form = 0;
pair->goi = NULL;
if ( !Null(cell_p = car(cell) ) )
pair->hinsi = get_hinsi_id(_Atom(cell_p));
else return;
if ( !Null(cell_p = car(cdr(cell)) ) )
pair->bunrui = get_bunrui_id(_Atom(cell_p), pair->hinsi);
else return;
if ( !Null(cell_p = car(cdr(cdr(cell))) ) )
pair->type = get_type_id(_Atom(cell_p));
else return;
if ( !Null(cell_p = car(cdr(cdr(cdr(cell)))) ) )
pair->form = get_form_id(_Atom(cell_p), pair->type);
else return;
if ( !Null(cell_p = car(cdr(cdr(cdr(cdr(cell))))) ) ) {
pair->goi = (U_CHAR *)my_alloc(sizeof(U_CHAR) * MIDASI_MAX );
strcpy(pair->goi, _Atom(cell_p));
}
}
void get_pair_id2(CELL *cell, RENSETU_PAIR2 *pair)
{
int i, j;
CELL *cell_p;
pair->hinsi = 0;
pair->bunrui = 0;
pair->type = 0;
pair->form = NULL;
pair->goi = NULL;
if ( !Null(cell_p = car(cell) ) ) {
if ( strcmp("文頭", _Atom(cell_p)) == 0 ||
strcmp("文末", _Atom(cell_p)) == 0 ) {
pair->hinsi = -1;
return;
} else
pair->hinsi = get_hinsi_id(_Atom(cell_p));
} else return;
if ( !Null(cell_p = car(cdr(cell)) ) )
pair->bunrui = get_bunrui_id(_Atom(cell_p), pair->hinsi);
else return;
if ( !Null(cell_p = car(cdr(cdr(cell))) ) )
pair->type = get_type_id(_Atom(cell_p));
else return;
if ( !Null(cell_p = car(cdr(cdr(cdr(cell)))) ) ) {
if ( strcmp(_Atom(cell_p), "*") ) {
pair->form = (U_CHAR *)my_alloc(sizeof(U_CHAR) * MIDASI_MAX );
strcpy(pair->form, _Atom(cell_p));
}
} else return;
if ( !Null(cell_p = car(cdr(cdr(cdr(cdr(cell))))) ) ) {
pair->goi = (U_CHAR *)my_alloc(sizeof(U_CHAR) * MIDASI_MAX );
strcpy(pair->goi, _Atom(cell_p));
}
}
int pair_match1(RENSETU_PAIR *pair1, RENSETU_PAIR *pair2)
{
if ( pair1->hinsi != pair2->hinsi ||
pair1->bunrui != pair2->bunrui ||
pair1->type != pair2->type ||
pair1->form != pair2->form ||
strcmp(pair1->goi, pair2->goi) )
return 0;
else
return 1;
}
int pair_match2(RENSETU_PAIR2 *pair, RENSETU_PAIR *tbl)
{
if ( pair->hinsi && (pair->hinsi != tbl->hinsi) )
return 0;
if ( pair->bunrui && (pair->bunrui != tbl->bunrui) )
return 0;
if ( pair->type && (pair->type != tbl->type) )
return 0;
if ( pair->form && ( tbl->form == 0 ||
strcmp(pair->form, Form[tbl->type][tbl->form].name)))
return 0;
if ( pair->goi && ( ! tbl->goi || strcmp(pair->goi, tbl->goi) ) )
return 0;
if ( pair->hinsi == 0 && tbl->hinsi == atoi(RENGO_ID))
return 0; /* 正規表現は連語には通用しない */
return 1;
}
/*
------------------------------------------------------------------------------
FUNCTION:
<condense_matrix>:
------------------------------------------------------------------------------
*/
void condense_matrix()
{
int i, j, k;
int i_num = 0;
int j_num = 0;
for ( j=0; j<TBL_NUM; j++ ) {
for ( k=0; k<j_num; k++ ) {
if ( compare_vector1(k, j, TBL_NUM) ) {
rensetu_tbl[j].j_pos = k;
break;
}
}
if ( rensetu_tbl[j].j_pos == j ) {
copy_vector1(j, j_num, TBL_NUM);
rensetu_tbl[j].j_pos = j_num;
j_num++;
}
}
for ( i=0; i<TBL_NUM; i++ ) {
for ( k=0; k<i_num; k++ ) {
if ( compare_vector2(k, i, j_num) ) {
rensetu_tbl[i].i_pos = k;
break;
}
}
if ( rensetu_tbl[i].i_pos == i ) {
copy_vector2(i, i_num, j_num);
rensetu_tbl[i].i_pos = i_num;
i_num++;
}
}
I_NUM = i_num;
J_NUM = j_num;
/* print for check */
fprintf(stderr, "matrix size %d, %d\n", I_NUM, J_NUM);
}
int compare_vector1(int k, int j, int num)
{
int i;
for ( i=0; i<num; i++ )
if ( rensetu_mtr2[i][k] != rensetu_mtr1[i][j] )
return 0;
return 1;
}
void copy_vector1(int j, int j_num, int num)
{
int i;
for ( i=0; i<num; i++ )
rensetu_mtr2[i][j_num] = rensetu_mtr1[i][j];
