path: root/xc/programs/Xserver/XIE/include/technq.h

/* $XConsortium: technq.h,v 1.3 94/01/12 20:05:45 rws Exp $ */
/**** module technq.h ****/
/******************************************************************************

Copyright (c) 1993, 1994  X Consortium

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				NOTICE
                              
This software is being provided by AGE Logic, Inc. under the
following license.  By obtaining, using and/or copying this software,
you agree that you have read, understood, and will comply with these
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     Title to this software shall at all times remain with AGE
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*******************************************************************************

	technq.h: contains technique definitions

	Dean Verheiden -- AGE Logic, Inc. April 1993

******************************************************************************/

#ifndef _XIEH_TECHNQ
#define _XIEH_TECHNQ

#include <flostr.h>

/*
 * dixie import client photo technique entry points
 */
extern Bool	CopyICPhotoUnSingle();
extern Bool	CopyICPhotoG31D();
extern Bool	CopyICPhotoG32D();
extern Bool	CopyICPhotoG42D();
extern Bool	CopyICPhotoTIFF2();
extern Bool	CopyICPhotoTIFFPackBits();
extern Bool	PrepICPhotoUnSingle();
extern Bool	PrepICPhotoG31D();
extern Bool	PrepICPhotoG32D();
extern Bool	PrepICPhotoG42D();
extern Bool	PrepICPhotoTIFF2();
extern Bool	PrepICPhotoTIFFPackBits();
#if XIE_FULL
extern Bool	CopyICPhotoUnTriple();
extern Bool	PrepICPhotoUnTriple();
extern Bool	CopyICPhotoJPEGBaseline();
extern Bool	PrepICPhotoJPEGBaseline();
#ifdef	BEYOND_SI
extern Bool	CopyICPhotoJPEGLossless();
extern Bool	PrepICPhotoJPEGLossless();
#endif /* BEYOND_SI */
#endif

/*
 * dixie constrain technique entry points
 */
#if XIE_FULL
extern Bool	CopyPConstrainStandard();
extern Bool	CopyPConstrainClipScale();
extern Bool	PrepPConstrainStandard();
extern Bool	PrepPConstrainClipScale();
#endif

/*
 * dixie convolve technique entry points
 */
#if XIE_FULL
extern Bool     CopyConvolveConstant();
extern Bool     PrepConvolveStandard();
#ifdef	BEYOND_SI
extern Bool     CopyConvolveReplicate();
#endif /* BEYOND_SI */
#endif 

/*
 * dixie dither technique entry points
 */
#if XIE_FULL
extern Bool	CopyPDitherErrorDiffusion();
extern Bool	PrepPDitherErrorDiffusion();
extern Bool	CopyPDitherOrdered();
extern Bool	PrepPDitherOrdered();
#endif

/*
 * dixie geometry technique entry points
 */
extern Bool     CopyGeomNearestNeighbor();
extern Bool     PrepGeomNearestNeighbor();
extern Bool     CopyGeomAntiAlias();
extern Bool     PrepGeomAntiAlias();
#if XIE_FULL
extern Bool     CopyGeomBilinearInterp();
extern Bool     PrepGeomBilinearInterp();
extern Bool     CopyGeomGaussian();
extern Bool     PrepGeomGaussian();
#endif

/*
 * dixie match histogram technique entry points
 */
#if XIE_FULL
extern Bool	CopyPHistogramFlat();
extern Bool	CopyPHistogramGaussian();
extern Bool	CopyPHistogramHyperbolic();
extern Bool	PrepPHistogramFlat();
extern Bool	PrepPHistogramGaussian();
extern Bool	PrepPHistogramHyperbolic();
#endif

/*
 * dixie convert to index technique entry points
 */
#if XIE_FULL
extern Bool 	CopyCtoIAllocAll();
extern Bool 	PrepCtoIAllocAll();
#ifdef	BEYOND_SI
extern Bool 	CopyCtoIAllocMatch();
extern Bool 	CopyCtoIAllocRequantize();
#endif /* BEYOND_SI */
#endif

