505 lines
26 KiB
C++
505 lines
26 KiB
C++
/***********************************************************
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* File generated by the HALCON-Compiler hcomp version 20.11
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* Usage: Interface to C++
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*
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* Software by: MVTec Software GmbH, www.mvtec.com
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***********************************************************/
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#ifndef HCPP_HMISC
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#define HCPP_HMISC
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namespace HalconCpp
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{
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// Class grouping methods belonging to no other HALCON class.
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class LIntExport HMisc
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{
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public:
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/***************************************************************************
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* Operators *
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***************************************************************************/
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// Write a tuple to a file.
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static void WriteTuple(const HTuple& Tuple, const HString& FileName);
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// Write a tuple to a file.
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static void WriteTuple(const HTuple& Tuple, const char* FileName);
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#ifdef _WIN32
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// Write a tuple to a file.
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static void WriteTuple(const HTuple& Tuple, const wchar_t* FileName);
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#endif
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// Read a tuple from a file.
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static HTuple ReadTuple(const HString& FileName);
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// Read a tuple from a file.
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static HTuple ReadTuple(const char* FileName);
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#ifdef _WIN32
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// Read a tuple from a file.
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static HTuple ReadTuple(const wchar_t* FileName);
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#endif
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// This operator is inoperable. It had the following function: Close all serial devices.
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static void CloseAllSerials();
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// This operator is inoperable. It had the following function: Clear all OCV tools.
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static void CloseAllOcvs();
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// This operator is inoperable. It had the following function: Destroy all OCR classifiers.
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static void CloseAllOcrs();
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// Concat training files.
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static void ConcatOcrTrainf(const HTuple& SingleFiles, const HString& ComposedFile);
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// Concat training files.
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static void ConcatOcrTrainf(const HString& SingleFiles, const HString& ComposedFile);
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// Concat training files.
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static void ConcatOcrTrainf(const char* SingleFiles, const char* ComposedFile);
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#ifdef _WIN32
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// Concat training files.
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static void ConcatOcrTrainf(const wchar_t* SingleFiles, const wchar_t* ComposedFile);
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#endif
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// Query which characters are stored in a (protected) training file.
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static HTuple ReadOcrTrainfNamesProtected(const HTuple& TrainingFile, const HTuple& Password, HTuple* CharacterCount);
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// Query which characters are stored in a (protected) training file.
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static HString ReadOcrTrainfNamesProtected(const HString& TrainingFile, const HString& Password, Hlong* CharacterCount);
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// Query which characters are stored in a (protected) training file.
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static HString ReadOcrTrainfNamesProtected(const char* TrainingFile, const char* Password, Hlong* CharacterCount);
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#ifdef _WIN32
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// Query which characters are stored in a (protected) training file.
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static HString ReadOcrTrainfNamesProtected(const wchar_t* TrainingFile, const wchar_t* Password, Hlong* CharacterCount);
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#endif
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// Query which characters are stored in a training file.
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static HTuple ReadOcrTrainfNames(const HTuple& TrainingFile, HTuple* CharacterCount);
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// Query which characters are stored in a training file.
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static HString ReadOcrTrainfNames(const HString& TrainingFile, Hlong* CharacterCount);
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// Query which characters are stored in a training file.
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static HString ReadOcrTrainfNames(const char* TrainingFile, Hlong* CharacterCount);
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#ifdef _WIN32
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// Query which characters are stored in a training file.
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static HString ReadOcrTrainfNames(const wchar_t* TrainingFile, Hlong* CharacterCount);
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#endif
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// This operator is inoperable. It had the following function: Delete all measure objects.
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static void CloseAllMeasures();
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// Convert spherical coordinates of a 3D point to Cartesian coordinates.
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static void ConvertPoint3dSpherToCart(const HTuple& Longitude, const HTuple& Latitude, const HTuple& Radius, const HString& EquatPlaneNormal, const HString& ZeroMeridian, HTuple* X, HTuple* Y, HTuple* Z);
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// Convert spherical coordinates of a 3D point to Cartesian coordinates.
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static void ConvertPoint3dSpherToCart(double Longitude, double Latitude, double Radius, const HString& EquatPlaneNormal, const HString& ZeroMeridian, double* X, double* Y, double* Z);
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// Convert spherical coordinates of a 3D point to Cartesian coordinates.
