/*************************************************************************************** * * 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 XR_NAMES_INCLUDED #define XR_NAMES_INCLUDED #include "ams_mg.h" #include "accents.h" /*************************************************************************/ /* XR-names definition as appear in DTE */ /*************************************************************************/ #define X_NOCODE 0x00 /* No code - must be NULL. */ #define X_FF 1 /* Large space letter break */ #define X_ZZZ 2 /* Normal break */ #define X_ZZ 3 /* Break covered by crossing */ #define X_Z 4 /* Break covered by crossing with left move */ #define X_ZN 5 /* Artificialy made pseudo break */ #define X_IU_F 6 /* Forward maximum */ #define X_UU_F 7 /* Forward upper arc */ #define X_UUC_F 8 /* Forward upper circle arc */ #define X_UUL_F 9 /* Forward upper arc with left end */ #define X_UUR_F 10 /* Forward upper arc with right end */ #define X_IU_BEG 11 /* Single max (in the beginning) */ #define X_IU_STK 12 /* Stick up (up-down move in crossing) */ #define X_IU_B 13 /* Backward maximum */ #define X_UU_B 14 /* Backward upper arc */ #define X_UUC_B 15 /* Backward upper circle arc */ #define X_UUL_B 16 /* Backward upper arc with left end */ #define X_UUR_B 17 /* Backward upper arc with right end */ #define X_IU_END 18 /* Single max (in the end) */ #define X_ID_F 19 /* Forward minimum */ #define X_UD_F 20 /* Forward lower arc */ #define X_UDC_F 21 /* Forward lower circle arc */ #define X_UDL_F 22 /* Forward lower arc with left end */ #define X_UDR_F 23 /* Forward lower arc with right end */ #define X_ID_END 24 /* Single min (in the end) */ #define X_ID_STK 25 /* Stick down (down-up move in crossing) */ #define X_ID_B 26 /* Backward minimum */ #define X_UD_B 27 /* Backward upper arc */ #define X_UDC_B 28 /* Backward upper circle arc */ #define X_UDL_B 29 /* Backward upper arc with left end */ #define X_UDR_B 30 /* Backward upper arc with right end */ #define X_ID_BEG 31 /* Single min (in the beginning) */ #define X_DU_R 32 /* Double move upper with right end */ #define X_CU_R 33 /* Circle upper with right end */ #define X_CU_L 34 /* Circle upper with left end */ #define X_DU_L 35 /* Double move down with left end */ #define X_DD_R 36 /* Double move down with right end */ #define X_CD_R 37 /* Circle down with right end */ #define X_CD_L 38 /* Circle down with left end */ #define X_DD_L 39 /* Double move down with left end */ #define X_BGU 40 /* Big gamma up */ #define X_SGU 41 /* Small gamma up */ #define X_SGD 42 /* Small gamma down */ #define X_BGD 43 /* Big gamma down */ #define X_GL 44 /* Gamma left */ #define X_AL 45 /* Angle left */ #define X_BL 46 /* Braket left */ #define X_BR 47 /* Braket right */ #define X_AR 48 /* Angle right */ #define X_GR 49 /* Gamma right */ #define X_TS 50 /* Type 'S' X extrema */ #define X_TZ 51 /* Type 'Z' X extrema */ #define X_ST 52 /* Separate point */ #define X_DF 53 /* Defis */ #define X_XT 54 /* Crossing defis */ #define