/*
 * dixie export client photo technique entry points
 */
extern Bool	CopyECPhotoUnSingle();
extern Bool	CopyECPhotoG31D();
extern Bool	CopyECPhotoG32D();
extern Bool	CopyECPhotoG42D();
extern Bool	CopyECPhotoTIFF2();
extern Bool	CopyECPhotoTIFFPackBits();

extern Bool	PrepECPhotoUnSingle();
extern Bool	PrepECPhotoG31D();
extern Bool	PrepECPhotoG32D();
extern Bool	PrepECPhotoG42D();
extern Bool	PrepECPhotoTIFF2();
extern Bool	PrepECPhotoTIFFPackBits();
#if XIE_FULL
extern Bool	CopyECPhotoUnTriple();
extern Bool	PrepECPhotoUnTriple();
extern Bool	CopyECPhotoJPEGBaseline();
extern Bool	PrepECPhotoJPEGBaseline();
#ifdef	BEYOND_SI
extern Bool	CopyECPhotoJPEGLossless();
extern Bool	PrepECPhotoJPEGLossless();
#endif /* BEYOND_SI */
#endif

/*
 * dixie convert to and from RBG technique entry points
 */
#if XIE_FULL
extern Bool     CopyPConvertFromRGBCIE();
extern Bool     CopyPConvertFromRGBYCC();
extern Bool     CopyPConvertFromRGBYCbCr();
extern Bool     CopyPConvertToRGBCIE();
extern Bool     CopyPConvertToRGBYCC();
extern Bool     CopyPConvertToRGBYCbCr();
extern Bool     CopyPWhiteAdjustNone();
extern Bool     CopyPWhiteAdjustCIELabShift();
extern Bool     CopyPGamut();

extern Bool     PrepPConvertFromRGBCIE();
extern Bool     PrepPConvertFromRGBYCC();
extern Bool     PrepPConvertFromRGBYCbCr();
extern Bool     PrepPConvertToRGBCIE();
extern Bool     PrepPConvertToRGBYCC();
extern Bool     PrepPConvertToRGBYCbCr();
extern Bool     PrepPWhiteAdjustNone();
extern Bool     PrepPWhiteAdjustCIELabShift();
extern Bool     PrepPGamut();
#endif

/* Global definitions for referencing techniques */

typedef struct _techvec {
  BOOL		NoTech;	      /* If true, this technique has no parameters  */
  BOOL		OptionalTech; /* If true, parameters are optional	    */
  BOOL		FixedTech;    /* If true, parameter size is fixed	    */
  BOOL		pad;
  CARD16	techSize;     /* size of parameters (possibly optional)     */
  CARD16        number;
  xieBoolProc   copyfnc;      /* function to copy parameter from client     */
  xieBoolProc   prepfnc;      /* function to prepare for activation         */
} techVecRec;

/* 
   Standard macro to verify correct technique parameter sizes . . .
   Should work for any technique that has been properly defined 
*/
			 

#define VALIDATE_TECHNIQUE_SIZE(tv, size, isDefault) 			\
	if (isDefault && size || (!isDefault && 			\
	    (tv->FixedTech && 						\
		(!tv->OptionalTech && tv->techSize != size ||		\
	          tv->OptionalTech && size && tv->techSize != size)) ||	\
	    (!tv->FixedTech &&						\
		(!tv->OptionalTech && tv->techSize > size ||		\
		  tv->OptionalTech && size && tv->techSize > size))))	\
	     return(FALSE);


