#ifndef BDIF_TYPES_H_INCLUDED
#define BDIF_TYPES_H_INCLUDED

#include <Core/NTypes.h>
#include <IO/NBuffer.h>

#ifdef N_CPP
extern "C"
{
#endif

typedef enum BdifStandard_
{
	bsUnspecified = -1,
	bsIso = 0,
	bsAnsi = 1
} BdifStandard;

N_DECLARE_TYPE(BdifStandard)

typedef enum BdifScaleUnits_
{
	bsuUnspecified = -1,
	bsuNone = 0,
	bsuPixelsPerInch = 1,
	bsuPixelsPerCentimeter = 2
} BdifScaleUnits;

N_DECLARE_TYPE(BdifScaleUnits)

struct BdifQualityBlock_
{
	NByte qualityScore;
	NUShort qualityAlgorithmVendorId;
	NUShort qualityAlgorithmId;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifQualityBlock_ BdifQualityBlock;
#endif

N_DECLARE_TYPE(BdifQualityBlock)

NResult N_API BdifQualityBlockToStringN(const struct BdifQualityBlock_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifQualityBlockToStringA(const struct BdifQualityBlock_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifQualityBlockToStringW(const struct BdifQualityBlock_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifQualityBlockToString(const BdifQualityBlock * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifQualityBlockToString N_FUNC_AW(BdifQualityBlockToString)

typedef enum BdifCertificationSchemeId_
{
	bcsiAFISSystems = 1,
	bcsiPersonalVerification = 2,
	bcsiOpticalFingerprintScanners = 3
} BdifCertificationSchemeId;

N_DECLARE_TYPE(BdifCertificationSchemeId)

struct BdifCertificationBlock_
{
	NUShort certificationAuthorityId;
	BdifCertificationSchemeId certificationSchemeId;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifCertificationBlock_ BdifCertificationBlock;
#endif

N_DECLARE_TYPE(BdifCertificationBlock)

NResult N_API BdifCertificationBlockToStringN(const struct BdifCertificationBlock_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifCertificationBlockToStringA(const struct BdifCertificationBlock_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifCertificationBlockToStringW(const struct BdifCertificationBlock_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifCertificationBlockToString(const BdifCertificationBlock * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifCertificationBlockToString N_FUNC_AW(BdifCertificationBlockToString)

struct BdifCaptureDateTime_
{
	NUShort year;
	NByte month;
	NByte day;
	NByte hour;
	NByte minute;
	NByte second;
	NUShort millisecond;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifCaptureDateTime_ BdifCaptureDateTime;
#endif

N_DECLARE_TYPE(BdifCaptureDateTime)

NResult N_API BdifCaptureDateTimeToStringN(const struct BdifCaptureDateTime_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifCaptureDateTimeToStringA(const struct BdifCaptureDateTime_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifCaptureDateTimeToStringW(const struct BdifCaptureDateTime_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifCaptureDateTimeToString(const BdifCaptureDateTime * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifCaptureDateTimeToString N_FUNC_AW(BdifCaptureDateTimeToString)

