/*************************************************************************************** * * 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_ATTR_H_INCLUDED #define XR_ATTR_H_INCLUDED /* ************************************************************************* */ /* * XR features definition table **************************************** */ /* ************************************************************************* */ #define FHR_JUNK 0x00 #define FHR_UPPER 0x01 #define FHR_LOWER 0x02 #define FHR_WILD 0x04 #define FHR_LEFT 0x08 #define FHR_RIGHT 0x10 #define XRM_LOWER 0x01 #define XRM_UPPER 0x02 #define XRM_LEFT 0x04 #define XRM_RIGHT 0x08 #define XRM_WILD 0x10 #define XRM_MVBLE 0x20 #define XRM_LINK 0x40 #define XRM_ENARC 0x80 #define XRM_GAMMA 0x0100 #define XRM_UW (XRM_UPPER | XRM_WILD) #define XRM_LW (XRM_LOWER | XRM_WILD) #define XRM_ANY (XRM_LW | XRM_UW) #define XR_MERITS { \ XRM_LINK, /* X_NOCODE 0x00 No code - must be NULL. */ \ XRM_LINK, /* X_FF 1 Large space letter break */ \ XRM_LINK, /* X_ZZZ 2 Normal break */ \ XRM_LINK, /* X_ZZ 3 Break covered by crossing*/ \ XRM_LINK, /* X_Z 4 Break g with left move */ \ XRM_LINK, /* X_ZN 5 Artificialy made pseudo */ \ \ XRM_UPPER, /* X_IU_F 6 Forward maximum */ \ XRM_UPPER, /* X_UU_F 7 Forward upper arc */ \ XRM_UPPER, /* X_UUC_F 8 Forward upper circle arc */ \ XRM_UPPER, /* X_UUL_F 9 Forward upper arc with le*/ \ XRM_ENARC | XRM_UPPER, /* X_UUR_F 10 Forward upper arc with ri*/ \ XRM_UPPER, /* X_IU_BEG 11 Single max (in the beginn*/ \ XRM_UPPER, /* X_IU_STK 12 Stick up (up-down move in*/ \ \ XRM_UPPER, /* X_IU_B 13 Backward maximum */ \ XRM_UPPER, /* X_UU_B 14 Backward upper arc */ \ XRM_UPPER, /* X_UUC_B 15 Backward upper circle arc*/ \ XRM_ENARC | XRM_UPPER, /* X_UUL_B 16 Backward upper arc with l*/ \ XRM_UPPER, /* X_UUR_B 17 Backward upper arc with r*/ \ XRM_UPPER, /* X_IU_END 18 Single max (in the end) */ \ \ XRM_LOWER, /* X_ID_F 19 Forward minimum */ \ XRM_LOWER, /* X_UD_F 20 Forward lower arc */ \ XRM_LOWER, /* X_UDC_F 21 Forward lower circle arc */ \ XRM_LOWER, /* X_UDL_F 22 Forward lower arc with le*/ \ XRM_ENARC | XRM_LOWER, /* X_UDR_F 23 Forward lower arc with ri*/ \ XRM_LOWER, /* X_ID_END 24 Single min (in the end) */ \ XRM_LOWER, /* X_ID_STK 25 Stick down (down-up move */ \ \ XRM_LOWER, /* X_ID_B 26 Backward minimum */ \ XRM_LOWER, /* X_UD_B 27 Backward upper arc */ \ XRM_LOWER, /* X_UDC_B 28 Backward upper circle arc*/ \ XRM_ENARC | XRM_LOWER, /* X_UDL_B 29 Backward upper arc with l*/ \ XRM_LOWER, /* X_UDR_B 30 Backward upper arc with r*/ \ XRM_LOWER, /* X_ID_BEG 31 Single min (in the beginn*/ \ \ XRM_RIGHT | XRM_UPPER, /* X_DU_R 32 Double move upper with ri*/ \ XRM_RIGHT | XRM_UPPER, /* X_CU_R 33 Circle upper with right e*/ \ XRM_LEFT | XRM_UPPER, /* X_CU_L 34 Circle upper with left en*/ \ XRM_LEFT | XRM_UPPER, /* X_DU_L 35 Double move down with lef*/ \ XRM_RIGHT | XRM_LOWER, /* X_DD_R 36 Double move down with ri*/ \ XRM_RIGHT | XRM_LOWER, /* X_CD_R 37 Circle down with right e*/ \ XRM_LEFT | XRM_LOWER, /* X_CD_L 38 Circle down with left en*/ \ XRM_LEFT | XRM_LOWER, /* X_DD_L 39 Double move down with lef*/ \ \ XRM_GAMMA | XRM_UPPER, /* X_BGU 40 Big gamma up */ \ XRM_GAMMA | XRM_UPPER, /* X_SGU 41 Small gamma up */ \ XRM_GAMMA | XRM_LOWER, /* SX_SGD 42 mall gamma down */ \ XRM_GAMMA | XRM_LOWER, /* X_BGD 43 Big gamma down */ \ \ XRM_LEFT | XRM_WILD, /* X_GL 44 Gamma left */ \ XRM_LEFT, /* X_AL 45 Angle left */ \ XRM_WILD | XRM_LEFT, /* X_BL 46 Braket left */ \ XRM_WILD | XRM_RIGHT, /* X_BR 47 Braket right */ \ XRM_RIGHT, /* X_AR 48 Angle right */ \ XRM_RIGHT | XRM_WILD, /* X_GR 49 Gamma right */ \ 0, /* X_TS 50 Type 'S' X extrema */ \ 0, /* X_TZ 51 Type 'Z' X extrema */ \ \ XRM_MVBLE, /* X_ST 52 Separate point */ \ 0, /* X_DF 53 Defis */ \ XRM_MVBLE, /* X_XT 54 Crossing defis */ \ \ \ 0, /* X_VS 55 Vertical Stroke */ \ 0, /* X_SS 56 Slash stroke */ \ 0, /* X_BSS 57 Back Slash Stroke */ \ XRM_MVBLE, /* X_XT_ST 58 Non-crossing defis */ \ XRM_MVBLE, /* X_UMLAUT 59 Umlaut */ \ XRM_UPPER, /* X_AN_UR 60 Angle-like upper-right co*/ \ 0, /* X_AN_UL 61 Angle-like upper-left cor*/ \ 0, /* X_CEDILLA 62 Cedilla */ \ 0 \ } /* ---------------- STRUCTURES ----------------------------------------------- */ typedef struct { _INT stp; _INT enp; _INT blp; _INT stx; _INT sty; _INT enx; _INT eny; } vect_type, _PTR p_vect_type; /* ---------------- PROTO ---------------------------------------------------- */ _INT FillXrFeatures(p_xrdata_type xrdata, low_type _PTR low_data); _INT GetCurSlope(_INT num_points, p_PS_point_type trace); _INT FillSHR(_INT slope, p_xrdata_type xrdata, low_type _PTR low_data); _INT FillAH(p_xrdata_type xrdata, low_type _PTR low_data); _INT FillOrients(_INT slope, p_xrdata_type xrdata, low_type _PTR low_data); _INT GetAngle(_INT dx, _INT dy); _INT GetVect(_INT dir, p_vect_type vect, _TRACE trace, _INT trace_len, _INT base); _INT GetBlp(_INT dir, p_vect_type vect, _INT xrn, p_xrdata_type xrdata); #endif //XR_ATTR_H_INCLUDED /************************************************************************** */ /* End of all */ /************************************************************************** */