#if defined(_XIEC_TECHNQ)
/*
 *  Technique resource definition
 */

typedef struct _technique {
	CARD8			speed;
	CARD8			nameLength;
	CARD16			techSize;
	CARD8			*name;
	techVecRec		techvec;
} TechRec, *TechPtr;

typedef struct _techgroup {
	xieTypTechniqueGroup	group;
	CARD16			numTechniques;
	CARD16			defaultNumber;
	CARD16			defaultIndex;
	CARD32			groupSize;	/* Size in words */
	TechPtr			tech;
} TechGroupRec, *TechGroupPtr;

typedef struct _techtable {
	CARD16			numGroups;	/* Number of tech groups      */
	CARD16			numDefaults;	/* Number of default groups   */
	CARD16			numTechniques;	/* Total number of techniques */
	CARD16			pad;
	CARD32			tableSize;	/* All tech size (in words)   */
	CARD32			defaultSize;	/* Default size (in words)    */
	TechGroupPtr 		techgroups;
} TechTable;

#define DEFAULT_SPEED		128

#define NO_DEFAULT		0
#define UNINITIALIZED		0

#define TECH_HAS_NO_PARMS	TRUE
#define TECH_HAS_PARMS		FALSE
#define TECH_PARMS_OPTIONAL	TRUE
#define TECH_PARMS_REQUIRED	FALSE
#define TECH_FIXED_SIZE		TRUE
#define TECH_VARIABLE_SIZE	FALSE

/* 
 * Initialize nameLength to 0 and compute at runtime. Some compilers do not
 * support the use of sizeof(static string) at compile time
 */

static Bool NoParamCheck();
static Bool NoTechYet(); 

#if XIE_FULL
/* Array of techniques for coloralloc */
TechRec		Tcoloralloc[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ALLOC-ALL",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
			sz_xieTecColorAllocAll / 4,
			xieValColorAllocAll,
			CopyCtoIAllocAll,
			PrepCtoIAllocAll
                }
	}
#ifdef	BEYOND_SI
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"MATCH",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
			sz_xieTecColorAllocMatch / 4,
			xieValColorAllocMatch,
			CopyCtoIAllocMatch,
			NoTechYet
		}
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"REQUANTIZE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecColorAllocRequantize / 4,
                        xieValColorAllocRequantize,
			CopyCtoIAllocRequantize,
			NoTechYet
                }
	}
#endif /* BEYOND_SI */
};
#endif

#if XIE_FULL
/* Array of techniques for constrain */
TechRec		Tconstrain[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CLIP-SCALE",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecClipScale / 4,
                        xieValConstrainClipScale,
			CopyPConstrainClipScale,
			PrepPConstrainClipScale
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"HARD-CLIP",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecHardClip / 4,
                        xieValConstrainHardClip,
			CopyPConstrainStandard,
			PrepPConstrainStandard
                }
	}
};
#endif

#if XIE_FULL
/* Array of techniques for conversion from RGB to another colorspace */
TechRec		Tconvertfromrgb[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CIELAB",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecRGBToCIELab / 4,
                        xieValRGBToCIELab,
                        CopyPConvertFromRGBCIE, 
                        PrepPConvertFromRGBCIE
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CIEXYZ",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecRGBToCIEXYZ / 4,
                        xieValRGBToCIEXYZ,
                        CopyPConvertFromRGBCIE, 
                        PrepPConvertFromRGBCIE
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"YCbCr",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecRGBToYCbCr / 4,
                        xieValRGBToYCbCr,
                        CopyPConvertFromRGBYCbCr, 
                        PrepPConvertFromRGBYCbCr
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"YCC",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecRGBToYCC / 4,
                        xieValRGBToYCC,
                        CopyPConvertFromRGBYCC, 
                        PrepPConvertFromRGBYCC
                }
	}
};
#endif

#if XIE_FULL
/* Array of techniques for converting to RGB from another colorspace */
TechRec		Tconverttorgb[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CIELAB",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecCIELabToRGB / 4,
                        xieValCIELabToRGB,
                        CopyPConvertToRGBCIE, 
                        PrepPConvertToRGBCIE
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CIEXYZ",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecCIEXYZToRGB / 4,
                        xieValCIEXYZToRGB,
                        CopyPConvertToRGBCIE, 
                        PrepPConvertToRGBCIE
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"YCbCr",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecYCbCrToRGB / 4,
                        xieValYCbCrToRGB,
                        CopyPConvertToRGBYCbCr, 
			PrepPConvertToRGBYCbCr
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"YCC",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecYCCToRGB / 4,
                        xieValYCCToRGB,
                        CopyPConvertToRGBYCC, 
			PrepPConvertToRGBYCC
                }
	}
};
#endif

