MC3DDefs.h File Reference

Description

Common defines for the MikroCAD SDK library.

Author

LMI Technologies

Go to the source code of this file.

Macros
#define	MC3D_VERSION   2
	The current version of the library, see also MC3D_Version()

Enums
enum	eFourierFilterReturnData { FourierFilterReturnData_Filter, FourierFilterReturnData_Roughness }
	Return value for Fourier filter. More...
enum	eFourierFilterType { FourierFilterType_WaveFilter = 1, FourierFilterType_GaussianHighpass = 2 }
	Inner filter type in Fourier filter. More...
enum	eMC3DFilterDirection
	The direction of filter.
enum	ePolynomialFilterReturnData { PolynomialFilterReturnData_Difference = 0, PolynomialFilterReturnData_Polynomial = 1 }
	Return value of the polynomial filter. More...
enum	eRangeAnalysisEvalMode { RangeAnalysisEvalMode_Lower = 0, RangeAnalysisEvalMode_Upper = 1, RangeAnalysisEvalMode_Range = 2 }
	Mode for range analysis, how to binarize before doing the range analysis. More...

Enum Fields

enum eFourierFilterReturnData

Return value for Fourier filter.

Enumerator
FourierFilterReturnData_Filter	Filter.
FourierFilterReturnData_Roughness	Roughness data.

enum eFourierFilterType

Inner filter type in Fourier filter.

Enumerator
FourierFilterType_WaveFilter	Wave filter.
FourierFilterType_GaussianHighpass	Gaussian high pass filter.

enum ePolynomialFilterReturnData

Return value of the polynomial filter.

Enumerator
PolynomialFilterReturnData_Difference	Difference image.
PolynomialFilterReturnData_Polynomial	Polynomial image.

enum eRangeAnalysisEvalMode

Mode for range analysis, how to binarize before doing the range analysis.

Enumerator
RangeAnalysisEvalMode_Lower	Binarize using lower limit.
RangeAnalysisEvalMode_Upper	Binarize using upper limit.
RangeAnalysisEvalMode_Range	Binarize using lower and upper limit.