dox/Imaging/vtkImageMRIFourierFilter.h File Reference

#include "vtkImageDecomposeFilter.h"
#include "vtkCNMRRImagingWin32Header.h"

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Classes
struct	vtkImageComplexNumber
class	vtkImageMRIFourierFilter
	Superclass that implements complex numbers. More...
Defines
#define	SIN   sin
#define	COS   cos
#define	EXP   exp
#define	vtkImageComplexNumberEuclidSet(C, R, I)
#define	vtkImageComplexNumberPolarSet(C, M, P)
#define	vtkImageComplexNumberPrint(C)   printf("(%.3f, %.3f)", (C).Real, (C).Imag)
#define	vtkImageComplexNumberScale(cOut, S, cIn)
#define	vtkImageComplexNumberConjugate(cIn, cOut)
#define	vtkImageComplexNumberAdd(C1, C2, cOut)
#define	vtkImageComplexNumberSubtract(C1, C2, cOut)
#define	vtkImageComplexNumberMultiply(C1, C2, cOut)
#define	vtkImageComplexNumberDivide(C1, C2, cOut)
#define	vtkImageComplexNumberExponential(cIn, cOut)

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Define Documentation

#define SIN   sin

Definition at line 58 of file vtkImageMRIFourierFilter.h.

#define COS   cos

Definition at line 59 of file vtkImageMRIFourierFilter.h.

#define EXP   exp

Definition at line 60 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberEuclidSet	(	C,
		R,
		I		)

Value:

(C).Real = (R); \
  (C).Imag = (I)

Definition at line 70 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberPolarSet	(	C,
		M,
		P		)

Value:

(C).Real = (M)*COS(P); \
  (C).Imag = (M)*SIN(P)

Definition at line 74 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberPrint

(

C

)

printf("(%.3f, %.3f)", (C).Real, (C).Imag)

Definition at line 78 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberScale	(	cOut,
		S,
		cIn		)

Value:

(cOut).Real = (cIn).Real * (S); \
  (cOut).Imag = (cIn).Imag * (S)

Definition at line 81 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberConjugate	(	cIn,
		cOut		)

Value:

(cOut).Imag = (cIn).Imag * -1.0;    \
  (cOut).Real = (cIn).Real

Definition at line 85 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberAdd	(	C1,
		C2,
		cOut		)

Value:

(cOut).Real = (C1).Real + (C2).Real; \
  (cOut).Imag = (C1).Imag + (C2).Imag

Definition at line 89 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberSubtract	(	C1,
		C2,
		cOut		)

Value:

(cOut).Real = (C1).Real - (C2).Real; \
  (cOut).Imag = (C1).Imag - (C2).Imag

Definition at line 93 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberMultiply	(	C1,
		C2,
		cOut		)

Value:

{ \
  vtkImageComplexNumber _vtkImageComplexMultiplyTemp; \
  _vtkImageComplexMultiplyTemp.Real = (C1).Real*(C2).Real-(C1).Imag*(C2).Imag;\
  _vtkImageComplexMultiplyTemp.Imag = (C1).Real*(C2).Imag+(C1).Imag*(C2).Real;\
  cOut = _vtkImageComplexMultiplyTemp; \
}

Definition at line 97 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberDivide	(	C1,
		C2,
		cOut		)

Value:

{ \
  vtkImageComplexNumber _vtkImageComplexDivideTemp; \
  _vtkImageComplexDivideTemp.Real = ((C1).Real*(C2).Real+(C1).Imag*(C2).Imag)/((C2).Real*(C2).Real+(C2).Imag*(C2).Imag);\
  _vtkImageComplexDivideTemp.Imag = ((C2).Real*(C1).Imag-(C2).Imag*(C1).Real)/((C2).Real*(C2).Real+(C2).Imag*(C2).Imag);\
  cOut = _vtkImageComplexDivideTemp; \
}

Definition at line 105 of file vtkImageMRIFourierFilter.h.

#define vtkImageComplexNumberExponential	(	cIn,
		cOut		)

Value:

{ \
  double tmp = EXP(cIn.Real); \
  cOut.Real = tmp * COS(cIn.Imag); \
  cOut.Imag = tmp * SIN(cIn.Imag); \
}

Definition at line 114 of file vtkImageMRIFourierFilter.h.

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