typedef enum BdifFPPosition_
{
	bfppUnknown = 0,
	bfppRightThumb = 1,
	bfppRightIndexFinger = 2,
	bfppRightMiddleFinger = 3,
	bfppRightRingFinger = 4,
	bfppRightLittleFinger = 5,
	bfppLeftThumb = 6,
	bfppLeftIndexFinger = 7,
	bfppLeftMiddleFinger = 8,
	bfppLeftRingFinger = 9,
	bfppLeftLittleFinger = 10,
	bfppPlainRightThumb = 11,
	bfppPlainLeftThumb = 12,
	bfppPlainRightFourFingers = 13,
	bfppPlainLeftFourFingers = 14,
	bfppPlainThumbs = 15,
	bfppRightExtraDigit = 16,
	bfppLeftExtraDigit = 17,
	bfppUnknownFrictionRidge = 18,
	bfppMajorCase = 19,
	bfppUnknownPalm = 20,
	bfppRightFullPalm = 21,
	bfppRightWritersPalm = 22,
	bfppLeftFullPalm = 23,
	bfppLeftWritersPalm = 24,
	bfppRightLowerPalm = 25,
	bfppRightUpperPalm = 26,
	bfppLeftLowerPalm = 27,
	bfppLeftUpperPalm = 28,
	bfppRightOther = 29,
	bfppLeftOther = 30,
	bfppRightInterdigital = 31,
	bfppRightThenar = 32,
	bfppRightHypothenar = 33,
	bfppLeftInterdigital = 34,
	bfppLeftThenar = 35,
	bfppLeftHypothenar = 36,
	bfppRightGrasp = 37,
	bfppLeftGrasp = 38,
	bfppRightIndexMiddleFingers = 40,
	bfppRightMiddleRingFingers = 41,
	bfppRightRingLittleFingers = 42,
	bfppLeftIndexMiddleFingers = 43,
	bfppLeftMiddleRingFingers = 44,
	bfppLeftRingLittleFingers = 45,
	bfppRightIndexLeftIndexFingers = 46,
	bfppRightIndexMiddleRingFingers = 47,
	bfppRightMiddleRingLittleFingers = 48,
	bfppLeftIndexMiddleRingFingers = 49,
	bfppLeftMiddleRingLittleFingers = 50,
	bfppPlainRightFourFingertips = 51,
	bfppPlainLeftFourFingertips = 52,
	bfppPlainRightFiveFingertips = 53,
	bfppPlainLeftFiveFingertips = 54,
	bfppUnknownSole = 60,
	bfppRightFootSole = 61,
	bfppLeftFootSole = 62,
	bfppUnknownToe = 63,
	bfppRightBigToe = 64,
	bfppRightSecondToe = 65,
	bfppRightMiddleToe = 66,
	bfppRightFourthToe = 67,
	bfppRightLittleToe = 68,
	bfppLeftBigToe = 69,
	bfppLeftSecondToe = 70,
	bfppLeftMiddleToe = 71,
	bfppLeftFourthToe = 72,
	bfppLeftLittleToe = 73,
	bfppRightFootFrontBall = 74,
	bfppRightFootBackHeel = 75,
	bfppLeftFootFrontBall = 76,
	bfppLeftFootBackHeel = 77,
	bfppRightMiddleFoot = 78,
	bfppLeftMiddleFoot = 79,
	bfppRightCarpalDeltaArea = 81,
	bfppLeftCarpalDeltaArea = 82,
	bfppRightFullPalmWithWritersPalm = 83,
	bfppLeftFullPalmWithWritersPalm = 84,
	bfppRightWristBracelet = 85,
	bfppLeftWristBracelet = 86
} BdifFPPosition;

N_DECLARE_TYPE(BdifFPPosition)

typedef enum BdifFPImpressionType_
{
	bfpitLiveScanPlain = 0,
	bfpitLiveScanRolled = 1,
	bfpitNonliveScanPlain = 2,
	bfpitNonliveScanRolled = 3,
	bfpitLatentImpression = 4,
	bfpitLatentTracing = 5,
	bfpitLatentPhoto = 6,
	bfpitLatentLift = 7,
	bfpitLiveScanVerticalSwipe = 8,
	bfpitLiveScanContactless = 9,
	bfpitLiveScanPalm = 10,
	bfpitNonliveScanPalm = 11,
	bfpitLatentPalmImpression = 12,
	bfpitLatentPalmTracing = 13,
	bfpitLatentPalmPhoto = 14,
	bfpitLatentPalmLift = 15,
	bfpitLiveScanOpticalContactPlain = 20,
	bfpitLiveScanOpticalContactRolled = 21,
	bfpitLiveScanNonOpticalContactPlain = 22,
	bfpitLiveScanNonOpticalContactRolled = 23,
	bfpitLiveScanOpticalContactlessPlain = 24,
	bfpitLiveScanOpticalContactlessRolled = 25,
	bfpitLiveScanNonOpticalContactlessPlain = 26,
	bfpitLiveScanNonOpticalContactlessRolled = 27,
	bfpitOther = 28,
	bfpitUnknown = 29,
	bfpitVerticalRoll = 30,
	bfpitNonliveScanPlantar = 31,
	bfpitLatentPlantarImpression = 32,
	bfpitLatentPlantarTracing = 33,
	bfpitLatentPlantarPhoto = 34,
	bfpitLatentPlantarLift = 35,
	bfpitLatentUnknownFrictionRidgeImpression = 36,
	bfpitLatentUnknownFrictionRidgeTracing = 37,
	bfpitLatentUnknownFrictionRidgePhoto = 38,
	bfpitLatentUnknownFrictionRidgeLift = 39,
	bfpitMovingSubjectContactlessRolled = 41,
	bfpitMovingSubjectContactlessPlain = 42,
	bfpitLiveScanPlantar = 99
} BdifFPImpressionType;

