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This includes indexed and 24bit bitmaps Usually, all BMPs are converted to 24bit RGB, but BMPs may be output as 8bit images with a LookupTable if the Allow8BitBMP flag is set. BMPReader creates structured point datasets. The dimension of the dataset depends upon the number of files read. Reading a single file results in a 2D image, while reading more than one file results in a 3D volume. To read a volume, files must be of the form "FileName." (e.g., foo.bmp.0, foo.bmp.1, ...). You must also specify the image range. This range specifies the beginning and ending files to read (range can be any pair of non-negative numbers). The default behavior is to read a single file. In this case, the form of the file is simply "FileName" (e.g., foo.bmp). @sa vtkBMPWriter V.IsTypeOf(string) -> int C++: static vtkTypeBool IsTypeOf(const char *type) Return 1 if this class type is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. V.IsA(string) -> int C++: vtkTypeBool IsA(const char *type) override; Return 1 if this class is the same type of (or a subclass of) the named class. Returns 0 otherwise. This method works in combination with vtkTypeMacro found in vtkSetGet.h. V.SafeDownCast(vtkObjectBase) -> vtkBMPReader C++: static vtkBMPReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkBMPReader C++: vtkBMPReader *NewInstance() V.GetDepth() -> int C++: virtual int GetDepth() Returns the depth of the BMP, either 8 or 24. V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file a BMP file? V.GetFileExtensions() -> string C++: const char *GetFileExtensions() override; Get the file extensions for this format. Returns a string with a space separated list of extensions in the format .extension V.GetDescriptiveName() -> string C++: const char *GetDescriptiveName() override; Return a descriptive name for the file format that might be useful in a GUI. V.SetAllow8BitBMP(int) C++: virtual void SetAllow8BitBMP(int _arg) If this flag is set and the BMP reader encounters an 8bit file, the data will be kept as unsigned chars and a lookuptable will be exported V.GetAllow8BitBMP() -> int C++: virtual int GetAllow8BitBMP() If this flag is set and the BMP reader encounters an 8bit file, the data will be kept as unsigned chars and a lookuptable will be exported V.Allow8BitBMPOn() C++: virtual void Allow8BitBMPOn() If this flag is set and the BMP reader encounters an 8bit file, the data will be kept as unsigned chars and a lookuptable will be exported V.Allow8BitBMPOff() C++: virtual void Allow8BitBMPOff() If this flag is set and the BMP reader encounters an 8bit file, the data will be kept as unsigned chars and a lookuptable will be exported V.GetLookupTable() -> vtkLookupTable C++: virtual vtkLookupTable *GetLookupTable() V.GetColors() -> (int, ...) C++: virtual unsigned char *GetColors() Returns the color lut. GetWriteToMemoryGetResultWriteToMemoryOnWriteToMemoryOffSetWriteToMemorySetResultvtkUnsignedCharArrayvtkIOImagePython.vtkBMPWritervtkImageWritervtkBMPWriter - Writes Windows BMP files. Superclass: vtkImageWriter vtkBMPWriter writes BMP files. The data type of the file is unsigned char regardless of the input type. @sa vtkBMPReader V.SafeDownCast(vtkObjectBase) -> vtkBMPWriter C++: static vtkBMPWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkBMPWriter C++: vtkBMPWriter *NewInstance() V.SetWriteToMemory(int) C++: virtual void SetWriteToMemory(unsigned int _arg) Write the image to memory (a vtkUnsignedCharArray) V.GetWriteToMemory() -> int C++: virtual unsigned int GetWriteToMemory() Write the image to memory (a vtkUnsignedCharArray) V.WriteToMemoryOn() C++: virtual void WriteToMemoryOn() Write the image to memory (a vtkUnsignedCharArray) V.WriteToMemoryOff() C++: virtual void WriteToMemoryOff() Write the image to memory (a vtkUnsignedCharArray) V.SetResult(vtkUnsignedCharArray) C++: virtual void SetResult(vtkUnsignedCharArray *) When writing to memory this is the result, it will be NULL until the data is written the first time V.GetResult() -> vtkUnsignedCharArray C++: virtual vtkUnsignedCharArray *GetResult() When writing to memory this is the result, it will be NULL until the data is written the first time GetElevationReferenceMinValueGetElevationReferenceMaxValueGetElevationBoundsGetProfileDimensionGetSpatialResolutionGetProjectionParametersGetElevationReferenceGetDEMLevelGetGroundZoneGetElevationUnitOfMeasureGetLocalRotationGetPlaneUnitOfMeasureGetPolygonSizeGetAccuracyCodeGetElevationPatternGetGroundSystemGetElevationReferenceAsStringGetMapLabelGetFileNameSetElevationReferenceSetFileNameREFERENCE_SEA_LEVELREFERENCE_ELEVATION_BOUNDSvtkIOImagePython.vtkDEMReaderSetElevationReferenceToElevationBoundsSetElevationReferenceToSeaLevelvtkDEMReader - read a digital elevation model (DEM) file