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static void ConvertPoint3dSpherToCart(double Longitude, double Latitude, double Radius, const char* EquatPlaneNormal, const char* ZeroMeridian, double* X, double* Y, double* Z);
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#ifdef _WIN32
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// Convert spherical coordinates of a 3D point to Cartesian coordinates.
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static void ConvertPoint3dSpherToCart(double Longitude, double Latitude, double Radius, const wchar_t* EquatPlaneNormal, const wchar_t* ZeroMeridian, double* X, double* Y, double* Z);
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#endif
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// Convert Cartesian coordinates of a 3D point to spherical coordinates.
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static HTuple ConvertPoint3dCartToSpher(const HTuple& X, const HTuple& Y, const HTuple& Z, const HString& EquatPlaneNormal, const HString& ZeroMeridian, HTuple* Latitude, HTuple* Radius);
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// Convert Cartesian coordinates of a 3D point to spherical coordinates.
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static double ConvertPoint3dCartToSpher(double X, double Y, double Z, const HString& EquatPlaneNormal, const HString& ZeroMeridian, double* Latitude, double* Radius);
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// Convert Cartesian coordinates of a 3D point to spherical coordinates.
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static double ConvertPoint3dCartToSpher(double X, double Y, double Z, const char* EquatPlaneNormal, const char* ZeroMeridian, double* Latitude, double* Radius);
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#ifdef _WIN32
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// Convert Cartesian coordinates of a 3D point to spherical coordinates.
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static double ConvertPoint3dCartToSpher(double X, double Y, double Z, const wchar_t* EquatPlaneNormal, const wchar_t* ZeroMeridian, double* Latitude, double* Radius);
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#endif
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// Read the description file of a Kalman filter.
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static HTuple ReadKalman(const HString& FileName, HTuple* Model, HTuple* Measurement, HTuple* Prediction);
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// Read the description file of a Kalman filter.
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static HTuple ReadKalman(const char* FileName, HTuple* Model, HTuple* Measurement, HTuple* Prediction);
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#ifdef _WIN32
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// Read the description file of a Kalman filter.
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static HTuple ReadKalman(const wchar_t* FileName, HTuple* Model, HTuple* Measurement, HTuple* Prediction);
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#endif
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// Read an update file of a Kalman filter.
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static HTuple UpdateKalman(const HString& FileName, const HTuple& DimensionIn, const HTuple& ModelIn, const HTuple& MeasurementIn, HTuple* ModelOut, HTuple* MeasurementOut);
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// Read an update file of a Kalman filter.
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static HTuple UpdateKalman(const char* FileName, const HTuple& DimensionIn, const HTuple& ModelIn, const HTuple& MeasurementIn, HTuple* ModelOut, HTuple* MeasurementOut);
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#ifdef _WIN32
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// Read an update file of a Kalman filter.
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static HTuple UpdateKalman(const wchar_t* FileName, const HTuple& DimensionIn, const HTuple& ModelIn, const HTuple& MeasurementIn, HTuple* ModelOut, HTuple* MeasurementOut);
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#endif
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// Estimate the current state of a system with the help of the Kalman filtering.
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static HTuple FilterKalman(const HTuple& Dimension, const HTuple& Model, const HTuple& Measurement, const HTuple& PredictionIn, HTuple* Estimate);
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// Generate a PostScript file, which describes the rectification grid.
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static void CreateRectificationGrid(double Width, Hlong NumSquares, const HString& GridFile);
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// Generate a PostScript file, which describes the rectification grid.
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static void CreateRectificationGrid(double Width, Hlong NumSquares, const char* GridFile);
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#ifdef _WIN32
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// Generate a PostScript file, which describes the rectification grid.
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static void CreateRectificationGrid(double Width, Hlong NumSquares, const wchar_t* GridFile);
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#endif
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// Generate a projection map that describes the mapping between an arbitrarily distorted image and the rectified image.
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static HImage GenArbitraryDistortionMap(Hlong GridSpacing, const HTuple& Row, const HTuple& Column, Hlong GridWidth, Hlong ImageWidth, Hlong ImageHeight, const HString& MapType);
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// Generate a projection map that describes the mapping between an arbitrarily distorted image and the rectified image.