N_DECLARE_TYPE(BdifFPImpressionType)

typedef enum BdifFPatternClass_
{
	bfpcUnknown = 0,
	bfpcPlainArch = 1,
	bfpcTentedArch = 2,
	bfpcRadialLoop = 3,
	bfpcUlnarLoop = 4,
	bfpcPlainWhorl = 5,
	bfpcCentralPocketLoop = 6,
	bfpcDoubleLoop = 7,
	bfpcAccidentalWhorl = 8,
	bfpcWhorl = 9,
	bfpcRightSlantLoop = 10,
	bfpcLeftSlantLoop = 11,
	bfpcScar = 12,
	bfpcAmputation = 15,
	bfpcVendor = 128
} BdifFPatternClass;

N_DECLARE_TYPE(BdifFPatternClass)

typedef enum BdifFPCaptureDeviceTechnology_
{
	bfpcdtUndefined = 0,
	bfpcdtWhiteLightOpticalTir = 1,
	bfpcdtWhiteLightOpticalDirectViewOnPlaten = 2,
	bfpcdtWhiteLightOpticalTouchless = 3,
	bfpcdtMonochromaticVisibleOpticalTir = 4,
	bfpcdtMonochromaticVisibleOpticalDirectViewOnPlaten = 5,
	bfpcdtMonochromaticVisibleOpticalTouchless = 6,
	bfpcdtMonochromaticIrOpticalTir = 7,
	bfpcdtMonochromaticIrOpticalDirectViewOnPlaten = 8,
	bfpcdtMonochromaticIrOpticalTouchless = 9,
	bfpcdtMultispectralOpticalTir = 10,
	bfpcdtMultispectralOpticalDirectViewOnPlaten = 11,
	bfpcdtMultispectralOpticalTouchless = 12,
	bfpcdtElectroLuminescent = 13,
	bfpcdtSemiconductorCapacitive = 14,
	bfpcdtSemiconductorRf = 15,
	bfpcdtSemiconductorThermal = 16,
	bfpcdtPressureSensitive = 17,
	bfpcdtUltrasound = 18,
	bfpcdtMechanical = 19,
	bfpcdtGlassFiber = 20
} BdifFPCaptureDeviceTechnology;

N_DECLARE_TYPE(BdifFPCaptureDeviceTechnology)

typedef enum BdifFPExtendedDataTypeId_
{
	bfpedtiReservedForFuture = 0,
	bfpedtiSegmentation = 1,
	bfpedtiAnnotation = 2,
	bfpedtiComment = 3
} BdifFPExtendedDataTypeId;

N_DECLARE_TYPE(BdifFPExtendedDataTypeId)

typedef enum BdifFPAnnotationCode_
{
	bfpacAmputatedFinger = 1,
	bfpacUnusableImage = 2
} BdifFPAnnotationCode;

N_DECLARE_TYPE(BdifFPAnnotationCode)

struct BdifFPAnnotation_
{
	BdifFPPosition fingerPosition;
	BdifFPAnnotationCode annotationCode;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifFPAnnotation_ BdifFPAnnotation;
#endif

N_DECLARE_TYPE(BdifFPAnnotation)

NResult N_API BdifFPAnnotationToStringN(const struct BdifFPAnnotation_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifFPAnnotationToStringA(const struct BdifFPAnnotation_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifFPAnnotationToStringW(const struct BdifFPAnnotation_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifFPAnnotationToString(const BdifFPAnnotation * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifFPAnnotationToString N_FUNC_AW(BdifFPAnnotationToString)

typedef enum BdifFPSegmentationStatus_
{
	bfpssUnknown = 0,
	bfpssSuccessful = 1,
	bfpssMultiFingerImpression = 2,
	bfpssFailed = 3
} BdifFPSegmentationStatus;

