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| /*************************************************************
STEMMER IMAGING GmbH
--------------------------------------------------------------
Filename : icvcimg.h
Date : 12.05.97 15:35:35
Description :
Created by : Martin Kersting
Revision : 1.1
Revision : 2.1 Port for CV by RS
*************************************************************/
#ifdef __cplusplus
#define IMPORT(t) extern "C" t __stdcall
#else
#define IMPORT(t) t __stdcall
#endif
#ifndef CVCIMAGE_INCLUDE
#define CVCIMAGE_INCLUDE
// CVC object types
typedef void *IMG;
typedef void *OBJ;
typedef void *PIXELLIST;
typedef void **PPVOID;
// CVC license info
#define LI_NOLICENSE 0
#define LI_COMMONVISIONBLOX 1
#define LI_CVC 2
#define LI_VISIONBLOX 3
#define LI_MINOS 4
#define LI_HARDWARE 5
// histogramms and normalization
enum TNormalizeMode
{
Normalize_MeanVariance = 0,
Normalize_MinMax = 1
};
typedef char TGray8Table [256];
typedef short TGray16Table[256];
typedef long TGray32Table[256];
typedef double TGray64Table[256];
typedef long THistogram [256];
// Image Scan Callbacks
typedef long ( __stdcall *TFLine) (void * pPrivate, long LinesToDo);
typedef long ( __stdcall *TFPixelUnary) (void * pPrivate, void *pPixel, long x, long y);
typedef long ( __stdcall *TFPixelBinary)(void * pPrivate, void *pPixel1, void *pPixel2, long x, long y);
typedef void ( __stdcall *TFNonlinear) (void * pPrivate, double& X, double& Y);
// transformation matrix
typedef struct
{
double A11;
double A12;
double A21;
double A22;
} TMatrix;
// coordinate system
typedef struct
{
double OrgX;
double OrgY;
TMatrix Matrix;
} TCoordinateMap;
typedef TCoordinateMap *LPCOORDINATEMAP;
// is the equivalent of the Windows TRect with double precision scanlines
typedef struct
{
double Left;
double Top;
double Right;
double Bottom;
} TDRect;
// general area
typedef struct
{
double X0;
double Y0;
double X1;
double Y1;
double X2;
double Y2;
} TArea;
// a single VPA entry
typedef struct tagVPAEntry
{ long XEntry;
long YEntry;
} VPAEntry;
// an array of VPA entries
typedef VPAEntry *PVPAT;
#endif // CVCIMAGE_INCLUDE
IMPORT(long) GetSerialNumber ();
IMPORT(long) GetLicenseInfo ();
IMPORT(double) Argument ( double ADX, double ADY );
IMPORT(void) SetArea ( double X0, double Y0, double X1, double Y1, double X2, double Y2, TArea& Area );
IMPORT(void) SetRectArea ( double L, double T, double R, double B, TArea& Area );
IMPORT(void) SetMatrix ( double B11, double B12, double B21, double B22, TMatrix& M );
IMPORT(double) MatrixDeterminant ( TMatrix M );
IMPORT(bool) InverseMatrix ( TMatrix A, TMatrix& AInv );
IMPORT(void) RotationMatrix ( double Angle, TMatrix& M );
IMPORT(void) MatrixRTransform ( double Xin, double Yin, TMatrix M, double& Xout, double& Yout );
IMPORT(void) MatrixITransform ( long Xin, long Yin, TMatrix M, long& Xout, long& Yout );
IMPORT(void) MatrixTransformArea ( TArea AreaIn, TMatrix Matrix, TArea& AreaOut );
IMPORT(void) CoordinateMapTransform ( double XI, double YI, TCoordinateMap CS, double& XP, double& YP );
IMPORT(void) InitCoordinateMap ( TCoordinateMap& CM );
IMPORT(void) CoordinateMapTransformArea( TArea AreaIn, TCoordinateMap CS, TArea& AreaOut );
