/*************************************************************************************** * * 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 CDCTP_INCLUDED #define CDCTP_INCLUDED #define ENCODER_DEBUG _TRUE #define DECODER_DEBUG _TRUE #define RSCONST 10000 // div const for restore segment (decoder) #define _SCALE_M 1024L #define _SCALE_D 1L #define _Bits10 9 #define _SHIFT_4 4 #define _SHIFT_5 5 // Encoder constants ------------ #define CDD_SIZE 4096 #define EOT 0 #define LE_CODE -32768 #define RE_CODE 32767 #define MaxSam 128 #define ReSam 9 #define MaxOrder 4 #define MaxItr 30 #define FIX_PREC 24 // Some Other Constant ----------- #define LONG_STROKE 0 #define SHORT_STROKE 1 #define THE_END 2 #define FAR_SEG 3 #define NEAR_SEG 4 #define LAST_SEG 5 #define NEXT_SEG 6 // Encoder Decoder ERROR constant --- #define ERR_NO_ERR 0 // no error #define ERR_CODE_TABLE 1 // no codetable or not enough #define ERR_DCC_ALLOC 2 // not enough memory for decoder structure #define ERR_CDC_ALLOC 3 // not enough memory for coder structure #define ERR_CDB_OVERFLOW 5 // Internal Buffer Overflow // Quantization constant - set 2 (screen) #define _QvStep_2 (4 * 1876L) #define _QvStep_3 (2 * 2133L) #define _QvStepE_1 (4 * 2048L) #define _QvStepE_2 (4 * 2048L) #define MaxLambda (18119393L /* 1.08 */) #define MaxError (1324L * 1324L) #define MaxDensity (4096L) // Debug constant #define DEBUG_SEG_READY 1 #define DEBUG_ITR_READY 2 #define DEBUG_LONG_STROKE 4 #define DEBUG_LAST_ITR 8 typedef struct { _SHORT x; _SHORT y; } _POINT; #ifndef _LPPOINT #define _LPPOINT _POINT _PTR #endif #ifndef p_POINT #define p_POINT _POINT _PTR #endif #ifndef _LPSTR #define _LPSTR p_CHAR #endif #ifndef _BREAK #define _BREAK -1 #endif typedef struct { _SHORT orig_code; // source code _USHORT code_len; // length of code word _ULONG code_word; // code word } _CODEWORD, _PTR p_CODEWORD; typedef struct { _USHORT SZ; // size in bytes _SHORT N; // number of lines in code table _SHORT LB; // left border value _SHORT RB; // right border value _SHORT RE; // right escape _SHORT LE; // left escape _CODEWORD W[1]; } _CODETABLE, _PTR p_CODETABLE; typedef struct { _LONG x; // X - coordinate for this point _LONG y; // Y - coordinate for this point _LONG dx; // distance between prev. and cur. point by X _LONG dy; // distance between prev. and cur. point by Y _ULONG s; // speed in this point on curve _ULONG r; // road in this point on curve } _ORG_P, _PTR _LPORG_P, _PTR p_ORG_P; typedef struct { _LONG x; // X - coordinate for this point _LONG y; // Y - coordinate for this point _ULONG s; // speed in this point on curve _ULONG r; // road in this point on curve } _RPR_P, _PTR _LPRPR_P, _PTR p_RPR_P; typedef struct { _LONG x; // X - coordinate for this point _LONG y; // Y - coordinate for this point } _L_POINT, _PTR p_L_POINT; typedef struct { _L_POINT LEnd; // Left End of Segment _L_POINT REnd; // Right End of Segment _L_POINT Sp[4]; // Spectrum for Segment } _SEG, _PTR _LPSEG, _PTR p_SEG; typedef _VOID(_FPREFIX *_LPDEBUG)(_ULONG); typedef struct tag_CDC { _RPR_P Adata[ReSam]; _RPR_P Rdata[ReSam]; _LONG Spdata[2][4]; _LONG Spdata_D[2][4]; _USHORT OdataSam; _ORG_P Odata[MaxSam]; _RPR_P CPPos_Cod; _USHORT PrevPen; _POINT PrevPoint; _USHORT ScMul; _USHORT ScDiv; _USHORT ItrNum1; _USHORT ItrNum2; _LONG QvStepE_1; _LONG QvStepE_2; _LONG QvStep2; _LONG QvStep3; _ULONG MaxErr; _ULONG CurErr; _LONG MaxLam; _LONG CurLam; _BOOL fFirstStroke; _BOOL fFirstSeg; _BOOL fNewSeg; _SHORT QvX[4]; _SHORT QvY[4]; p_CODETABLE pFarDX; p_CODETABLE pFarDY; p_CODETABLE pNearDX; p_CODETABLE pNearDY; p_CODETABLE pSpX2; p_CODETABLE pSpY2; p_CODETABLE pSpX3; p_CODETABLE pSpY3; _USHORT ErrCode; _LPDEBUG lpfDebug; _LONG fDebug; _LONG CoderBufMaxPos; _LONG CoderBufCurPos; // bits _UCHAR CodedData[CDD_SIZE]; } _CDC, _PTR _LPCDC, _PTR p_CDC; typedef struct tag_DCC { _USHORT ScMul; _USHORT ScDiv; _LONG KvStepE_1; _LONG KvStepE_2; _LONG KvStep2; _LONG KvStep3; p_CODETABLE pFarDX; p_CODETABLE pFarDY; p_CODETABLE pNearDX; p_CODETABLE pNearDY; p_CODETABLE pSpX2; p_CODETABLE pSpY2; p_CODETABLE pSpX3; p_CODETABLE pSpY3; _USHORT ErrCode; _L_POINT CPPos; p_VOID pCodedData; _SHORT PointN; _L_POINT SegmentEnd; _BOOL fNewStroke; _BOOL fLastSeg; _SHORT StrokeFormat; _POINT SegmentArray[66]; // 0-LEnd, 1,...,64, 65 - REnd _SHORT LastPnt; // should be less then 65 _SHORT CurrPnt; // _LONG DecoderBufEndPos; _LONG DecoderBufCurPos; _BOOL fFirstStroke; #if DECODER_DEBUG _USHORT SegmentPoints; _LPDEBUG lpfDebug; #endif } _DCC, _PTR _LPDCC, _PTR p_DCC; #define IP_TO_TP(X,scMul,scDiv) (((_LONG)X * scDiv)/scMul) #define TP_TO_IP(X,scMul,scDiv) (((_LONG)X * scMul)/scDiv) #define BIT_TO_BYTE(X) (((X)%8 == 0) ? ((X)/8) : ((X)/8 + 1)) #define NEXT_TABLE(pTbl) ((p_CODETABLE)((p_UCHAR) pTbl + pTbl-> SZ)) #endif