N_DECLARE_TYPE(BdifFPSegmentationStatus)

struct BdifFPExtendedData_
{
	NUShort code;
	HNBuffer hData;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifFPExtendedData_ BdifFPExtendedData;
#endif

N_DECLARE_TYPE(BdifFPExtendedData)

NResult N_API BdifFPExtendedDataCreateN(NUShort code, HNBuffer hData, struct BdifFPExtendedData_ * pValue);

NResult N_API BdifFPExtendedDataToStringN(const struct BdifFPExtendedData_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifFPExtendedDataToStringA(const struct BdifFPExtendedData_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifFPExtendedDataToStringW(const struct BdifFPExtendedData_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifFPExtendedDataToString(const BdifFPExtendedData_ * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifFPExtendedDataToString N_FUNC_AW(BdifFPExtendedDataToString)

NResult N_API BdifFPExtendedDataDispose(struct BdifFPExtendedData_ * pValue);
NResult N_API BdifFPExtendedDataCopy(const struct BdifFPExtendedData_ * pSrcValue, struct BdifFPExtendedData_ * pDstValue);
NResult N_API BdifFPExtendedDataSet(const struct BdifFPExtendedData_ * pSrcValue, struct BdifFPExtendedData_ * pDstValue);

typedef enum BdifFPMinutiaType_
{
	bfpmtUnspecified = -1,
	bfpmtUnknown = 0,
	bfpmtEnd = 1,
	bfpmtBifurcation = 2,
	bfpmtOther = 3
} BdifFPMinutiaType;

N_DECLARE_TYPE(BdifFPMinutiaType)

struct BdifFPMinutiaNeighbor_
{
	NInt Index;
	NByte RidgeCount;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifFPMinutiaNeighbor_ BdifFPMinutiaNeighbor;
#endif

N_DECLARE_TYPE(BdifFPMinutiaNeighbor)

NResult N_API BdifFPMinutiaNeighborToStringN(const struct BdifFPMinutiaNeighbor_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifFPMinutiaNeighborToStringA(const struct BdifFPMinutiaNeighbor_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifFPMinutiaNeighborToStringW(const struct BdifFPMinutiaNeighbor_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifFPMinutiaNeighborToString(const BdifFPMinutiaNeighbor * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifFPMinutiaNeighborToString N_FUNC_AW(BdifFPMinutiaNeighborToString)

typedef enum BdifFPMinutiaRidgeEndingType_
{
	bfpmretValleySkeletonBifurcationPoints = 0,
	bfpmretRidgeSkeletonEndPoints = 1
} BdifFPMinutiaRidgeEndingType;

N_DECLARE_TYPE(BdifFPMinutiaRidgeEndingType)

typedef enum BdifGender_
{
	bgUnspecified = 0,
	bgMale = 1,
	bgFemale = 2,
	bgUnknown = 255
} BdifGender;

N_DECLARE_TYPE(BdifGender)

typedef enum BdifEyeColor_
{
	becUnspecified = 0,
	becBlack = 1,
	becBlue = 2,
	becBrown = 3,
	becGray = 4,
	becGreen = 5,
	becHazel = 6,
	becMaroon = 7,
	becMultiColored = 8,
	becPink = 9,
	becUnknown = 255
} BdifEyeColor;

N_DECLARE_TYPE(BdifEyeColor)

typedef enum BdifHairColor_
{
	bhcUnspecified = 0,
	bhcBald = 1,
	bhcBlack = 2,
	bhcBlonde = 3,
	bhcBrown = 4,
	bhcGray = 5,
	bhcRed = 6,
	bhcBlue = 7,
	bhcGreen = 8,
	bhcOrange = 9,
	bhcPink = 10,
	bhcPurple = 11,
	bhcSandy = 12,
	bhcAuburn = 13,
	bhcWhite = 14,
	bhcStrawberry = 15,
	bhcStreaked = 16,
	bhcUnknown = 255
} BdifHairColor;