#if XIE_FULL
/* Array of techniques for convolve */
TechRec		Tconvolve[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CONSTANT",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_OPTIONAL,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecConvolveConstant / 4,
                        xieValConvolveConstant,
                        CopyConvolveConstant, 
			PrepConvolveStandard
                }
	}
#ifdef	BEYOND_SI
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"REPLICATE",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecConvolveReplicate / 4,
                        xieValConvolveReplicate,
                        CopyConvolveReplicate, 
			PrepConvolveStandard
                }
	}
#endif /* BEYOND_SI */
};
#endif

/* Array of techniques for decode */
TechRec		Tdecode[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"UNCOMPRESSED-SINGLE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeUncompressedSingle / 4,
                        xieValDecodeUncompressedSingle,
			CopyICPhotoUnSingle,
			PrepICPhotoUnSingle
		}
	}
#if XIE_FULL
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"UNCOMPRESSED-TRIPLE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeUncompressedTriple / 4,
                        xieValDecodeUncompressedTriple,
			CopyICPhotoUnTriple, 
			PrepICPhotoUnTriple
		}
	}
#endif
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G31D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeG31D / 4,
                        xieValDecodeG31D,
			CopyICPhotoG31D, 
			PrepICPhotoG31D 
		}
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G32D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeG32D / 4,
                        xieValDecodeG32D,
			CopyICPhotoG32D, 
			PrepICPhotoG32D
		}
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G42D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeG42D / 4,
                        xieValDecodeG42D,
			CopyICPhotoG42D, 
			PrepICPhotoG42D
		}
	}
#if XIE_FULL
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"JPEG-BASELINE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeJPEGBaseline / 4,
                        xieValDecodeJPEGBaseline,
			CopyICPhotoJPEGBaseline, 
			PrepICPhotoJPEGBaseline
		}
	}
#ifdef	BEYOND_SI
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"JPEG-LOSSLESS",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeJPEGLossless / 4,
                        xieValDecodeJPEGLossless,
			CopyICPhotoJPEGLossless, 
			PrepICPhotoJPEGLossless
		}
	}
#endif /* BEYOND_SI */
#endif
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"TIFF-2",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeTIFF2 / 4,
                        xieValDecodeTIFF2,
			CopyICPhotoTIFF2, 
			PrepICPhotoTIFF2
		}
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"TIFF-PACKBITS",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDecodeTIFFPackBits / 4,
                        xieValDecodeTIFFPackBits,
			CopyICPhotoTIFFPackBits, 
			PrepICPhotoTIFFPackBits
		}
	}
};

#if XIE_FULL
/* Array of techniques for dither */
TechRec		Tdither[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ERROR-DIFFUSION",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDitherErrorDiffusion / 4,
                        xieValDitherErrorDiffusion,
                        CopyPDitherErrorDiffusion, 
			PrepPDitherErrorDiffusion
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ORDERED",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_OPTIONAL,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecDitherOrdered / 4,
                        xieValDitherOrdered,
                        CopyPDitherOrdered, 
			PrepPDitherOrdered
                }
	}
};
#endif