Superclass: vtkImageAlgorithm vtkDEMReader reads digital elevation files and creates image data. Digital elevation files are produced by the US Geological Survey. A complete description of the DEM file is located at the USGS site. The reader reads the entire dem file and create a vtkImageData that contains a single scalar component that is the elevation in meters. The spacing is also expressed in meters. A number of get methods provide access to fields on the header. V.SafeDownCast(vtkObjectBase) -> vtkDEMReader C++: static vtkDEMReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkDEMReader C++: vtkDEMReader *NewInstance() V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) Specify file name of Digital Elevation Model (DEM) file V.GetFileName() -> string C++: virtual char *GetFileName() Specify file name of Digital Elevation Model (DEM) file V.SetElevationReference(int) C++: virtual void SetElevationReference(int _arg) Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.GetElevationReferenceMinValue() -> int C++: virtual int GetElevationReferenceMinValue() Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.GetElevationReferenceMaxValue() -> int C++: virtual int GetElevationReferenceMaxValue() Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.GetElevationReference() -> int C++: virtual int GetElevationReference() Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.SetElevationReferenceToSeaLevel() C++: void SetElevationReferenceToSeaLevel() Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.SetElevationReferenceToElevationBounds() C++: void SetElevationReferenceToElevationBounds() Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.GetElevationReferenceAsString() -> string C++: const char *GetElevationReferenceAsString(void) Specify the elevation origin to use. By default, the elevation origin is equal to ElevationBounds[0]. A more convenient origin is to use sea level (i.e., a value of 0.0). V.GetMapLabel() -> string C++: virtual char *GetMapLabel() An ASCII description of the map V.GetDEMLevel() -> int C++: virtual int GetDEMLevel() Code 1=DEM-1, 2=DEM_2, ... V.GetElevationPattern() -> int C++: virtual int GetElevationPattern() Code 1=regular, 2=random, reserved for future use V.GetGroundSystem() -> int C++: virtual int GetGroundSystem() Ground planimetric reference system V.GetGroundZone() -> int C++: virtual int GetGroundZone() Zone in ground planimetric reference system V.GetProjectionParameters() -> (float, float, float, float, float, float, float, float, float, float, float, float, float, float, float) C++: float *GetProjectionParameters() Map Projection parameters. All are zero. V.GetPlaneUnitOfMeasure() -> int C++: virtual int GetPlaneUnitOfMeasure() Defining unit of measure for ground planimetric coordinates throughout the file. 0 = radians, 1 = feet, 2 = meters, 3 = arc-seconds. V.GetElevationUnitOfMeasure() -> int C++: virtual int GetElevationUnitOfMeasure() Defining unit of measure for elevation coordinates throughout the file. 1 = feet, 2 = meters V.GetPolygonSize() -> int C++: virtual int GetPolygonSize() Number of sides in the polygon which defines the coverage of the DEM file. Set to 4. V.GetElevationBounds() -> (float, float) C++: float *GetElevationBounds() Minimum and maximum elevation for the DEM. The units in the file are in ElevationUnitOfMeasure. This class converts them to meters. V.GetLocalRotation() -> float C++: virtual float GetLocalRotation() Counterclockwise angle (in radians) from the primary axis of the planimetric reference to the primary axis of the DEM local reference system. IGNORED BY THIS IMPLEMENTATION. V.GetAccuracyCode() -> int C++: virtual int GetAccuracyCode() Accuracy code for elevations. 0=unknown accuracy V.GetSpatialResolution() -> (float, float, float) C++: float *GetSpatialResolution() DEM spatial resolution for x,y,z. Values are expressed in units of resolution. Since elevations are read as integers, this permits fractional elevations. V.GetProfileDimension() -> (int, int) C++: int *GetProfileDimension() The number of rows and columns in the DEM. .dcmDICOMvtkDICOMImageReaderGetWidthGetHeightGetBitsAllocatedGetPixelRepresentationGetNumberOfComponentsGetGantryAngleGetRescaleSlopeGetRescaleOffsetGetPixelSpacingGetImagePositionPatientGetImageOrientationPatientGetDirectoryNameSetDirectoryNameGetStudyIDGetStudyUIDGetTransferSyntaxUIDGetPatientNamevtkDICOMImageReader - Reads some DICOM images Superclass: vtkImageReader2 DICOM (stands for Digital Imaging in COmmunications and Medicine) is a medical image file format widely used to exchange data, provided by various modalities. @warning This reader might eventually handle ACR-NEMA file (predecessor of the DICOM format for medical images). This reader does not handle encapsulated format, only plain raw file are