N_DECLARE_TYPE(BdifHairColor)

typedef enum BdifFaceProperties_
{
	bfpNotSpecified = 0,
	bfpSpecified = 0x000001,
	bfpGlasses = 0x000002,
	bfpMustache = 0x000004,
	bfpBeard = 0x000008,
	bfpTeethVisible = 0x000010,
	bfpBlink = 0x000020,
	bfpMouthOpen = 0x000040,
	bfpLeftEyePatch = 0x000080,
	bfpRightEyePatch = 0x000100,
	bfpBothEyePatch = 0x000200,
	bfpDarkGlasses = 0x000400,
	bfpDistortingCondition = 0x000800,
	bfpHeadCoverings = 0x001000,
	bfpHat = 0x01000000,
	bfpScarf = 0x02000000,
	bfpNoEar = 0x04000000
} BdifFaceProperties;

N_DECLARE_TYPE(BdifFaceProperties)

typedef enum BdifFaceExpression_
{
	bfeUnspecified = 0,
	bfeNeutral = 1,
	bfeSmile = 2,
	bfeSmileOpenedJaw = 3,
	bfeRaisedBrows = 4,
	bfeEyesAway = 5,
	bfeSquinting = 6,
	bfeFrowning = 7,
	bfeVendor = 0x8000,
	bfeUnknown = 0xFFFF
} BdifFaceExpression;

N_DECLARE_TYPE(BdifFaceExpression)

typedef enum BdifFaceExpressionBitMask_
{
	bfebmUnspecified = 0x0000,
	bfebmSpecified   = 0x0001,
	bfebmNeutral     = 0x0002,
	bfebmSmile       = 0x0004,
	bfebmRaisedBrows = 0x0008,
	bfebmEyesAway    = 0x0010,
	bfebmSquinting   = 0x0020,
	bfebmFrowning    = 0x0040,
	bfebmUnknown     = 0x0800,
	bfebmVendor      = 0x8000
} BdifFaceExpressionBitMask;

N_DECLARE_TYPE(BdifFaceExpressionBitMask)

typedef enum BdifFaceFeaturePointType_
{
	bffptPoint2D = 1,
	bffptAnthropometric2DLandmark = 2,
	bffptAnthropometric3DLandmark = 3,
	bffptPoint3D = 4,
} BdifFaceFeaturePointType;

N_DECLARE_TYPE(BdifFaceFeaturePointType)

struct BdifFaceFeaturePoint_
{
	BdifFaceFeaturePointType Type;
	NByte Code;
	NUInt X;
	NUInt Y;
	NUInt Z;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifFaceFeaturePoint_ BdifFaceFeaturePoint;
#endif

N_DECLARE_TYPE(BdifFaceFeaturePoint)

NResult N_API BdifFaceFeaturePointToStringN(const struct BdifFaceFeaturePoint_ * pValue, HNString hFormat, HNString * phValue);
NResult N_API BdifFaceFeaturePointToStringA(const struct BdifFaceFeaturePoint_ * pValue, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifFaceFeaturePointToStringW(const struct BdifFaceFeaturePoint_ * pValue, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifFaceFeaturePointToString(const BdifFaceFeaturePoint * pValue, const NChar * szFormat, HNString * phValue);
#endif
#define BdifFaceFeaturePointToString N_FUNC_AW(BdifFaceFeaturePointToString)

typedef enum BdifFaceTemporalSemantics_
{
	bftsOneRepresentationIsPresent = 0,
	bftsRelationshipUnspecified = 1,
	bftsIrregularIntervalsSingleSession = 2,
	bftsIrregularIntervalsMultipleSessions = 3,
	bftsNumberOfMilliseconds = 4,
	bftsRegularIntervalsExceedingFFFE = 0xFFFF
} BdifFaceTemporalSemantics;

N_DECLARE_TYPE(BdifFaceTemporalSemantics)

typedef enum BdifFaceSpatialSamplingRateLevel_
{
	bfssrl180 = 0,
	bfssrl181To240 = 1,
	bfssrl241To300 = 2,
	bfssrl301To370 = 3,
	bfssrl371To480 = 4,
	bfssrl481To610 = 5,
	bfssrl611To750 = 6,
	bfssrl751 = 7
} BdifFaceSpatialSamplingRateLevel;