/* Array of techniques for encode */
TechRec		Tencode[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"UNCOMPRESSED-SINGLE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeUncompressedSingle / 4,
                        xieValEncodeUncompressedSingle,
                        CopyECPhotoUnSingle, 
			PrepECPhotoUnSingle
                }
	}
#if XIE_FULL
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"UNCOMPRESSED-TRIPLE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeUncompressedTriple / 4,
                        xieValEncodeUncompressedTriple,
                        CopyECPhotoUnTriple, 
			PrepECPhotoUnTriple
                }
	}
#endif
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G31D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeG31D / 4,
                        xieValEncodeG31D,
			CopyECPhotoG31D, 
			PrepECPhotoG31D 
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G32D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeG32D / 4,
                        xieValEncodeG32D,
			CopyECPhotoG32D, 
			PrepECPhotoG32D
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CCITT-G42D",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeG42D / 4,
                        xieValEncodeG42D,
			CopyECPhotoG42D, 
			PrepECPhotoG42D
                }
	}
#if XIE_FULL
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"JPEG-BASELINE",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_VARIABLE_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeJPEGBaseline / 4,
                        xieValEncodeJPEGBaseline,
			CopyECPhotoJPEGBaseline, 
			PrepECPhotoJPEGBaseline
                }
	}
#ifdef	BEYOND_SI
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"JPEG-LOSSLESS",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeJPEGLossless / 4,
                        xieValEncodeJPEGLossless,
			CopyECPhotoJPEGLossless, 
			PrepECPhotoJPEGLossless
                }
	}
#endif /* BEYOND_SI */
#endif
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"TIFF-2",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeTIFF2 / 4,
                        xieValEncodeTIFF2,
			CopyECPhotoTIFF2, 
			PrepECPhotoTIFF2
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"TIFF-PACKBITS",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecEncodeTIFFPackBits / 4,
                        xieValEncodeTIFFPackBits,
			CopyECPhotoTIFFPackBits, 
			PrepECPhotoTIFFPackBits
                }
	}
};

#if XIE_FULL
/* Array of techniques for gamut */
TechRec		Tgamut[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"NONE",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGamutNone / 4,
                        xieValGamutNone,
                        CopyPGamut, 
                        PrepPGamut
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CLIP-RGB",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGamutClipRGB / 4,
                        xieValGamutClipRGB,
                        CopyPGamut, 
                        PrepPGamut
                }
	}
};
#endif

/* Array of techniques for geometry */
TechRec		Tgeometry[] = { 
	{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ANTIALIAS",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomAntialias / 4,
                        xieValGeomAntialias,
                        CopyGeomAntiAlias, 
			PrepGeomAntiAlias
                }
	}
#ifdef BEYOND_SI
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ANTIALIAS-BY-AREA",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomAntialiasByArea / 4,
                        xieValGeomAntialiasByArea,
                        NoParamCheck, 
			NoTechYet
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"ANTIALIAS-BY-LOWPASS",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomAntialiasByLowpass / 4,
                        xieValGeomAntialiasByLPF,
                        NoParamCheck, 
			NoTechYet
                }
	}
#endif
#if XIE_FULL
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"BILINEAR-INTERPOLATION",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomBilinearInterpolation / 4,
                        xieValGeomBilinearInterp,
                        CopyGeomBilinearInterp, 
                        PrepGeomBilinearInterp 
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"GAUSSIAN",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomGaussian / 4,
                        xieValGeomGaussian,
                        CopyGeomGaussian, 
			PrepGeomGaussian
                }
	}
#endif
	,{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"NEAREST-NEIGHBOR",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_OPTIONAL,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecGeomNearestNeighbor / 4,
                        xieValGeomNearestNeighbor,
                        CopyGeomNearestNeighbor, 
			PrepGeomNearestNeighbor
                }
	}
};

#if XIE_FULL
/* Array of techniques for histogram */
TechRec		Thistogram[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"FLAT",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecHistogramFlat / 4,
                        xieValHistogramFlat,
                        CopyPHistogramFlat, 
                        PrepPHistogramFlat
                }
	}
	,{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"GAUSSIAN",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecHistogramGaussian / 4,
                        xieValHistogramGaussian,
                        CopyPHistogramGaussian, 
                        PrepPHistogramGaussian
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"HYPERBOLIC",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecHistogramHyperbolic / 4,
                        xieValHistogramHyperbolic,
                        CopyPHistogramHyperbolic, 
                        PrepPHistogramHyperbolic
                }
	}
};
#endif