handled. This reader also does not handle multi-frames DICOM datasets. @warning Internally DICOMParser assumes the x,y pixel spacing is stored in 0028,0030 and that z spacing is stored in Slice Thickness (correct only when slice were acquired contiguous): 0018,0050. Which means this is only valid for some rare MR Image Storage @sa vtkBMPReader vtkPNMReader vtkTIFFReader vtkIOImagePython.vtkDICOMImageReaderV.IsTypeOf(string) -> int C++: static vtkTypeBool IsTypeOf(const char *type) Static method for construction. V.IsA(string) -> int C++: vtkTypeBool IsA(const char *type) override; Static method for construction. V.SafeDownCast(vtkObjectBase) -> vtkDICOMImageReader C++: static vtkDICOMImageReader *SafeDownCast(vtkObjectBase *o) Static method for construction. V.NewInstance() -> vtkDICOMImageReader C++: vtkDICOMImageReader *NewInstance() Static method for construction. V.SetFileName(string) C++: void SetFileName(const char *fn) override; Set the filename for the file to read. If this method is used, the reader will only read a single file. V.SetDirectoryName(string) C++: void SetDirectoryName(const char *dn) Set the directory name for the reader to look in for DICOM files. If this method is used, the reader will try to find all the DICOM files in a directory. It will select the subset corresponding to the first series UID it stumbles across and it will try to build an ordered volume from them based on the slice number. The volume building will be upgraded to something more sophisticated in the future. V.GetDirectoryName() -> string C++: virtual char *GetDirectoryName() Returns the directory name. V.GetPixelSpacing() -> (float, float, float) C++: double *GetPixelSpacing() Returns the pixel spacing (in X, Y, Z). Note: if there is only one slice, the Z spacing is set to the slice thickness. If there is more than one slice, it is set to the distance between the first two slices. V.GetWidth() -> int C++: int GetWidth() Returns the image width. V.GetHeight() -> int C++: int GetHeight() Returns the image height. V.GetImagePositionPatient() -> (float, float, float) C++: float *GetImagePositionPatient() Get the (DICOM) x,y,z coordinates of the first pixel in the image (upper left hand corner) of the last image processed by the DICOMParser V.GetImageOrientationPatient() -> (float, float, float, float, float, float) C++: float *GetImageOrientationPatient() Get the (DICOM) directions cosines. It consist of the components of the first two vectors. The third vector needs to be computed to form an orthonormal basis. V.GetBitsAllocated() -> int C++: int GetBitsAllocated() Get the number of bits allocated for each pixel in the file. V.GetPixelRepresentation() -> int C++: int GetPixelRepresentation() Get the pixel representation of the last image processed by the DICOMParser. A zero is a unsigned quantity. A one indicates a signed quantity V.GetNumberOfComponents() -> int C++: int GetNumberOfComponents() Get the number of components of the image data for the last image processed. V.GetTransferSyntaxUID() -> string C++: const char *GetTransferSyntaxUID() Get the transfer syntax UID for the last image processed. V.GetRescaleSlope() -> float C++: float GetRescaleSlope() Get the rescale slope for the pixel data. V.GetRescaleOffset() -> float C++: float GetRescaleOffset() Get the rescale offset for the pixel data. V.GetPatientName() -> string C++: const char *GetPatientName() Get the patient name for the last image processed. V.GetStudyUID() -> string C++: const char *GetStudyUID() Get the study uid for the last image processed. V.GetStudyID() -> string C++: const char *GetStudyID() Get the Study ID for the last image processed. V.GetGantryAngle() -> float C++: float GetGantryAngle() Get the gantry angle for the last image processed. V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Return non zero if the reader can read the given file name. Should be implemented by all sub-classes of vtkImageReader2. For non zero return values the following values are to be used 1 - I think I can read the file but I cannot prove it 2 - I definitely can read the file 3 - I can read the file and I have validated that I am the correct reader for this file .MR .CTGESignavtkGESignaReadervtkMedicalImageReader2vtkGESignaReader - read GE Signa ximg files Superclass: vtkMedicalImageReader2 vtkGESignaReader is a source object that reads some GE Signa ximg files It does support reading in pixel spacing, slice spacing and it computes an origin for the image in millimeters. It always produces greyscale unsigned short data and it supports reading in rectangular, packed, compressed, and packed&compressed. It does not read in slice orientation, or position right now. To use it you just need to specify a filename or a file prefix and pattern. @sa vtkImageReader2 