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static HImage GenArbitraryDistortionMap(Hlong GridSpacing, const HTuple& Row, const HTuple& Column, Hlong GridWidth, Hlong ImageWidth, Hlong ImageHeight, const char* MapType);
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#ifdef _WIN32
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// Generate a projection map that describes the mapping between an arbitrarily distorted image and the rectified image.
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static HImage GenArbitraryDistortionMap(Hlong GridSpacing, const HTuple& Row, const HTuple& Column, Hlong GridWidth, Hlong ImageWidth, Hlong ImageHeight, const wchar_t* MapType);
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#endif
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// Calculate the projection of a point onto a line.
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static void ProjectionPl(const HTuple& Row, const HTuple& Column, const HTuple& Row1, const HTuple& Column1, const HTuple& Row2, const HTuple& Column2, HTuple* RowProj, HTuple* ColProj);
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// Calculate the projection of a point onto a line.
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static void ProjectionPl(double Row, double Column, double Row1, double Column1, double Row2, double Column2, double* RowProj, double* ColProj);
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// Calculate points on the perimeter of an ellipse.
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static void GetPointsEllipse(const HTuple& Angle, double Row, double Column, double Phi, double Radius1, double Radius2, HTuple* RowPoint, HTuple* ColPoint);
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// Calculate points on the perimeter of an ellipse.
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static void GetPointsEllipse(double Angle, double Row, double Column, double Phi, double Radius1, double Radius2, double* RowPoint, double* ColPoint);
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// Calculate the intersection point of two lines.
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static void IntersectionLl(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* Row, HTuple* Column, HTuple* IsParallel);
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// Calculate the intersection point of two lines.
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static void IntersectionLl(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2, double* Row, double* Column, Hlong* IsParallel);
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// Calculate the angle between one line and the horizontal axis.
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static HTuple AngleLx(const HTuple& Row1, const HTuple& Column1, const HTuple& Row2, const HTuple& Column2);
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// Calculate the angle between one line and the horizontal axis.
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static double AngleLx(double Row1, double Column1, double Row2, double Column2);
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// Calculate the angle between two lines.
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static HTuple AngleLl(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2);
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// Calculate the angle between two lines.
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static double AngleLl(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2);
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// Calculate the distances between a line segment and a line.
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static void DistanceSl(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* DistanceMin, HTuple* DistanceMax);
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// Calculate the distances between a line segment and a line.
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static void DistanceSl(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2, double* DistanceMin, double* DistanceMax);
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// Calculate the distances between two line segments.
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static void DistanceSs(const HTuple& RowA1, const HTuple& ColumnA1, const HTuple& RowA2, const HTuple& ColumnA2, const HTuple& RowB1, const HTuple& ColumnB1, const HTuple& RowB2, const HTuple& ColumnB2, HTuple* DistanceMin, HTuple* DistanceMax);
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// Calculate the distances between two line segments.
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static void DistanceSs(double RowA1, double ColumnA1, double RowA2, double ColumnA2, double RowB1, double ColumnB1, double RowB2, double ColumnB2, double* DistanceMin, double* DistanceMax);
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// Calculate the distances between a point and a line segment.
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static void DistancePs(const HTuple& Row, const HTuple& Column, const HTuple& Row1, const HTuple& Column1, const HTuple& Row2, const HTuple& Column2, HTuple* DistanceMin, HTuple* DistanceMax);
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// Calculate the distances between a point and a line segment.
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static void DistancePs(double Row, double Column, double Row1, double Column1, double Row2, double Column2, double* DistanceMin, double* DistanceMax);
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// Calculate the distance between one point and one line.
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static HTuple DistancePl(const HTuple& Row, const HTuple& Column, const HTuple& Row1, const HTuple& Column1, const HTuple& Row2, const HTuple& Column2);
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// Calculate the distance between one point and one line.
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static double DistancePl(double Row, double Column, double Row1, double Column1, double Row2, double Column2);
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// Calculate the distance between two points.
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static HTuple DistancePp(const HTuple& Row1, const HTuple& Column1, const HTuple& Row2, const HTuple& Column2);
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// Calculate the distance between two points.
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static double DistancePp(double Row1, double Column1, double Row2, double Column2);
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// Information on smoothing filter smooth_image.
