/*************************************************************************************** * * 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 LK_CODE_INCLUDED #define LK_CODE_INCLUDED #include "ams_mg.h" #include "xr_names.h" /***********************************************************************/ /* GLOBAL VARIABLES */ /***********************************************************************/ #if PG_DEBUG extern _SHORT mpr; /* printing mask */ extern char *code_name[], /* deciphering of codes` names */ *dist_name[]; /* position deciphering */ #endif /***********************************************************************/ /* IMPORTANT CONSTANTS */ /***********************************************************************/ #define ICOS -79L /* % limit of cros. angle for stick */ #define OCOS -1L /* 65 for circle */ #define GCOS 70L /* angle of gammas` curve opening */ #ifdef FORMULA #define DUGCOS 35L #define O_LITTLE 50 /* % coeff. for defin. of small circles */ #else #define DUGCOS 50L #define O_LITTLE 50 /* % coeff. for defin. of small circles */ #endif /*FORMULA*/ #define Z_LITTLE 25 /* % coeff. for defin. of small breaks */ #define LEN_CROSS 75 /* % coeff. of min crossing`s length */ #define DHEIGHT_BIG_DARCS 6 /* Height difference of the ends of the */ /* vertical arc for it to be consi- */ /* dered as big one (usually bracket). */ #define DHEIGHT_SMALL_DARCS 3 /* Height difference of the ends of the */ /* vertical arc for it to be consi- */ /* dered as small one (usually arc at */ /* "p" */ /***********************************************************************/ /* CODES OF MAIN CONSTANTS */ /***********************************************************************/ #define _NO_CODE 0x00 /* no code */ #define _ZZ_ 0x01 /* break */ #define _UU_ 0x02 /* arc. up */ #define _IU_ 0x03 /* I up - max black */ #define _GU_ 0x04 /* gamma up */ #define _O_ 0x05 /* O element */ #define _GD_ 0x06 /* gamma down */ #define _ID_ 0x07 /* I-down - min black */ #define _UD_ 0x08 /* arc down */ #define _UUL_ 0x09 /*arc up with min to the left*/ #define _UUR_ 0x0a /*arc up with min to the right*/ #define _UDL_ 0x0b /*arc down with min to the left*/ #define _UDR_ 0x0c /*arc down with min to the right*/ #define _XT_ 0x0d /* stroke */ #define _ANl 0x0e /* direction changing */ #define _DF_ 0x0f /* shelf */ #define _ST_ 0x10 /* point */ #define _ANr 0x11 /* direction changing */ #define _ZZZ_ 0x12 /* break */ #define _Z_ 0x13 /* next elem - to the left */ #define _FF_ 0x14 /* large break */ #define _DUR_ 0x15 /* Double move upper with right end */ #define _CUR_ 0x16 /* Circle upper with right end */ #define _CUL_ 0x17 /* Circle upper with left end */ #define _DUL_ 0x18 /* Double move down with left end */ #define _DDR_ 0x19 /* Double move down with right end */ #define _CDR_ 0x1a /* Circle down with right end */ #define _CDL_ 0x1b /* Circle down with left end */ #define _DDL_ 0x1c /* Double move down with left end */ #define _GUs_ 0x1d /* Small gamma up */ #define _GDs_ 0x1e /* Small gamma down */ #define _Gl_ 0x1f /* Gamma left */ #define _Gr_ 0x20 /* Gamma right */ #define _UUC_ 0x21 /* circle arc up */ #define _UDC_ 0x22 /* circle arc down */ /*CHE*/ #define _TS_ 0x23 /* S-like arc */ #define _TZ_ 0x24 /* Z-like arc */ #define _BR_ 0x25 /* Right D-arc */ #define _BL_ 0x26 /* Left