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HHt`Lw(MtWA)Au;H5XH}HU}t4LHHuHHH}1H([A^A_](i)vtkNIFTIImageHeaderIntentCodeEnumXFormCodeEnumSliceCodeEnumUnitsXYZTEnumDataTypeEnumHeaderSizeEnumIntentNoneIntentCorrelIntentTTestIntentFTestIntentZScoreIntentChiSQIntentBetaIntentBinomIntentGammaIntentPoissonIntentNormalIntentFTestNoncIntentChiSQNoncIntentLogisticIntentLaplaceIntentUniformIntentTTestNoncIntentWeibullIntentChiIntentInvGaussIntentExtValIntentPValIntentLogPValIntentLog10PValIntentEstimateIntentLabelIntentNeuroNameIntentGenMatrixIntentSymMatrixIntentDispVectIntentVectorIntentPointSetIntentTriangleIntentQuaternionIntentDimlessIntentTimeSeriesIntentNodeIndexIntentRGBVectorIntentRGBAVectorIntentShapeXFormUnkownXFormScannerAnatXFormAlignedAnatXFormTalairachXFormMNI152SliceUnknownSliceSeqIncSliceSeqDecSliceAltIncSliceAltDecSliceAltInc2SliceAltDec2UnitsUnknownUnitsMeterUnitsMMUnitsMicronUnitsSpaceUnitsSecUnitsMSecUnitsUSecUnitsHzUnitsPPMUnitsRadsUnitsTimeTypeUInt8TypeInt16TypeInt32TypeFloat32TypeComplex64TypeFloat64TypeRGB24TypeInt8TypeUInt16TypeUInt32TypeInt64TypeUInt64TypeFloat128TypeComplex128TypeComplex256TypeRGBA32NIFTI1HeaderSizeNIFTI2HeaderSizevtkIOImagePython.vtkNIFTIImageHeader.IntentCodeEnumvtkIOImagePython.vtkNIFTIImageHeader.XFormCodeEnumvtkIOImagePython.vtkNIFTIImageHeader.SliceCodeEnumvtkIOImagePython.vtkNIFTIImageHeader.UnitsXYZTEnumvtkIOImagePython.vtkNIFTIImageHeader.DataTypeEnumvtkIOImagePython.vtkNIFTIImageHeader.HeaderSizeEnumvtkIOImagePython.vtkNIFTIImageHeadervtkNIFTIImageHeader - Store NIfTI header information. Superclass: vtkObject This class stores the header of a NIfTI file in a VTK-friendly format. By using this class, it is possible to specify the header information that will be stored in a file written by the vtkNIFTIImageWriter. Note that the SForm and QForm orientation information in this class will be ignored by the writer if an SForm and QForm have been explicitly set via the writer's SetSForm and SetQForm methods. Also note that all info like Dim, PixDim, DataType, etc. will be ignored by the writer because this information must instead be taken from the vtkImageData information. Finally, note that the vtkNIFTIImageWriter will ignore the Descrip field, since it has its own SetDescription method.@par Thanks: This class was contributed to VTK by the Calgary Image Processing and Analysis Centre (CIPAC). @sa vtkNIFTIImageReader, vtkNIFTIImageWriter IsTypeOfV.IsTypeOf(string) -> int C++: static vtkTypeBool IsTypeOf(const char *type) Static method for construction. IsAV.IsA(string) -> int C++: vtkTypeBool IsA(const char *type) override; Static method for construction. SafeDownCastV.SafeDownCast(vtkObjectBase) -> vtkNIFTIImageHeader C++: static vtkNIFTIImageHeader *SafeDownCast(vtkObjectBase *o) Static method for construction. NewInstanceV.NewInstance() -> vtkNIFTIImageHeader C++: vtkNIFTIImageHeader *NewInstance() Static method for construction. GetMagicV.GetMagic() -> string C++: const char *GetMagic() Get the magic number for the NIFTI file as a null-terminated string. GetVoxOffsetV.GetVoxOffset() -> int C++: vtkTypeInt64 GetVoxOffset() Get the offset to the pixel data within the file. GetDataTypeV.GetDataType() -> int C++: int GetDataType() Get the data type. GetBitPixV.GetBitPix() -> int C++: int GetBitPix() Get the number of bits per pixel. GetDimV.GetDim(int) -> int C++: vtkTypeInt64 GetDim(int i) Get the nth dimension of the data, where GetDim(0) returns the number of dimensions that are defined for the file. GetPixDimV.GetPixDim(int) -> float C++: double GetPixDim(int i) Get the sample spacing in the nth dimension. If GetPixDim(0) is negative, then the quaternion for the qform describes the correct orientation only after the slice ordering has been reversed. SetIntentCodeV.SetIntentCode(int) C++: virtual void SetIntentCode(int _arg) Get the NIFTI intent code. This is an enumerated value in the NIFTI header that states what the data is