N_DECLARE_TYPE(BdifFaceSpatialSamplingRateLevel)

typedef enum BdifFacePostAcquisitionProcessing_
{
	bfpapNoPostAcquisitionProcessing = 0x000000,
	bfpapRotated = 0x000001,
	bfpapCropped = 0x000002,
	bfpapDownsampled = 0x000004,
	bfpapWhiteBalanceAdjusted = 0x000008,
	bfpapMultiplyCompressed = 0x000010,
	bfpapInterpolated = 0x000020,
	bfpapContrastStretched = 0x000040,
	bfpapPoseCorrected = 0x000080,
	bfpapMultiViewImage = 0x000100,
	bfpapAgeProgressed = 0x000200,
	bfpapSuperResolutionProcessed = 0x000400,
	bfpapAxisAngleCorrected = 0x010000,
	bfpapColorShifted = 0x020000,
	bfpapDistortionCorrected = 0x040000,
	bfpapGrayscale = 0x080000,
	bfpapIlluminationTransform = 0x100000,
	bfpapImageLevelFusion = 0x200000,
	bfpapSimulatedNearIR = 0x400000
} BdifFacePostAcquisitionProcessing;

N_DECLARE_TYPE(BdifFacePostAcquisitionProcessing)

typedef enum BdifImageSourceType_
{
	bistUnspecified = 0,
	bistUnknownPhoto = 1,
	bistDigitalPhoto = 2,
	bistScannedPhoto = 3,
	bistUnknownVideo = 4,
	bistAnalogueVideo = 5,
	bistDigitalVideo = 6,
	bistUnknown = 7,
	bistType20 = 8,
	bistOther = 9,
	bistVendor = 128
} BdifImageSourceType;

N_DECLARE_TYPE(BdifImageSourceType)

#define BDIF_IRIS_DEVICE_UNIQUE_IDENTIFIER_LENGTH 16

typedef enum BdifEyePosition_
{
	bepUnknown = 0,
	bepRight = 1,
	bepLeft = 2
} BdifEyePosition;

N_DECLARE_TYPE(BdifEyePosition)

typedef enum BdifIrisOrientation_
{
	bioUndefined = 0,
	bioBase = 1,
	bioFlipped = 2
} BdifIrisOrientation;

N_DECLARE_TYPE(BdifIrisOrientation)

typedef enum BdifIrisScanType_
{
	bistUndefined = 0,
	bistProgressive = 1,
	bistInterlaceFrame = 2,
	bistInterlaceField = 3,
	bistCorrected = 4
} BdifIrisScanType;

N_DECLARE_TYPE(BdifIrisScanType)

typedef enum BdifIrisImageFormat_
{
	biifUnspecified = 0,
	biifUncropped = 1,
	biifVga = 2,
	biifCropped = 3,
	biifCroppedAndMasked = 7
} BdifIrisImageFormat;

N_DECLARE_TYPE(BdifIrisImageFormat)

typedef enum BdifEncodingType_
{
	betTraditional = 0,
	betXml = 1
} BdifEncodingType;

N_DECLARE_TYPE(BdifEncodingType)

typedef enum BdifConformanceTestLevel_
{
	bctlUnknown = 0,
	bctlGeneric = 1,
	bctlNLevel1 = 2,
	bctlNLevel2 = 3
} BdifConformanceTestLevel;

N_DECLARE_TYPE(BdifConformanceTestLevel)

typedef enum BdifConformanceTestResult_
{
	bctrOk = 0,
	bctrError = 1,
	bctrWarning = 2,
	bctrCriticalError = 3,
} BdifConformanceTestResult;

N_DECLARE_TYPE(BdifConformanceTestResult)

struct BdifConformanceTest_
{
	HNString hTest;
	NInt fieldIndex;
	HNString hFieldName;
	BdifConformanceTestLevel level;
	BdifConformanceTestResult result;
	HNString hResultMessage;
};
#ifndef BDIF_TYPES_HPP_INCLUDED
typedef struct BdifConformanceTest_ BdifConformanceTest;
#endif