IMPORT(void) ComposeCoordinateMaps ( TCoordinateMap CS1, TCoordinateMap CS2, TCoordinateMap& CSOut );
IMPORT(void) BoundingRectangle ( TArea Area, TCoordinateMap CS, TDRect& OutputRect );
IMPORT(long) ImageDatatype ( IMG I, long index);
IMPORT(long) ImageWidth ( IMG I );
IMPORT(long) ImageHeight ( IMG I );
IMPORT(void) PixelToImage ( IMG I, double XP, double YP, double& XI, double& YI );
IMPORT(void) ImageToPixel ( IMG I, double XI, double YI, double& XP, double& YP );
IMPORT(void) PixelAreaToImage ( IMG I, TArea PixelArea, TArea& ImageArea );
IMPORT(void) ImageAreaToPixel ( IMG I, TArea ImageArea, TArea& PixelArea );
IMPORT(long) PixVal ( IMG I, long Index, long X, long Y );
IMPORT(long) RefCount ( OBJ P );
IMPORT(long) ReleaseIUnknown ( OBJ P);
#ifdef _CVDEF
IMPORT(bool) CreateMatrixTransformedImage ( IMG Img, TMatrix Matrix, IMG& ImgOut);
IMPORT(bool) CreateMatrixTransformedImageEx( IMG Img, TMatrix Matrix, IMG& ImgOut);
IMPORT(bool) CreateSubImage ( IMG Img, TArea Area, IMG& ImgOut );
IMPORT(bool) CreatePolarImage ( IMG Img, double CX, double CY, double Alpha0, double RMin, double RMax, IMG& ImgOut);
IMPORT(bool) CreatePolarImageEx ( IMG Img, double CX, double CY, double Alpha0, double AlphaTotal,double RMin, double RMax, IMG& ImgOut);
IMPORT(bool) CoordinateMapIsTranslation( TCoordinateMap CS );
IMPORT(bool) MapTo8Bit ( IMG I, BOOL CollectiveNormalization, IMG& ImgOut);
IMPORT(bool) PixelToImageCoordinates ( IMG I, double XP, double YP, double& XI, double& YI );
IMPORT(bool) ImageToPixelCoordinates ( IMG I, double XI, double YI, double& XP, double& YP );
IMPORT(bool) GetImageOrigin ( IMG I, double& OrgX, double& OrgY );
IMPORT(bool) SetImageOrigin ( IMG I, double OrgX, double OrgY );
IMPORT(bool) GetImageCoordinates ( IMG I, TCoordinateMap& CS );
IMPORT(bool) SetImageCoordinates ( IMG I, TCoordinateMap CS );
namespace CVB
{
// "... you need to set the namespace in oder to use the GetPixel function
// using namespace CVB;
IMPORT(bool) GetPixel ( IMG I, long Index, long X, long Y, long& Value );
IMPORT(bool) SetPixel ( IMG I, long Index, long X, long Y, long& Value );
};
IMPORT(bool) IsIUnknown ( OBJ P );
IMPORT(bool) IsImage ( OBJ P );
IMPORT(bool) IsGrabber ( OBJ P );
IMPORT(bool) ReleaseObject ( OBJ& P );
IMPORT(long) ReleaseImage ( IMG I );
IMPORT(bool) ShareObject ( OBJ P );
IMPORT(BOOL) HasOverlay ( IMG I );
IMPORT(BOOL) IsAll8Bit ( IMG I );
IMPORT(BOOL) IsOverlayImage ( IMG I );
IMPORT(long) ShareImage ( IMG I );
IMPORT(BOOL) MaxImageArea ( IMG I, TArea& Area );
IMPORT(bool) InverseCoordinateMap ( TCoordinateMap CSIn, TCoordinateMap &CSOut);
IMPORT(long) ImageDimension ( IMG I);
IMPORT(BOOL) InitializeImageArea ( IMG Img, long Index, TArea Area, long Value);
IMPORT(BOOL) CopyImageArea ( IMG ImgSrc, IMG ImgDst, long SrcIndex, long DstIndex, TArea Area, long TargetX0, long TargetY0);
IMPORT(BOOL) IsPixels ( OBJ P);
IMPORT(BOOL) ListPixel ( void *Pix, long Index,long &PX, long &PY, long &PZ );
IMPORT(long) PixelListCount ( PIXELLIST Pixels);
IMPORT(BOOL) SortPixelsByValue ( PIXELLIST Pixels);
IMPORT(BOOL) SortPixelsByPosition ( PIXELLIST Pixels, long X, long Y);
IMPORT(BOOL) FindMaxima ( IMG I, long PlaneIndex, long Left, long Top, long Right, long Bottom, long Locality, long Threshold, PIXELLIST& Maxima);