X_VS 55 /* Vertical Stroke */ #define X_SS 56 /* Slash stroke */ //CHE experiment: #define USE_BSS_ANYWAY 1 #define X_BSS 57 /* Back Slash Stroke */ #define X_XT_ST 58 /* Non-crossing defis */ #define X_UMLAUT 59 /* Umlaut */ #define X_AN_UR 60 /* Angle-like upper-right corner. */ #define X_AN_UL 61 /* Angle-like upper-left corner. */ #define X_CEDILLA 62 /* Cedilla */ //#define OVR_FLAG 0x10 /* Flags of Xr elements */ //#define XSTRICT_FLAG 0x20 //#define HSTRICT_FLAG 0x40 #define TAIL_FLAG 0x80 #define END_LETTER_FLAG 0x01 //#define X_SPECIAL_ZZ 0x02 #define X_RIGHT_KREST 0x02 #define END_WORD_FLAG 0x04 #define WS_SEGM_FLAGS 0x70 /* Here are marks allowing multiwording */ #define WS_SEGM_OFFS 4 /* Shift needed to get it as value */ #define WS_SEGM_NOSEG 0 /* Segmentation codes */ #define WS_SEGM_NOSP 1 #define WS_SEGM_HISEG 2 #define WSF_GET(x) (((x) & WS_SEGM_FLAGS) >> WS_SEGM_OFFS) #define WSF_SET(x, v) (x &= (_UCHAR)~(WS_SEGM_FLAGS), x |= (_UCHAR)(((v) & (WS_SEGM_FLAGS>>WS_SEGM_OFFS)) << WS_SEGM_OFFS)) #define XR_LINK X_FF /* Default between-letter break */ #define XR_SMALL_LINK X_ZZZ /* Small clear break */ #define XR_XR_LINK X_ZZ /* Break covered by crossing */ #define XR_XL_LINK X_Z /* Break covered by crossing with left move */ #define XR_NOBR_LINK X_ZN /* Artificialy made pseudo break */ #define _US1_ 1 /* super uplinear 1 */ #define _US2_ 2 /* super uplinear 2 */ #define _UE1_ 3 /* uplinear 1 */ #define _UE2_ 4 /* uplinear 2 */ #define _UI1_ 5 /* upper in line 1 */ #define _UI2_ 6 /* upper in line 2 */ #define _MD_ 7 /* middle in line */ #define _DI1_ 8 /* down in line 1 */ #define _DI2_ 9 /* down in line 2 */ #define _DE1_ 10 /* underlinear 1 */ #define _DE2_ 11 /* underlinear 2 */ #define _DS1_ 12 /* super underlinear 1 */ #define _DS2_ 13 /* super underlinear 2 */ #define _umd_ ((_UCHAR)0x0f) /* mask for heights */ #define DTE_H_CONVERSION 0, _US1_, _US2_, _UE1_, _UE2_, _UI1_, _UI2_, \ _MD_, _DI1_, _DE1_, _DE2_, _DS1_, _DS2_, _MD_, \ _UE1_, _DE2_, _DI2_, _UI2_, _UE1_, _DE2_, _MD_, \ _US2_, _UE1_, _DS1_, _MD_, _UI2_ #define H_LINK _MD_ #define P_LINK 2 #define IS_XR_LINK(xr) ((xr) == XR_LINK || (xr) == XR_XR_LINK || (xr) == XR_XL_LINK || (xr) == XR_SMALL_LINK || (xr) == XR_NOBR_LINK) #define IS_CLEAR_LINK(xr) ((xr) == XR_LINK || (xr) == XR_SMALL_LINK) #define IS_CROSSED_LINK(xr) ((xr) == XR_XR_LINK || (xr) == XR_XL_LINK) #define HEIGHT_MASK ((_UCHAR)0x0F) #define XSHIFT_MASK ((_UCHAR)0xF0) #define LINK_OF(xrd_elem) ((xrd_elem)->xr.depth) // { (xrd)->xr.sh = ((xrd)->xr.sh & HEIGHT_MASK) | (((value)<<4) & XSHIFT_MASK); } #define XASSIGN_HEIGHT(xrd,value) { (xrd)->xr.height = value; } #define XASSIGN_XLINK(xrd,value) { (LINK_OF(xrd)) = value; } _INT GetXrHT(p_xrd_el_type xrd_el); _INT GetXrMovable(p_xrd_el_type xrd_el); _INT IsXrLink(p_xrd_el_type xrd_el); _INT IsEndedArc(p_xrd_el_type xrd_el); _INT GetXrMetrics(p_xrd_el_type xrd_el); #ifdef LSTRIP #define PSEUDO_XR_DEF 53 #define PSEUDO_XR_MIN 6 #define PSEUDO_XR_MAX 19 #endif #endif /* XR_NAMES_INCLUDED */