N_DECLARE_TYPE(BdifConformanceTest)


NResult N_API BdifConformanceTestCreateN(HNString hTest, NInt fieldIndex, HNString hFieldName, BdifConformanceTestLevel level, BdifConformanceTestResult result, HNString hResultMessage, struct BdifConformanceTest_ * pValue);
#ifndef N_NO_ANSI_FUNC
NResult N_API BdifConformanceTestCreateA(const NAChar * szTest, NInt fieldIndex, const NAChar * szFieldName, BdifConformanceTestLevel level, BdifConformanceTestResult result, const NAChar * szResultMessage, struct BdifConformanceTest_ * pValue);
#endif
#ifndef N_NO_UNICODE
NResult N_API BdifConformanceTestCreateW(const NWChar * szTest, NInt fieldIndex, const NWChar * szFieldName, BdifConformanceTestLevel level, BdifConformanceTestResult result, const NWChar * szResultMessage, struct BdifConformanceTest_ * pValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifConformanceTestCreate(const NChar * szTest, NInt fieldIndex, const NChar * szFieldName, BdifConformanceTestLevel level, BdifConformanceTestResult result, const NChar * szResultMessage, BdifConformanceTest * pValue);
#endif
#define BdifConformanceTestCreate N_FUNC_AW(BdifConformanceTestCreate)

NResult N_API BdifConformanceTestDispose(struct BdifConformanceTest_ * pValue);
NResult N_API BdifConformanceTestCopy(const struct BdifConformanceTest_ * pSrcValue, struct BdifConformanceTest_ * pDstValue);
NResult N_API BdifConformanceTestSet(const struct BdifConformanceTest_ * pSrcValue, struct BdifConformanceTest_ * pDstValue);

#define BDIF_NON_STRICT_READ               0x00000001
#define BDIF_DO_NOT_CHECK_CBEFF_PRODUCT_ID 0x00000002
#define BDIF_ALLOW_QUALITY                 0x00000004
#define BDIF_ALLOW_OUT_OF_BOUNDS_FEATURES  0x00000008

#define BDIF_MAX_QUALITY_BLOCK_COUNT 255

#define BDIF_QUALITY_NOT_REPORTED 254
#define BDIF_QUALITY_COMPUTATION_FAILED 255

NBool N_API BdifStandardIsValid(BdifStandard value);
NBool N_API BdifStandardIsSpecified(BdifStandard value);
NBool N_API BdifCertificationFlagIsValid(NByte value);

NFloat N_API BdifAngleToDegrees(NInt value, BdifStandard standard);
NInt N_API BdifAngleFromDegrees(NFloat value, BdifStandard standard);
NDouble N_API BdifAngleToRadians(NInt value, BdifStandard standard);
NInt N_API BdifAngleFromRadians(NDouble value, BdifStandard standard);
NResult N_API BdifAngleToStringN(NInt value, HNString hFormat, HNString * phValue);
NResult N_API BdifAngleToStringA(NInt value, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifAngleToStringW(NInt value, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifAngleToString(NInt value, const NChar * szFormat, HNString * phValue);
#endif
#define BdifAngleToString N_FUNC_AW(BdifAngleToString)

NResult N_API BdifQualityToStringN(NByte value, HNString hFormat, HNString * phValue);
NResult N_API BdifQualityToStringA(NByte value, const NAChar * szFormat, HNString * phValue);
#ifndef N_NO_UNICODE
NResult N_API BdifQualityToStringW(NByte value, const NWChar * szFormat, HNString * phValue);
#endif
#ifdef N_DOCUMENTATION
NResult N_API BdifQualityToString(NByte value, const NChar * szFormat, HNString * phValue);
#endif
#define BdifQualityToString N_FUNC_AW(BdifQualityToString)

NUInt N_API BdifMakeFormat(NUShort owner, NUShort type);
NUShort N_API BdifGetFormatOwner(NUInt format);
NUShort N_API BdifGetFormatType(NUInt format);

N_DECLARE_STATIC_OBJECT_TYPE(BdifTypes)

#ifdef N_CPP
}
#endif

#endif // !BDIF_TYPES_H_INCLUDED