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static Hlong InfoSmooth(const HString& Filter, double Alpha, HTuple* Coeffs);
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// Information on smoothing filter smooth_image.
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static Hlong InfoSmooth(const char* Filter, double Alpha, HTuple* Coeffs);
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#ifdef _WIN32
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// Information on smoothing filter smooth_image.
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static Hlong InfoSmooth(const wchar_t* Filter, double Alpha, HTuple* Coeffs);
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#endif
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// Generate a Gaussian noise distribution.
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static HTuple GaussDistribution(double Sigma);
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// Generate a salt-and-pepper noise distribution.
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static HTuple SpDistribution(const HTuple& PercentSalt, const HTuple& PercentPepper);
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// Generate a salt-and-pepper noise distribution.
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static HTuple SpDistribution(double PercentSalt, double PercentPepper);
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// Deserialize FFT speed optimization data.
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static void DeserializeFftOptimizationData(const HSerializedItem& SerializedItemHandle);
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// Serialize FFT speed optimization data.
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static HSerializedItem SerializeFftOptimizationData();
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// Load FFT speed optimization data from a file.
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static void ReadFftOptimizationData(const HString& FileName);
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// Load FFT speed optimization data from a file.
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static void ReadFftOptimizationData(const char* FileName);
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#ifdef _WIN32
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// Load FFT speed optimization data from a file.
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static void ReadFftOptimizationData(const wchar_t* FileName);
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#endif
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// Store FFT speed optimization data in a file.
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static void WriteFftOptimizationData(const HString& FileName);
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// Store FFT speed optimization data in a file.
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static void WriteFftOptimizationData(const char* FileName);
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#ifdef _WIN32
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// Store FFT speed optimization data in a file.
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static void WriteFftOptimizationData(const wchar_t* FileName);
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#endif
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// Optimize the runtime of the real-valued FFT.
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static void OptimizeRftSpeed(Hlong Width, Hlong Height, const HString& Mode);
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// Optimize the runtime of the real-valued FFT.
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static void OptimizeRftSpeed(Hlong Width, Hlong Height, const char* Mode);
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#ifdef _WIN32
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// Optimize the runtime of the real-valued FFT.
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static void OptimizeRftSpeed(Hlong Width, Hlong Height, const wchar_t* Mode);
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#endif
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// Optimize the runtime of the FFT.
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static void OptimizeFftSpeed(Hlong Width, Hlong Height, const HString& Mode);
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// Optimize the runtime of the FFT.
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static void OptimizeFftSpeed(Hlong Width, Hlong Height, const char* Mode);
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#ifdef _WIN32
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// Optimize the runtime of the FFT.
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static void OptimizeFftSpeed(Hlong Width, Hlong Height, const wchar_t* Mode);
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#endif
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// Return the filter coefficients of a filter in edges_image.
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static Hlong InfoEdges(const HString& Filter, const HString& Mode, double Alpha, HTuple* Coeffs);
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// Return the filter coefficients of a filter in edges_image.
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static Hlong InfoEdges(const char* Filter, const char* Mode, double Alpha, HTuple* Coeffs);
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#ifdef _WIN32
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// Return the filter coefficients of a filter in edges_image.
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static Hlong InfoEdges(const wchar_t* Filter, const wchar_t* Mode, double Alpha, HTuple* Coeffs);
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#endif
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// Copy a file to a new location.
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static void CopyFile(const HString& SourceFile, const HString& DestinationFile);
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// Copy a file to a new location.
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static void CopyFile(const char* SourceFile, const char* DestinationFile);
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#ifdef _WIN32
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// Copy a file to a new location.
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static void CopyFile(const wchar_t* SourceFile, const wchar_t* DestinationFile);
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#endif
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// Set the current working directory.
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static void SetCurrentDir(const HString& DirName);
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// Set the current working directory.
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static void SetCurrentDir(const char* DirName);
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#ifdef _WIN32
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// Set the current working directory.
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static void SetCurrentDir(const wchar_t* DirName);
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#endif
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// Get the current working directory.
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static HString GetCurrentDir();
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// Delete an empty directory.
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static void RemoveDir(const HString& DirName);
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// Delete an empty directory.