}
int compare_vector2(int k, int i, int num)
{
int j;
for ( j=0; j<num; j++ )
if ( rensetu_mtr2[i][j] != rensetu_mtr1[k][j] )
return 0;
return 1;
}
void copy_vector2(int i, int i_num, int num)
{
int j;
for ( j=0; j<num; j++ )
rensetu_mtr1[i_num][j] = rensetu_mtr2[i][j];
}
/*
------------------------------------------------------------------------------
FUNCTION:
<write_table>, <write_matrix>:
------------------------------------------------------------------------------
*/
void write_table(FILE *fp)
{
int i;
fprintf(fp, "%d\n", TBL_NUM);
for ( i=0; i<TBL_NUM; i++ ) {
/* comment */
/* fprintf(fp, "%s ", Class[rensetu_tbl[i].hinsi]
[rensetu_tbl[i].bunrui].id);
if ( rensetu_tbl[i].type )
fprintf(fp, "%s %s ", Type[rensetu_tbl[i].type],
Form[rensetu_tbl[i].type][rensetu_tbl[i].form]);
if ( rensetu_tbl[i].goi )
fprintf(fp, "%s", rensetu_tbl[i].goi);
fprintf(fp, "\n");*/
/* data */
fprintf(fp, "%d ", rensetu_tbl[i].i_pos);
fprintf(fp, "%d ", rensetu_tbl[i].j_pos);
fprintf(fp, "%d ", rensetu_tbl[i].hinsi);
fprintf(fp, "%d ", rensetu_tbl[i].bunrui);
fprintf(fp, "%d ", rensetu_tbl[i].type);
fprintf(fp, "%d ", rensetu_tbl[i].form);
if ( rensetu_tbl[i].goi )
fprintf(fp, "%s\n", rensetu_tbl[i].goi);
else
fprintf(fp, "*\n");
}
}
void write_matrix(FILE *fp)
{
int i, j;
fprintf(fp, "%d %d\n", I_NUM, J_NUM);
for ( i=0; i<I_NUM; i++ ) {
for ( j=0; j<J_NUM; j++ )
fprintf(fp, "%d ", (int)rensetu_mtr1[i][j]);
fprintf(fp, "\n");
}
}
/*
------------------------------------------------------------------------------
FUNCTION:
<main>:
------------------------------------------------------------------------------
*/
int main(int argc, char **argv)
{
FILE *fp_t, *fp_m, *fp_k, *fp_c;
char file_path[FILENAME_MAX];
int i;
ProgName = argv[0];
Cha_stderr = stderr;
if ((argc == 3)&&(strncmp(argv[1], "-r", 2) == 0)) {
set_jumanrc_fileptr(argv[2], FALSE, FALSE);
} else {
set_jumanrc_fileptr(NULL, TRUE, FALSE);
}
if (Jumanrc_Fileptr) {
set_jumangram_dirname();
}
grammar(NULL);
katuyou(NULL);
getpath(CurPath, JumanPath);
/* 出力ファイルのオープン
JumanPathからCurPathへ変更 (2002/11/08)
*/
if ( (fp_t = pathfopen(TABLEFILE, "w", CurPath, file_path)) != NULL );
else error(OpenError, "can't open", TABLEFILE, ".", EOA);
if ( (fp_m = pathfopen(MATRIXFILE, "w", CurPath, file_path)) != NULL );
else error(OpenError, "can't open", MATRIXFILE, ".", EOA);
/* 活用ファイルのオープン */
if ( (fp_k = pathfopen(KANKEIFILE, "r", "" , file_path)) != NULL );
else if ((fp_k= pathfopen(KANKEIFILE, "r", CurPath, file_path)) != NULL );
else if ((fp_k= pathfopen(KANKEIFILE, "r", JumanPath, file_path)) != NULL );
else error(OpenError, "can't open", KANKEIFILE, ".", EOA);
/* 活用ファイルの処理 */
fprintf(stderr, "%s parsing... ", file_path);
read_h_b_t_kankei(fp_k);
fprintf(stderr, "done.\n\n");
/* 連接規則ファイルのオープン */
if ( (fp_c = pathfopen(CONNECTFILE, "r", "" , file_path)) != NULL );
else if ((fp_c= pathfopen(CONNECTFILE, "r", CurPath, file_path))!= NULL );
else if ((fp_c= pathfopen(CONNECTFILE, "r", JumanPath, file_path))!= NULL );
else error(OpenError, "can't open", CONNECTFILE, ".", EOA);
/* 連接規則ファイルの処理 */
fprintf(stderr, "%s parsing... ", file_path);
make_rensetu_tbl(fp_c);
rewind(fp_c);
read_rensetu(fp_c);
fprintf(stderr, "done.\n\n");
/* 連接行列の圧縮 */
condense_matrix();
write_table(fp_t);
write_matrix(fp_m);
fclose(fp_c);
fclose(fp_k);
fclose(fp_t);
fclose(fp_m);
exit(0);
}
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