#include "vtkImageDecomposeFilter.h"
#include "vtkImagingFourierModule.h"
Go to the source code of this file.
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#define | vtkImageComplexEuclidSet(C, R, I) |
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#define | vtkImageComplexPolarSet(C, M, P) |
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#define | vtkImageComplexPrint(C) printf("(%.3f, %.3f)", (C).Real, (C).Imag) |
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#define | vtkImageComplexScale(cOut, S, cIn) |
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#define | vtkImageComplexConjugate(cIn, cOut) |
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#define | vtkImageComplexAdd(C1, C2, cOut) |
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#define | vtkImageComplexSubtract(C1, C2, cOut) |
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#define | vtkImageComplexMultiply(C1, C2, cOut) |
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#define | vtkImageComplexExponential(cIn, cOut) |
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◆ vtkImageComplexEuclidSet
#define vtkImageComplexEuclidSet |
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◆ vtkImageComplexPolarSet
#define vtkImageComplexPolarSet |
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◆ vtkImageComplexPrint
#define vtkImageComplexPrint |
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printf("(%.3f, %.3f)", (C).Real, (C).Imag) |
◆ vtkImageComplexScale
#define vtkImageComplexScale |
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cIn |
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Value: (cOut).Real = (cIn).Real * (S); \
(cOut).Imag = (cIn).Imag * (S)
Definition at line 52 of file vtkImageFourierFilter.h.
◆ vtkImageComplexConjugate
#define vtkImageComplexConjugate |
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cOut |
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◆ vtkImageComplexAdd
#define vtkImageComplexAdd |
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cOut |
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Value: (cOut).Real = (C1).Real + (C2).Real; \
(cOut).Imag = (C1).Imag + (C2).Imag
Definition at line 60 of file vtkImageFourierFilter.h.
◆ vtkImageComplexSubtract
#define vtkImageComplexSubtract |
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cOut |
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Value: (cOut).Real = (C1).Real - (C2).Real; \
(cOut).Imag = (C1).Imag - (C2).Imag
Definition at line 64 of file vtkImageFourierFilter.h.
◆ vtkImageComplexMultiply
#define vtkImageComplexMultiply |
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Value: { \
vtkImageComplex_tMultiplyTemp.
Real = (C1).Real * (C2).Real - (C1).Imag * (C2).Imag; \
vtkImageComplex_tMultiplyTemp.
Imag = (C1).Real * (C2).Imag + (C1).Imag * (C2).Real; \
cOut = vtkImageComplex_tMultiplyTemp; \
}
Definition at line 68 of file vtkImageFourierFilter.h.
◆ vtkImageComplexExponential
#define vtkImageComplexExponential |
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cOut |
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Value: { \
double tmp = exp(cIn.Real); \
cOut.Real = tmp * cos(cIn.Imag); \
cOut.Imag = tmp * sin(cIn.Imag); \
}
Definition at line 77 of file vtkImageFourierFilter.h.
◆ vtkImageComplex