IMPORT(BOOL) TruncatePixelList ( PIXELLIST Pixels, long N);
IMPORT(bool) CreateDuplicateImage ( IMG I, IMG& Image );
IMPORT(bool) CreateOverlayImage ( IMG I, IMG& Image );
IMPORT(bool) CreateImageInsertList ( IMG I1, IMG I2, long Index, BOOL Share, BOOL Intersect, IMG& Image );
IMPORT(bool) CreateImageDeleteList ( IMG I, long Index, long Count, BOOL Share, IMG& Image );
IMPORT(bool) CreateImageSubList ( IMG I, long Index, long Count, BOOL Share, IMG& Image );
IMPORT(bool) CreateCompatibleImage ( IMG I, long AWidth, long AHeight, BOOL ForceOverlay, IMG& Image );
IMPORT(bool) CreateGenericImage ( long ADimension, long AWidth, long AHeight, BOOL ForceOverlay, IMG& Image );
IMPORT(bool) CreateGenericImageDT ( long ADimension, long AWidth, long AHeight, long Datatype, IMG& Image );
IMPORT(bool) CopyOverlay ( IMG ISource, IMG ITarget );
IMPORT(bool) ImageHistogram ( IMG I, long Index, long Density, TArea Area, THistogram& HGram );
IMPORT(bool) CreateNormalizedImage ( IMG I, TNormalizeMode Mode, double TargetMeanMin, double TargetVarianceMax, IMG& Image );
IMPORT(bool) CreateMeanVarianceImage ( IMG I, IMG& IMean, IMG& IVariance );
IMPORT(bool) CreateMinMaxImage ( IMG I, IMG& IMin, IMG& IMax );
IMPORT(bool) CreateLinearCombinationImage (IMG I, BOOL Reflect, void* Coefficients, IMG& Image );
IMPORT(bool) CreateColorTransform ( IMG I, long TargetDimension, BOOL Reflect, void* Coefficients, IMG& Image );
IMPORT(bool) CreateTransformedImage ( IMG Image, long TargetWidth, long TargetHeight, TFNonlinear Transformation, void *pPrivate,IMG& ImgOut);
#ifdef WIN32
IMPORT(bool) LoadImageFile ( PCHAR FileName, IMG& Image );
IMPORT(bool) PasteClipboardImage ( HWND HWindow, IMG& Image );
IMPORT(bool) WriteImageFile ( IMG I, PCHAR FileName );
IMPORT(bool) CopyImageClipboard ( IMG I, HWND HWindow );
#endif //Win32
#else
IMPORT(BOOL) CreateMatrixTransformedImage ( IMG Img, TMatrix Matrix, IMG& ImgOut);
IMPORT(BOOL) CreateMatrixTransformedImageEx( IMG Img, TMatrix Matrix, IMG& ImgOut);
IMPORT(BOOL) CreateSubImage ( IMG Img, TArea Area, IMG& ImgOut );
IMPORT(BOOL) CreatePolarImage ( IMG Img, double CX, double CY, double Alpha0, double RMin, double RMax, IMG& ImgOut);
IMPORT(BOOL) CreatePolarImageEx ( IMG Img, double CX, double CY, double Alpha0, double AlphaTotal,double RMin, double RMax, IMG& ImgOut);
IMPORT(BOOL) CoordinateMapIsTranslation( TCoordinateMap CS );
IMPORT(BOOL) MapTo8Bit ( IMG I, BOOL CollectiveNormalization, IMG& ImgOut);
IMPORT(BOOL) PixelToImageCoordinates ( IMG I, double XP, double YP, double& XI, double& YI );
IMPORT(BOOL) ImageToPixelCoordinates ( IMG I, double XI, double YI, double& XP, double& YP );
IMPORT(BOOL) GetImageOrigin ( IMG I, double& OrgX, double& OrgY );
IMPORT(BOOL) SetImageOrigin ( IMG I, double OrgX, double OrgY );
IMPORT(BOOL) GetImageCoordinates ( IMG I, TCoordinateMap& CS );
IMPORT(BOOL) SetImageCoordinates ( IMG I, TCoordinateMap CS );
IMPORT(BOOL) IsIUnknown ( OBJ P );
IMPORT(BOOL) IsImage ( OBJ P );
IMPORT(BOOL) IsGrabber ( OBJ P );
IMPORT(BOOL) ReleaseObject ( OBJ& P );
namespace CVB
{
// "... you need to set the namespace in oder to use the GetPixel function
// using namespace CVB;
... |