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static void RemoveDir(const char* DirName);
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#ifdef _WIN32
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// Delete an empty directory.
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static void RemoveDir(const wchar_t* DirName);
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#endif
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// Make a directory.
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static void MakeDir(const HString& DirName);
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// Make a directory.
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static void MakeDir(const char* DirName);
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#ifdef _WIN32
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// Make a directory.
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static void MakeDir(const wchar_t* DirName);
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#endif
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// List all files in a directory.
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static HTuple ListFiles(const HString& Directory, const HTuple& Options);
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// List all files in a directory.
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static HTuple ListFiles(const HString& Directory, const HString& Options);
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// List all files in a directory.
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static HTuple ListFiles(const char* Directory, const char* Options);
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#ifdef _WIN32
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// List all files in a directory.
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static HTuple ListFiles(const wchar_t* Directory, const wchar_t* Options);
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#endif
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// Delete a file.
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static void DeleteFile(const HString& FileName);
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// Delete a file.
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static void DeleteFile(const char* FileName);
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#ifdef _WIN32
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// Delete a file.
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static void DeleteFile(const wchar_t* FileName);
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#endif
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// Check whether file exists.
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static Hlong FileExists(const HString& FileName);
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// Check whether file exists.
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static Hlong FileExists(const char* FileName);
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#ifdef _WIN32
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// Check whether file exists.
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static Hlong FileExists(const wchar_t* FileName);
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#endif
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// This operator is inoperable. It had the following function: Close all open files.
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static void CloseAllFiles();
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// Select the longest input lines.
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static void SelectLinesLongest(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, Hlong Num, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut);
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// Partition lines according to various criteria.
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static void PartitionLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const HTuple& Feature, const HString& Operation, const HTuple& Min, const HTuple& Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut, HTuple* FailRowBOut, HTuple* FailColBOut, HTuple* FailRowEOut, HTuple* FailColEOut);
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// Partition lines according to various criteria.
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static void PartitionLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const HString& Feature, const HString& Operation, const HString& Min, const HString& Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut, HTuple* FailRowBOut, HTuple* FailColBOut, HTuple* FailRowEOut, HTuple* FailColEOut);
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// Partition lines according to various criteria.
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static void PartitionLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const char* Feature, const char* Operation, const char* Min, const char* Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut, HTuple* FailRowBOut, HTuple* FailColBOut, HTuple* FailRowEOut, HTuple* FailColEOut);
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#ifdef _WIN32
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// Partition lines according to various criteria.
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static void PartitionLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const wchar_t* Feature, const wchar_t* Operation, const wchar_t* Min, const wchar_t* Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut, HTuple* FailRowBOut, HTuple* FailColBOut, HTuple* FailRowEOut, HTuple* FailColEOut);
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#endif
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// Select lines according to various criteria.
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static void SelectLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const HTuple& Feature, const HString& Operation, const HTuple& Min, const HTuple& Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut);
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// Select lines according to various criteria.
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static void SelectLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const HString& Feature, const HString& Operation, const HString& Min, const HString& Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut);
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// Select lines according to various criteria.
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static void SelectLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const char* Feature, const char* Operation, const char* Min, const char* Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut);
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#ifdef _WIN32
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// Select lines according to various criteria.
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static void SelectLines(const HTuple& RowBeginIn, const HTuple& ColBeginIn, const HTuple& RowEndIn, const HTuple& ColEndIn, const wchar_t* Feature, const wchar_t* Operation, const wchar_t* Min, const wchar_t* Max, HTuple* RowBeginOut, HTuple* ColBeginOut, HTuple* RowEndOut, HTuple* ColEndOut);
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#endif
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// Calculate the center of gravity, length, and orientation of a line.
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static void LinePosition(const HTuple& RowBegin, const HTuple& ColBegin, const HTuple& RowEnd, const HTuple& ColEnd, HTuple* RowCenter, HTuple* ColCenter, HTuple* Length, HTuple* Phi);
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// Calculate the center of gravity, length, and orientation of a line.
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static void LinePosition(double RowBegin, double ColBegin, double RowEnd, double ColEnd, double* RowCenter, double* ColCenter, double* Length, double* Phi);
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// Calculate the orientation of lines.