D-arc */ #if defined (FOR_GERMAN) || defined (FOR_FRENCH) || USE_BSS_ANYWAY #define _BSS_ 0x27 /* Special SHELF */ #endif /* FOR_GERMAN */ #define _AN_UR 0x28 /* Angle-like upper-right corner. */ #define _AN_UL 0x29 /* Angle-like upper-left corner. */ #ifdef FORMULA #error Recode these elems for FORMULA project!!!! #define _ERU_ 0x14 /* End right-up */ #define _ELU_ 0x15 /* End left-up */ #define _ERD_ 0x16 /* End right-down */ #define _ELD_ 0x17 /* End left-down */ #define _SRU_ 0x18 /* Start from right-up */ #define _SLU_ 0x19 /* Start from left-up */ #define _SRD_ 0x20 /* Start from right-down */ #define _SLD_ 0x21 /* Start from left-down */ #endif /*FORMULA*/ /***********************************************************************/ /* POSITION OF ELEMENTS AND THEIR SIGNS */ /***********************************************************************/ #define _f_ ((_UCHAR)0x10) /* arc moves clockwise */ #define _b_ ((_UCHAR)0x20) /* arc moves counter clockwise */ #define _fUS1_ (_f_|_US1_) /* h clockwise */ #define _fUS2_ (_f_|_US2_) #define _fUE1_ (_f_|_UE1_) /* e clockwise */ #define _fUE2_ (_f_|_UE2_) #define _fUI1_ (_f_|_UI1_) /* i clockwise */ #define _fUI2_ (_f_|_UI2_) #define _fMD_ (_f_|_MD_) /* g clockwise */ #define _fDI1_ (_f_|_DI1_) #define _fDI2_ (_f_|_DI2_) /* h clockwise */ #define _fDE1_ (_f_|_DE1_) #define _fDE2_ (_f_|_DE2_) /* t clockwise */ #define _fDS1_ (_f_|_DS1_) #define _fDS2_ (_f_|_DS2_) /* */ #define _bUS1_ (_b_|_US1_) /* h counter clockwise */ #define _bUS2_ (_b_|_US2_) #define _bUE1_ (_b_|_UE1_) /* e counter clockwise */ #define _bUE2_ (_b_|_UE2_) #define _bUI1_ (_b_|_UI1_) /* i counter clockwise */ #define _bUI2_ (_b_|_UI2_) #define _bMD_ (_b_|_MD_) /* g counter clockwise */ #define _bDI1_ (_b_|_DI1_) #define _bDI2_ (_b_|_DI2_) /* h counter clockwise */ #define _bDE1_ (_b_|_DE1_) #define _bDE2_ (_b_|_DE2_) /* t counter clockwise */ #define _bDS1_ (_b_|_DS1_) #define _bDS2_ (_b_|_DS2_) /* counter clockwise */ #define _OVR_ ((_UCHAR)0x40) /* veto on wordcutting after element */ #define _fb_ ((_UCHAR)0x30) /* code for marking out round direction*/ /***********************************************************************/ /* Code for storing in byte specl->other */ /***********************************************************************/ /* directions of angles and information concerning use of them - files ANGLE.C, LK_BEGIN.C, CROSS_G.C, LK_NEXT.C */ #define _ANGLE_UP_ 0x10 /* angle up */ #define _ANGLE_DOWN_ 0x20 /* angle down */ #define _ANGLE_LEFT_ 0x40 /* angle to the left */ #define _ANGLE_RIGHT_ 0x80 /* angle to the right */ #define _ANGLE_DIRECT_ 0xf0 /* code for marking angle direction */ #define NOT_RESTORED 0x01 /* for not restored angles */ #define WAS_DELETED_BY_CROSS 0x02 /* deleted by CROSS at first */ #define WAS_DELETED_BY_STICK 0x04 /* deleted by STICK at first */ #define INNER_ANGLE 0x08 /* angle inside crossing like B */ /* mark field other for elements inside and outside the circle - module CROSS_G.C, LK_NEXT.C */ #define INSIDE_CIRCLE 0x40 #define OUTSIDE_CIRCLE 0x80 /* Mark SHELF as belongs to small 'h' - module PICT.C */ #if defined (FOR_GERMAN) || defined (FOR_FRENCH) || USE_BSS_ANYWAY #define LETTER_H_STEP 0x01 #define ZERO_PENALTY 0x02 #define REGULAR_PENALTY 0x04 #define LARGE_PENALTY 0x08 #endif /* mark field other for