/*************************************************************************************** * * WRITEPAD(r): Handwriting Recognition Engine (HWRE) and components. * Copyright (c) 2001-2016 PhatWare (r) Corp. All rights reserved. * * Licensing and other inquires: * Developer: Stan Miasnikov, et al. (c) PhatWare Corp. * * WRITEPAD HWRE is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * THE MATERIAL EMBODIED ON THIS SOFTWARE IS PROVIDED TO YOU "AS-IS" * AND WITHOUT WARRANTY OF ANY KIND, EXPRESS, IMPLIED OR OTHERWISE, * INCLUDING WITHOUT LIMITATION, ANY WARRANTY OF MERCHANTABILITY OR * FITNESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL PHATWARE CORP. * BE LIABLE TO YOU OR ANYONE ELSE FOR ANY DIRECT, SPECIAL, INCIDENTAL, * INDIRECT OR CONSEQUENTIAL DAMAGES OF ANY KIND, OR ANY DAMAGES WHATSOEVER, * INCLUDING WITHOUT LIMITATION, LOSS OF PROFIT, LOSS OF USE, SAVINGS * OR REVENUE, OR THE CLAIMS OF THIRD PARTIES, WHETHER OR NOT PHATWARE CORP. * HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH LOSS, HOWEVER CAUSED AND ON * ANY THEORY OF LIABILITY, ARISING OUT OF OR IN CONNECTION WITH THE * POSSESSION, USE OR PERFORMANCE OF THIS SOFTWARE. * See the GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with WritePad. If not, see . * **************************************************************************************/ #ifndef STROKA1_H_INC #define STROKA1_H_INC #include "hwr_sys.h" #include "ams_mg.h" #include "lowlevel.h" #include "calcmacr.h" #include "def.h" #include "low_dbg.h" #if PG_DEBUG #include "pg_debug.h" #endif #define MAX_NUM_EXTR 100 #define NUM_EXTR_IN_SHOULD 10 #define MIN_STR_HEIGHT 12 #define NORM 1 #define HOR_STR 2 #define T_MIN 3 #define PNT 4 #define I_MIN 5 #define S_MIN 6 #define O_MAX 61 #define E_MAX 62 #define E_MIN 63 #define UML 7 #define PUNC 8 #define BEG_MAX 9 #define END_MIN 10 #define BEG_MIN 11 #define END_MAX 12 #define TAIL_MIN 13 #define GAP_LEFT_UP 15 #define GAP_LEFT_DOWN 16 #define GAP_RIGHT_UP 17 #define GAP_RIGHT_DOWN 18 #define GLITCH_UP 20 #define GLITCH_DOWN 30 #define DBL_GLITCH_UP 40 #define DBL_GLITCH_DOWN 50 #define TRP_GLITCH_UP 60 #define TRP_GLITCH_DOWN 70 #define ON_LINE 100 #define SUB_SCRIPT 101 #define SUPER_SCRIPT 102 #define INSIDE_LINE 103 #define NARROW_LINE 104 #define RET_ON_LINE 110 #define NOT_ON_LINE 111 #define TOO_WIDE 1 #define STR_TOO_NARROW -1 #define COM 201 #define STRT 202 #define HOR 203 #define OPER 204 #define FOUR_TYPE 205 #define SLASH 206 #define L_BRKT 207 #define R_BRKT 208 #define NOT_BRKT 10 #define UP 0 #define DOWN 1 #define USE_WORDSPLIT_PARMS 1 #ifdef FOR_GERMAN ROM_DATA_EXTERNAL _SCHAR TG1[3][2][2]; ROM_DATA_EXTERNAL _SCHAR TG2[3][2][2]; ROM_DATA_EXTERNAL _SCHAR H1[3][2][2]; ROM_DATA_EXTERNAL _SCHAR H2[3][2][2]; #else ROM_DATA_EXTERNAL _SCHAR TG1[3][2][2]; ROM_DATA_EXTERNAL _SCHAR TG2[3][2][2]; ROM_DATA_EXTERNAL _SCHAR H1[3][2][2]; ROM_DATA_EXTERNAL _SCHAR H2[3][2][2]; #endif //const static _LONG TG1=45/*50*/; //01_31 //const static _LONG TGB=35;//50; 02_24 //const static _LONG TGE1=50; //const static _LONG TGE2=35;//40; 02_17 //const static _LONG H1=32/*40*/; //01_25b //const static _LONG HB1=34;//48; 02_17 //const static _LONG HB2=37;//48; 02_23 //const static _LONG HB3=48; //const static _LONG HE1=50; //const static _LONG HE2=47; //const static _LONG D1=57;///*55*/ //01_31 //const static _LONG DB=75; ///*45 40*/ //01_24b //const static _LONG DB2=55; //const static _LONG DE1=35; //const static _LONG DE2=73;///*62 60*/ /*57*/ //02_01 //const static _LONG H2=10; ROM_DATA_EXTERNAL _SCHAR CS; typedef struct { _SHORT susp; _SHORT x; _SHORT y; _SHORT i; _SHORT shift; p_SPECL pspecl; } EXTR, _PTR p_EXTR; _INT extract_all_extr(low_type _PTR D, _UCHAR TYPE, p_EXTR line_extr, p_INT pn_all_extr, p_INT pn_extr, p_SHORT pshift); _INT extract_num_extr(low_type _PTR D, _UCHAR TYPE, p_EXTR line_extr, p_INT p_all_extr); _INT classify_strokes(low_type _PTR D, _INT med_ampl, _INT max_ampl, _INT n_ampl, p_INT pt_height, p_INT pft_height, p_BOOL psep_let); _INT classify_num_strokes(low_type _PTR D, p_INT pmed_ampl); _INT extract_ampl(low_type _PTR D, p_SHORT ampl, p_INT pn_ampl); _INT calc_mediana(p_SHORT array, _INT n_arg); _BOOL hor_stroke(p_SPECL cur, p_SHORT x, p_SHORT y, _INT n_str); _BOOL is_i_point(low_type _PTR D, p_SPECL cur, _RECT stroke_box, _INT med_ampl); _BOOL is_umlyut(p_SPECL cur, _RECT stroke_box, _INT ibeg_str, _INT iend_str, p_SHORT x, p_SHORT y, _INT med_ampl); _INT curve_com_or_brkt(low_type _PTR D, p_SPECL pend, _INT ibeg_str, _INT iend_str, _INT C_str, _USHORT lmod); _BOOL com(low_type _PTR D, p_SPECL pend, _INT ibeg_str, _INT iend_str, _INT C_str); _BOOL str_com(_INT ibeg_str, _INT iend_str, p_SHORT x, p_SHORT y, _INT C_str); _BOOL pnt(_RECT box, _INT med_ampl); _UCHAR end_punct(low_type _PTR D, p_SPECL cur, _INT med_ampl); _UCHAR lead_punct(low_type _PTR D); _VOID sort_extr(p_EXTR extr, _INT n_extr); _VOID find_gaps_in_line(p_EXTR extr, _INT n_extr, _INT n_allextr, _INT med_ampl, _UCHAR type, _INT x_left, _INT x_right, p_SHORT bord_d, p_SHORT y, _BOOL sl, _BOOL strict); _VOID find_glitches_in_line(p_EXTR line_extr, _INT n_extr, _INT med_ampl, _UCHAR type, _INT x_left, _INT x_right, p_SHORT bord_d, p_SHORT x, p_SHORT y, _INT MAX_SHIFT, _BOOL sl, _BOOL strict); _VOID glitch_to_sub_max(low_type _PTR D, p_EXTR line_max, _INT n_line_max, _INT mid_ampl, _BOOL gl_down_left); _VOID glitch_to_inside(p_EXTR extr, _INT n_extr, _UCHAR type, p_SHORT y, _INT mid_ampl, _INT x_left, _INT x_right); _VOID glitch_to_super_min(p_EXTR line_min, _INT n_line_min, p_SHORT bord_d, _INT max_height, p_SHORT x, p_SHORT y, _BOOL gl_up_left); _BOOL sub_max_to_line(low_type _PTR D, p_EXTR line_max, p_INT pn_line_max, p_SHORT bord_d, _INT max_dist); _VOID super_min_to_line(p_EXTR line_min, _INT n_line_min, p_SHORT bord_d, _INT max_line_height, _INT mid_line_height, p_INT pn_super); _INT neibour_susp_extr(p_EXTR extr, _INT n_extr, _UCHAR type, p_SHORT bord_d, _INT ft_height); _VOID all_susp_extr(p_EXTR extr, _INT n_extr, _INT n_allextr, _UCHAR type, p_SHORT y, _INT base_ampl, _INT base_ampl_sure, _INT max_ampl, p_SHORT bord_d, _INT ft_height); _INT calc_ampl(EXTR extr, p_SHORT y, _UCHAR type); _VOID spec_neibour_extr(p_EXTR extr, _INT n_extr, _UCHAR