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static HTuple LineOrientation(const HTuple& RowBegin, const HTuple& ColBegin, const HTuple& RowEnd, const HTuple& ColEnd);
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// Calculate the orientation of lines.
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static double LineOrientation(double RowBegin, double ColBegin, double RowEnd, double ColEnd);
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// Approximate a contour by arcs and lines.
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static void ApproxChainSimple(const HTuple& Row, const HTuple& Column, HTuple* ArcCenterRow, HTuple* ArcCenterCol, HTuple* ArcAngle, HTuple* ArcBeginRow, HTuple* ArcBeginCol, HTuple* LineBeginRow, HTuple* LineBeginCol, HTuple* LineEndRow, HTuple* LineEndCol, HTuple* Order);
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// Approximate a contour by arcs and lines.
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static void ApproxChain(const HTuple& Row, const HTuple& Column, double MinWidthCoord, double MaxWidthCoord, double ThreshStart, double ThreshEnd, double ThreshStep, double MinWidthSmooth, double MaxWidthSmooth, Hlong MinWidthCurve, Hlong MaxWidthCurve, double Weight1, double Weight2, double Weight3, HTuple* ArcCenterRow, HTuple* ArcCenterCol, HTuple* ArcAngle, HTuple* ArcBeginRow, HTuple* ArcBeginCol, HTuple* LineBeginRow, HTuple* LineBeginCol, HTuple* LineEndRow, HTuple* LineEndCol, HTuple* Order);
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// This operator is inoperable. It had the following function: Destroy all classifiers.
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static void CloseAllClassBox();
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with rectangularly arranged marks.
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static void GenCaltab(Hlong XNum, Hlong YNum, double MarkDist, double DiameterRatio, const HString& CalPlateDescr, const HString& CalPlatePSFile);
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with rectangularly arranged marks.
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static void GenCaltab(Hlong XNum, Hlong YNum, double MarkDist, double DiameterRatio, const char* CalPlateDescr, const char* CalPlatePSFile);
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#ifdef _WIN32
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with rectangularly arranged marks.
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static void GenCaltab(Hlong XNum, Hlong YNum, double MarkDist, double DiameterRatio, const wchar_t* CalPlateDescr, const wchar_t* CalPlatePSFile);
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#endif
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with hexagonally arranged marks.
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static void CreateCaltab(Hlong NumRows, Hlong MarksPerRow, double Diameter, const HTuple& FinderRow, const HTuple& FinderColumn, const HString& Polarity, const HString& CalPlateDescr, const HString& CalPlatePSFile);
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with hexagonally arranged marks.
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static void CreateCaltab(Hlong NumRows, Hlong MarksPerRow, double Diameter, Hlong FinderRow, Hlong FinderColumn, const HString& Polarity, const HString& CalPlateDescr, const HString& CalPlatePSFile);
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with hexagonally arranged marks.
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static void CreateCaltab(Hlong NumRows, Hlong MarksPerRow, double Diameter, Hlong FinderRow, Hlong FinderColumn, const char* Polarity, const char* CalPlateDescr, const char* CalPlatePSFile);
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#ifdef _WIN32
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// Generate a calibration plate description file and a corresponding PostScript file for a calibration plate with hexagonally arranged marks.
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static void CreateCaltab(Hlong NumRows, Hlong MarksPerRow, double Diameter, Hlong FinderRow, Hlong FinderColumn, const wchar_t* Polarity, const wchar_t* CalPlateDescr, const wchar_t* CalPlatePSFile);
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#endif
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// Read the mark center points from the calibration plate description file.
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static void CaltabPoints(const HString& CalPlateDescr, HTuple* X, HTuple* Y, HTuple* Z);
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// Read the mark center points from the calibration plate description file.
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static void CaltabPoints(const char* CalPlateDescr, HTuple* X, HTuple* Y, HTuple* Z);
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#ifdef _WIN32
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// Read the mark center points from the calibration plate description file.
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static void CaltabPoints(const wchar_t* CalPlateDescr, HTuple* X, HTuple* Y, HTuple* Z);
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#endif
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// This operator is inoperable. It had the following function: Delete all background estimation data sets.
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static void CloseAllBgEsti();
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// This operator is inoperable. It had the following function: Close all image acquisition devices.
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static void CloseAllFramegrabbers();
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};
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}
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#endif
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