CROSS elements - module CIRCLE.C */ #define CIRCLE_FIRST 0x63 #define CIRCLE_NEXT 0x64 /* Mark O as converted from GU - module CROSS_G.C, LK_NEXT.C */ #define WAS_CONVERTED_FROM_GU 0x01 /* Mark O as too narrow - module CROSS_G.C, LK_NEXT.C */ #define TOO_NARROW 0x02 /* Mark Gsmall as converted from Gamma - module CROSS_G.C, LK_NEXT.C */ #define WAS_CONVERTED_FROM_GAMMA 0x04 /* mark field other for Gamma-elements, which appears in the narrow places - module CROSS_G.C, LK_NEXT.C */ #define NO_ARC 0x08 /* Mark IU or ID, if they were STICK or CROSS - module CROSS_G.C, LK_NEXT.C */ #define WAS_STICK_OR_CROSS 0x01 /* Mark IU or ID, if they were in STICK, but it was too little and was thrown away - module CROSS_G.C, LK_NEXT.C */ #define WAS_INSIDE_STICK 0x02 /* Mark IU, ID or any arc with tail as "non-deleted" - module LK_NEXT.C */ #define DONT_DELETE 0x04 /* Mark IU, ID as near artificial break - module LK_BEGIN.C, BREAKS.C */ #define MIN_MAX_CUTTED 0x08 /* Mark IU, ID as glued with another one - module LK_NEXT.C */ #define WAS_GLUED 0x10 /* Mark IU or ID, if there are in redirected stick - module BREAKS.C */ #define WAS_REDIRECTED 0x20 /* Mark STROKEs and DOTs as: - processed or not-processed - module BREAKS.C STROKE as: - cutted - modules PICT.C,BREAKS.C,CONVERT.C - with crossing - module BREAKS.C,CONVERT.C - fake - module BREAKS.C - reanimated - modules SKETCH.C,BREAKS.C,CONVERT.C (FOR_FRENCH) DOT as: - artificial made to convert it to UMLAUT - module BREAKS.C (FOR_GERMAN and FOR_FRENCH) - apostrof - module el_aps.C - clitics - modules BREAKS.C,CONVERT.C - cedilla - modules SKETCH.C,BREAKS.C,CONVERT.C (FOR_FRENCH) - cedilla in the end - modules SKETCH.C,BREAKS.C,CONVERT.C (FOR_FRENCH) - artificial made to convert it to ANGSTREM - module BREAKS.C (FOR_SWED) */ #define NOT_PROCESSED 0x00 #define PROCESSED 0x01 #define CUTTED 0x02 #define WITH_CROSSING 0x04 #define FAKE 0x08 #if defined(FOR_FRENCH) || defined (FOR_INTERNATIONAL) #define REANIMATED 0x10 #endif /* FOR_FRENCH */ #define RIGHT_KREST 0x20 #if defined (FOR_GERMAN) || defined (FOR_FRENCH) || defined (FOR_SWED) || defined (FOR_INTERNATIONAL) #define ST_UMLAUT 0x02 #endif /* FOR_GERMAN... */ #define ST_APOSTR 0x04 #define ST_QUOTE 0x08 #if defined(FOR_FRENCH) || defined (FOR_INTERNATIONAL) #define ST_CEDILLA 0x10 #define CEDILLA_END 0x20 #endif /* FOR_FRENCH */ #if defined (FOR_SWED) || defined (FOR_INTERNATIONAL) #define ST_ANGSTREM 0x40 #endif /* FOR_SWED */ /* Mark Breaks as: - FF_PUNCT to treat them as punctuation separators - module BREAKS.C - NO_PENALTY to treat them as apostrof separators - modules EL_APS.C,BREAKS.C - SPECIAL_ZZ to distinguish them from the original (with crossing) ZZ - module BREAKS.C, CONVERT.C - FF_CUTTED (artificially made) - module LK_BEGIN.C, BREAKS.C, CONVERT.C - Z_UP_DOWN (2-nd stroke higher 1-st) to distinguish them from the original (with crossing) Z - module BREAKS.C, CONVERT.C */ #define FF_PUNCT 0x01 #define NO_PENALTY 0x02 #define SPECIAL_ZZ 0x04 #define FF_CUTTED 0x08 #define Z_UP_DOWN 0x10 /***********************************************************************/ /* Function's prototypes */ /***********************************************************************/ _VOID Restore_AN(p_low_type low_data,p_SPECL pCross, _UCHAR RestoreMask,_SHORT NumCr); #endif /* LK_CODE_INCLUDED */