intended to be used for. GetIntentCodeV.GetIntentCode() -> int C++: int GetIntentCode() Get the NIFTI intent code. This is an enumerated value in the NIFTI header that states what the data is intended to be used for. SetIntentNameV.SetIntentName(string) C++: void SetIntentName(const char *name) Get the intent name. This should match the intent code. GetIntentNameV.GetIntentName() -> string C++: const char *GetIntentName() SetIntentP1V.SetIntentP1(float) C++: virtual void SetIntentP1(double _arg) Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. GetIntentP1V.GetIntentP1() -> float C++: double GetIntentP1() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. SetIntentP2V.SetIntentP2(float) C++: virtual void SetIntentP2(double _arg) Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. GetIntentP2V.GetIntentP2() -> float C++: double GetIntentP2() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. SetIntentP3V.SetIntentP3(float) C++: virtual void SetIntentP3(double _arg) Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. GetIntentP3V.GetIntentP3() -> float C++: double GetIntentP3() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. SetSclSlopeV.SetSclSlope(float) C++: virtual void SetSclSlope(double _arg) Get the scale and slope to apply to the data in order to get the real-valued data values. GetSclSlopeV.GetSclSlope() -> float C++: double GetSclSlope() Get the scale and slope to apply to the data in order to get the real-valued data values. SetSclInterV.SetSclInter(float) C++: virtual void SetSclInter(double _arg) Get the scale and slope to apply to the data in order to get the real-valued data values. GetSclInterV.GetSclInter() -> float C++: double GetSclInter() Get the scale and slope to apply to the data in order to get the real-valued data values. SetCalMinV.SetCalMin(float) C++: virtual void SetCalMin(double _arg) Get the calibrated range of the data, i.e. the values stored in the cal_min and cal_max fields in the header. GetCalMinV.GetCalMin() -> float C++: double GetCalMin() Get the calibrated range of the data, i.e. the values stored in the cal_min and cal_max fields in the header. SetCalMaxV.SetCalMax(float) C++: virtual void SetCalMax(double _arg) Get the calibrated range of the data, i.e. the values stored in the cal_min and cal_max fields in the header. GetCalMaxV.GetCalMax() -> float C++: double GetCalMax() Get the calibrated range of the data, i.e. the values stored in the cal_min and cal_max fields in the header. SetSliceDurationV.SetSliceDuration(float) C++: virtual void SetSliceDuration(double _arg) Get the slice_duration and toffset from the header. GetSliceDurationV.GetSliceDuration() -> float C++: double GetSliceDuration() Get the slice_duration and toffset from the header. SetTOffsetV.SetTOffset(float) C++: virtual void SetTOffset(double _arg) Get the slice_duration and toffset from the header. GetTOffsetV.GetTOffset() -> float C++: double GetTOffset() Get the slice_duration and toffset from the header. SetSliceStartV.SetSliceStart(int) C++: virtual void SetSliceStart(vtkTypeInt64 _arg) Get the slice range for the data. GetSliceStartV.GetSliceStart() -> int C++: vtkTypeInt64 GetSliceStart() Get the slice range for the data. SetSliceEndV.SetSliceEnd(int) C++: virtual void SetSliceEnd(vtkTypeInt64 _arg) Get the slice range for the data. GetSliceEndV.GetSliceEnd() -> int C++: vtkTypeInt64 GetSliceEnd() Get the slice range for the data. SetSliceCodeV.SetSliceCode(int) C++: virtual void SetSliceCode(int _arg) Get the slice code for the data. GetSliceCodeV.GetSliceCode() -> int C++: int GetSliceCode() Get the slice code for the data. SetXYZTUnitsV.SetXYZTUnits(int) C++: virtual void SetXYZTUnits(int _arg) Get a bitfield that describes the units for the first 4 dims. GetXYZTUnitsV.GetXYZTUnits() -> int C++: int GetXYZTUnits() Get a bitfield that describes the units for the first 4 dims. SetDimInfoV.SetDimInfo(int) C++: virtual void SetDimInfo(int _arg) Get