/*************************************************************************************** * * 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 PWS_H_INCLUDED #define PWS_H_INCLUDED #include "ws.h" #define CUT_LINE_POS 3 /* Position of decision line on hist */ #define FL_DIV 8 /* Constant of points filter dist (relative to w.step */ #define PIK_UP 3 /* Constant of hist pik sensing */ #define PIK_DN 3 /* Constant of hist pik sensing */ #define MIN_LINE_EXTR 3 /* Min number of extr for decision about w.step */ #define MIN_FL 2 /* Min len of filtering distance */ #define MAX_FL 100 /* Max len of filtering distance */ #define V_LIMIT 128 /* Max value of hist (not to overflow uchar) */ #define PIK_STEP_CONST 16 /* Relation between line_h_size and pik step */ #define DEF_SEP_LET_LEVEL 30 /* Average sepletovost' v procentax */ #define HORZ_REDUCT 16 /* Compression ratio of HORZ array */ #define HIST_REDUCT 4 /* Compression ratio of HIST arrays */ #define MIN_H_BORD 20 /* Min H of line */ #define MAX_LINES WS_MAX_LINES+1 /* Defaults for memory allocation */ #define MAX_WORDS WS_MAX_WORDS+1 /* Defaults for memory allocation */ #define MAX_STROKES WS_MAX_STROKES+1 /* Defaults for memory allocation */ #define TABLET_XS (WS_TABLET_XS+32) /* Defaults for memory allocation */ #define HORZ_SIZE (TABLET_XS/HORZ_REDUCT) /* Defaults for memory allocation */ #define HIST_SIZE (TABLET_XS/HIST_REDUCT) /* Defaults for memory allocation */ #define WS_NEWLINE 1 /* Cur stroke started new line */ #define WS_ALLSENT 2 /* Cur stroke was last stroke at all */ #define HIST_FIELD 0x3F /* Part of hist byte for value */ #define FL_BODY 0x80 /* Bit flag of body of stroke */ #define ST_FL_JUNK 0x80 /* Stroke flag showing no-pik stroke */ #define ST_FL_NL_GESTURE 0x10 /* Line has leading word split gesture */ #define LN_FL_NL_GESTURE 0x01 /* Line has leading word split gesture */ #define WS_GP_LPUNCT 0x0001 /* Gap flag -- was postprocessed for leading punct */ #define WS_GP_EPUNCT 0x0002 /* Gap flag -- was postprocessed for ending punct */ #define WS_GP_LCAP 0x0004 /* Gap flag -- was postprocessed for capital letter */ //#define WS_GP_UNSURE 0x0008 /* Gap flag -- segm code was unsure about segmenting on this gap */ #define WS_SPNUMEXTRENOUGH 8 /* Line size and pos will be stable after this nuber of extr */ /* -------------------------------------------------------------- */ /* ------------------ Internal structures ----------------------- */ /* -------------------------------------------------------------- */ typedef struct { _SHORT st; _SHORT end; _SHORT top; _SHORT a_end; } ws_xstrokes_type; typedef struct { _UCHAR st_gap; _UCHAR en_gap; } ws_xwords_type; typedef struct { _SHORT loc; _SHORT lst; _SHORT bst; _SHORT size; _SHORT psize; _SHORT blank; _SHORT low; _UCHAR flags; _SCHAR k_sure; } ws_gaps_type, _PTR p_ws_gaps_type; typedef ws_gaps_type(_PTR ws_gaps_a_type)[XRINP_SIZE]; typedef unsigned char(_PTR s_hist_a_type)[HIST_SIZE]; typedef struct { _SHORT h_bord_history; _SHORT inword_dist_history; _SHORT inline_dist_history; _SHORT slope_history; _UCHAR sep_let_history; } ws_lrn_type, _PTR p_ws_lrn_type; typedef struct { PS_point_type _PTR stroke; _INT in_x_delay; _INT in_word_dist; _INT in_line_dist; _INT in_flags; _INT sure_level; _INT def_h_bord; _INT def_sep_let_level; _INT stroke_flags; _INT stroke_num_points; _INT stroke_min_x; _INT stroke_max_x; _INT stroke_min_y; _INT stroke_max_y; _INT stroke_dx; _INT stroke_dy; _INT stroke_wx_pos; _INT stroke_wy_pos; _INT stroke_filt_len; _INT stroke_active_st; _INT stroke_active_end; _INT prev_stroke_dx; _INT prev_stroke_dy; _INT line_flags; _INT line_word_dist; _INT line_inword_dist; _INT line_inline_dist; _INT line_h_bord; _INT line_st_stroke; _INT line_st_word; _INT line_start; _INT line_end; _INT line_active_start; _INT line_active_end; _INT line_extr; _INT line_cur_stroke; _INT line_word_len; _INT line_sw_sp; _INT line_bw_sp; _INT line_sep_let_level; _INT line_last_ws_try; _INT line_pik_step; _INT line_ngaps; _INT line_finished; _INT global_num_words; _INT global_cur_stroke; _INT global_cur_line; _INT global_word_dist; _INT global_inword_dist; _INT global_inline_dist; _INT global_sep_let_level; _INT global_num_extr; _INT global_word_len; _INT global_h_bord; _INT global_dy_sum; _INT global_num_dy_strokes; _INT global_line_ave_y_size; _INT global_bw_sp; _INT global_sw_sp; _INT global_slope; _LONG global_slope_dx; _LONG global_slope_dy; _INT s_hist_base; _UCHAR hist[HIST_SIZE]; s_hist_a_type s_hist; _SHORT horz[HORZ_SIZE]; ws_xstrokes_type xstrokes[MAX_STROKES]; ws_xwords_type xwords[MAX_WORDS]; ws_gaps_a_type gaps; _ULONG gaps_handle; // --- debug --- _INT ws_ssp; _INT ws_bsp; _INT ws_inline_dist; _INT ws_word_dist; _INT ws_action; // -- NN data -- _INT nn_ssp; _INT nn_n_ssp; _INT nn_bsp; _INT nn_n_bsp; _INT nn_sl; _INT nn_inw_dist; _INT nn_npiks; _INT nn_cmp_min; _INT nn_cmp_max; _UCHAR(_PTR cmp)[WS_MAX_WORDS]; } ws_data_type, _PTR p_ws_data_type; typedef struct { _ULONG hwsd; p_ws_data_type pwsd; ws_lrn_type lrn; ws_lrn_type lrn_buf[WS_LRN_SIZE]; } ws_memory_header_type, _PTR p_ws_memory_header_type; /* ------------------ Internal function prototypes -------------- */ _INT InitWSData(p_ws_control_type pwsc, p_ws_memory_header_type _PTR ppwmh); _INT ReleaseWSData(p_ws_control_type pwsc, p_ws_memory_header_type _PTR ppwmh); _INT UnlockWSData(p_ws_control_type pwsc, p_ws_memory_header_type _PTR ppwmh); _INT InitForNewLine(p_ws_data_type pwsd); _INT WordLineStrokes(p_ws_data_type pws_data, p_ws_results_type pwsr); _INT WS_GetStrokeBoxAndSlope(p_ws_data_type pws_data); _INT WS_HistTheStroke(p_ws_data_type pws_data); _INT WS_NewLine(p_ws_data_type pws_data); _INT CheckForSpaceGesture(p_ws_data_type pws_data); _INT WS_WriteStrokeHorzValues(p_ws_data_type pws_data); _INT WS_AddStrokeToHist(p_ws_data_type pws_data); _INT WS_SetLineVars(p_ws_data_type pws_data); _INT WS_CalcLineHeight(p_ws_data_type pws_data); _INT WS_GetWordDist(p_ws_data_type pws_data); _INT WS_CalcGaps(p_ws_data_type pws_data); _INT WS_CountPiks(p_ws_data_type pws_data); _INT WS_FlyLearn(p_ws_control_type pwsc, p_ws_memory_header_type pwmh, p_ws_data_type pws_data); _INT WS_PostprocessGaps(p_ws_data_type pwsd); _INT WS_SegmentWords(_INT finished_x, p_ws_data_type pws_data); #endif // PWS_H_INCLUDED