#if XIE_FULL
/* Array of techniques for white adjust */
TechRec		Twhiteadjust[] = { 
	{ 	DEFAULT_SPEED,	
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"NONE",
		{
			TECH_HAS_NO_PARMS,
			TECH_HAS_NO_PARMS,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecWhiteAdjustNone / 4,
                        xieValWhiteAdjustNone,
                        CopyPWhiteAdjustNone, 
                        PrepPWhiteAdjustNone
                }
	}
	,{ 	DEFAULT_SPEED,
		UNINITIALIZED,
		UNINITIALIZED,
		(CARD8 *)"CIELAB-SHIFT",
		{
			TECH_HAS_PARMS,
			TECH_PARMS_REQUIRED,
			TECH_FIXED_SIZE,
			UNINITIALIZED,	
                        sz_xieTecWhiteAdjustCIELabShift / 4,
                        xieValWhiteAdjustCIELabShift,
                        CopyPWhiteAdjustCIELabShift, 
                        PrepPWhiteAdjustCIELabShift
                }
	}
};
#endif

TechGroupRec techArray[] = {
#if XIE_FULL
	{	
		xieValColorAlloc,
		sizeof(Tcoloralloc)/sizeof(TechRec),
		xieValColorAllocAll,
		UNINITIALIZED,
		UNINITIALIZED,
		Tcoloralloc
	}
	,{	
		xieValConstrain,
		sizeof(Tconstrain)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Tconstrain
	}
	,{	
		xieValConvertFromRGB,
		sizeof(Tconvertfromrgb)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Tconvertfromrgb
	}
	,{	
		xieValConvertToRGB,
		sizeof(Tconverttorgb)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Tconverttorgb
	}
	,{	
		xieValConvolve,
		sizeof(Tconvolve)/sizeof(TechRec),
		xieValConvolveConstant,
		UNINITIALIZED,
		UNINITIALIZED,
		Tconvolve
	},
#endif
	 {	
		xieValDecode,
		sizeof(Tdecode)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Tdecode
	}
#if XIE_FULL
	,{	
		xieValDither,
		sizeof(Tdither)/sizeof(TechRec),
		xieValDitherErrorDiffusion,
		UNINITIALIZED,
		UNINITIALIZED,
		Tdither	
	}
#endif
	,{	
		xieValEncode,
		sizeof(Tencode)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Tencode	
	}
#if XIE_FULL
	,{	
		xieValGamut,
		sizeof(Tgamut)/sizeof(TechRec),
		xieValGamutNone,
		UNINITIALIZED,
		UNINITIALIZED,
		Tgamut	
	}
#endif
	,{	
		xieValGeometry,
		sizeof(Tgeometry)/sizeof(TechRec),
		xieValGeomNearestNeighbor,
		UNINITIALIZED,
		UNINITIALIZED,
		Tgeometry	
	}
#if XIE_FULL
	,{	
		xieValHistogram,
		sizeof(Thistogram)/sizeof(TechRec),
		NO_DEFAULT,
		UNINITIALIZED,
		UNINITIALIZED,
		Thistogram	
	}
	,{	
		xieValWhiteAdjust,
		sizeof(Twhiteadjust)/sizeof(TechRec),
		xieValWhiteAdjustNone,
		UNINITIALIZED,
		UNINITIALIZED,
		Twhiteadjust	
	}
#endif
};

TechTable	techTable = {
	sizeof(techArray)/sizeof(TechGroupRec),
	UNINITIALIZED,
	UNINITIALIZED,
	UNINITIALIZED,
	UNINITIALIZED,
	UNINITIALIZED,
	techArray
};

#else	/* if defined(_XIEC_TECHNQ) */

extern	Bool 		technique_init();
extern	Bool 		TechNeedsParams();
extern	CARD16 		TechDefault();
extern	techVecPtr 	FindTechnique();

#endif	/* if defined(_XIEC_TECHNQ) */

#endif /* end _XIEH_TECHNQ */