a bitfield with extra information about the dimensions, it states which dimensions are the phase encode, frequency encode, and slice encode dimensions for MRI acquisitions. GetDimInfoV.GetDimInfo() -> int C++: int GetDimInfo() Get a bitfield with extra information about the dimensions, it states which dimensions are the phase encode, frequency encode, and slice encode dimensions for MRI acquisitions. SetDescripV.SetDescrip(string) C++: void SetDescrip(const char *descrip) Get a null-terminated file descriptor, this usually gives the name of the software that wrote the file. It will have a maximum length of 80 characters. Use ASCII to ensure compatibility with all NIFTI software, the NIFTI standard itself does not specify what encodings are permitted. GetDescripV.GetDescrip() -> string C++: const char *GetDescrip() SetAuxFileV.SetAuxFile(string) C++: void SetAuxFile(const char *auxfile) Get an auxiliary file, e.g. a color table, that is associated with this data. The length of the filename must be a maximum of 24 characters, and it will be assumed to be in the same directory as the NIFTI file. GetAuxFileV.GetAuxFile() -> string C++: const char *GetAuxFile() SetQFormCodeV.SetQFormCode(int) C++: virtual void SetQFormCode(int _arg) Get the QForm or SForm code. GetQFormCodeV.GetQFormCode() -> int C++: int GetQFormCode() Get the QForm or SForm code. SetSFormCodeV.SetSFormCode(int) C++: virtual void SetSFormCode(int _arg) Get the QForm or SForm code. GetSFormCodeV.GetSFormCode() -> int C++: int GetSFormCode() Get the QForm or SForm code. SetQuaternBV.SetQuaternB(float) C++: virtual void SetQuaternB(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQuaternBV.GetQuaternB() -> float C++: double GetQuaternB() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetQuaternCV.SetQuaternC(float) C++: virtual void SetQuaternC(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQuaternCV.GetQuaternC() -> float C++: double GetQuaternC() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetQuaternDV.SetQuaternD(float) C++: virtual void SetQuaternD(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQuaternDV.GetQuaternD() -> float C++: double GetQuaternD() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetQOffsetXV.SetQOffsetX(float) C++: virtual void SetQOffsetX(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQOffsetXV.GetQOffsetX() -> float C++: double GetQOffsetX() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetQOffsetYV.SetQOffsetY(float) C++: virtual void SetQOffsetY(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQOffsetYV.GetQOffsetY() -> float C++: double GetQOffsetY() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetQOffsetZV.SetQOffsetZ(float) C++: virtual void SetQOffsetZ(double _arg) Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). GetQOffsetZV.GetQOffsetZ() -> float C++: double GetQOffsetZ() Get information about the quaternion transformation. Note that the vtkNIFTIImageWriter ignores this part of the header if a quaternion has been set via vtkNIFTIImageWriter::SetQFormMatrix(). SetSRowXV.SetSRowX(float, float, float, float) C++: void SetSRowX(double, double, double, double) V.SetSRowX((float, float, float, float)) C++: void SetSRowX(double a[4]) GetSRowXV.GetSRowX() -> (float, float, float, float) C++: double *GetSRowX() SetSRowYV.SetSRowY(float, float, float, float) C++: void SetSRowY(double, double, double, double) V.SetSRowY((float, float, float, float)) C++: void SetSRowY(double a[4]) GetSRowYV.GetSRowY() -> (float, float, float, float) C++: double *GetSRowY() SetSRowZV.SetSRowZ(float, float, float, float) C++: void SetSRowZ(double, double, double, double) V.SetSRowZ((float, float, float, float)) C++: void SetSRowZ(double a[4]) GetSRowZV.GetSRowZ() -> (float, float, float, float) C++: double *GetSRowZ() InitializeV.Initialize() C++: void Initialize() Initialize the header to default values. 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