type, _INT LINE_POS); _VOID ret_to_line(p_EXTR extr, _INT n_extr, _INT i, _INT ind); _BOOL delete_line_extr(p_EXTR line_extr, p_INT pn_extr, _INT MARK); _BOOL insert_line_extr(low_type _PTR D, p_SPECL cur, p_EXTR extr, p_INT pn_extr); _INT calc_average(p_SHORT array, _INT N); _SHORT point_of_smooth_bord(_INT cur_point, _INT n_extr, p_EXTR extr, low_type _PTR D, _INT should); _VOID smooth_d_bord(p_EXTR line_max, _INT n_line_max, low_type _PTR D, _INT should, p_SHORT bord_d); _VOID smooth_u_bord(p_EXTR line_min, _INT n_line_min, low_type _PTR D, _INT should, p_SHORT bord_u, p_SHORT bord_d); _BOOL straight_stroke(_INT ibeg, _INT iend, p_SHORT x, p_SHORT y, _INT C); _INT mid_other(p_EXTR extr, _INT n_extr, _INT i); _INT sign(_INT a, _INT b); _BOOL num_bord_correction(p_EXTR extr, p_INT pn_extr, _INT n_allextr, _UCHAR type, _INT med_ampl, p_SHORT bord_d, p_SHORT y); _BOOL bord_correction(low_type _PTR D, p_EXTR extr, p_INT pn_extr, _INT n_allextr, _UCHAR type, _INT step, _INT med_ampl, _INT mid_ampl, _INT max_ampl, _INT x_left, _INT x_right, _INT LINE_POS, _UCHAR pass, p_SHORT bord_d, _INT max_height, _INT ft_height, _BOOL gl_up_left, _BOOL gl_down_left #if PG_DEBUG , p_UCHAR pn_call1 #endif ); _VOID del_tail_min(p_EXTR line_min, p_INT pn_line_min, p_SHORT y, p_SHORT bord_d, _UCHAR pass); _INT line_pos_mist(low_type _PTR D, _INT med_u_bord, _INT med_d_bord, _INT med_height, _INT n_line_min, _INT n_line_max, p_EXTR line_max, p_INT pUP_LINE_POS, p_INT pDOWN_LINE_POS, p_SHORT bord_u, p_SHORT bord_d, _UCHAR pass); _BOOL extrs_open(low_type _PTR D, p_SPECL cur, _UCHAR type, _INT num); _BOOL numbers_in_text(low_type _PTR D, p_SHORT bord_u, p_SHORT bord_d); _INT fill_i_point(p_SHORT i_point, low_type _PTR D); _INT calc_med_heights(low_type _PTR D, p_EXTR line_min, p_EXTR line_max, p_SHORT bord_u, p_SHORT bord_d, p_SHORT i_point, _INT n_line_min, _INT n_line_max, _INT n_x, p_INT pmed_height, p_INT pmed_u_bord, p_INT pmed_d_bord); _BOOL correct_narrow_segments(p_EXTR extr, p_INT pn_extr, p_SHORT bord_opp, _UCHAR type, _INT med_height, _INT max_height); _BOOL correct_narrow_ends(p_EXTR extr, p_INT pn_extr, p_EXTR extr_opp, _INT n_extr_opp, _INT height, _UCHAR type); #if PG_DEBUG _VOID DBG_picture1(p_EXTR line_extr, _INT n_line_extr, _RECT box, _INT step, _INT yd, p_UCHAR pn_call); _VOID DBG_picture2(p_EXTR extr, _INT n_extr, _INT MARK); _VOID DBG_picture3(low_type _PTR D, p_SHORT bord, p_UCHAR pn_call); //_VOID save_par(p_EXTR extr,_INT n_extr,_UCHAR type,_INT med_ampl, // p_SHORT bord_d); #endif _BOOL is_defis(low_type _PTR D, _INT n_str); _VOID SpecBord(low_type _PTR D, p_SHORT bord_d, p_SHORT bord_u, p_INT pmed_d_bord, p_INT pmed_u_bord, p_INT pmed_height, #if PG_DEBUG p_UCHAR pn_call3_u, p_UCHAR pn_call3_d, #endif p_INT pn_x, _BOOL defis, p_EXTR line_max, _INT n_line_max); /*********** AVP functions for filling border values in "rc" **********/ typedef _UCHAR cb_type[CB_NUM_VERTEX * 2]; _INT FillRCNB(p_SHORT ip, _INT nip, low_type _PTR D, /* AVP */ p_SHORT bord_u, p_SHORT bord_d); _INT FillRCSpec(cb_type _PTR cb, low_type _PTR D); #endif // #ifndef STROKA1_H_INC