vtkIOImagePython.vtkGESignaReaderV.SafeDownCast(vtkObjectBase) -> vtkGESignaReader C++: static vtkGESignaReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkGESignaReader C++: vtkGESignaReader *NewInstance() V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file a GESigna file? V.GetFileExtensions() -> string C++: const char *GetFileExtensions() override; Valid extentsions V.GetDescriptiveName() -> string C++: const char *GetDescriptiveName() override; A descriptive name for this format vtkImageExportvariantobjectUndefinedGetInputGetDataMemorySizeGetDataScalarTypeGetImageLowerLeftGetExportVoidPointerGetPointerToDataGetCallbackUserDataSetExportVoidPointerSetImageLowerLeftImageLowerLeftOnImageLowerLeftOffGetDataExtentGetDataDimensionsGetDataSpacingGetDataOriginunsigned charunsigned shortunsigned intunsigned longunsigned long longunsigned __int64floatdoubleidtypeunicode stringbitGetDataScalarTypeAsStringGetDataNumberOfScalarComponentsvtkImageExport - Export VTK images to third-party systems. Superclass: vtkImageAlgorithm vtkImageExport provides a way of exporting image data at the end of a pipeline to a third-party system or to a simple C array. Applications can use this to get direct access to the image data in memory. A callback interface is provided to allow connection of the VTK pipeline to a third-party pipeline. This interface conforms to the interface of vtkImageImport. In Python it is possible to use this class to write the image data into a python string that has been pre-allocated to be the correct size. @sa vtkImageImport vtkIOImagePython.vtkImageExportV.SafeDownCast(vtkObjectBase) -> vtkImageExport C++: static vtkImageExport *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageExport C++: vtkImageExport *NewInstance() V.GetDataMemorySize() -> int C++: vtkIdType GetDataMemorySize() Get the number of bytes required for the output C array. V.GetDataDimensions([int, ...]) C++: void GetDataDimensions(int *ptr) V.GetDataDimensions() -> (int, int, int) C++: int *GetDataDimensions() Get the (x,y,z) index dimensions of the data. Please note that C arrays are indexed in decreasing order, i.e. array[z][y][x]. V.GetDataNumberOfScalarComponents() -> int C++: int GetDataNumberOfScalarComponents() Get the number of scalar components of the data. Please note that when you index into a C array, the scalar component index comes last, i.e. array[z][y][x][c]. V.GetDataScalarType() -> int C++: int GetDataScalarType() Get the scalar type of the data. The scalar type of the C array must match the scalar type of the data. V.GetDataScalarTypeAsString() -> string C++: const char *GetDataScalarTypeAsString() V.GetDataExtent() -> (int, int, int, int, int, int) C++: int *GetDataExtent() V.GetDataExtent([int, ...]) C++: void GetDataExtent(int *ptr) Get miscellaneous additional information about the data. V.GetDataSpacing() -> (float, float, float) C++: double *GetDataSpacing() V.GetDataSpacing([float, ...]) C++: void GetDataSpacing(double *ptr) Get miscellaneous additional information about the data. V.GetDataOrigin() -> (float, float, float) C++: double *GetDataOrigin() V.GetDataOrigin([float, ...]) C++: void GetDataOrigin(double *ptr) Get miscellaneous additional information about the data. V.GetInput() -> vtkImageData C++: vtkImageData *GetInput() Get the input object from the image pipeline. V.ImageLowerLeftOn() C++: virtual void ImageLowerLeftOn() Set/Get whether the data goes to the exported memory starting in the lower left corner or upper left corner. Default: On. When this flag is Off, the image will be flipped vertically before it is exported. WARNING: this flag is used only with the Export() method, it is ignored by GetPointerToData(). V.ImageLowerLeftOff() C++: virtual void ImageLowerLeftOff() Set/Get whether the data goes to the exported memory starting in the lower left corner or upper left corner. Default: On. When this flag is Off, the image will be flipped vertically before it is exported. WARNING: this flag is used only with the Export() method, it is ignored by GetPointerToData(). V.GetImageLowerLeft() -> int C++: virtual int GetImageLowerLeft() Set/Get whether the data goes to the exported memory starting in the lower left corner or upper left corner. Default: On. When this flag is Off, the image will be flipped vertically before it is exported. WARNING: this flag is used only with the Export() method, it is ignored by GetPointerToData(). V.SetImageLowerLeft(int) C++: virtual void SetImageLowerLeft(int _arg) Set/Get whether the data goes to the exported memory starting in the lower left corner or upper left corner. Default: On. When this flag is Off, the image will be flipped vertically before it is exported. WARNING: this flag is used only with the Export() method, it is ignored by GetPointerToData(). V.SetExportVoidPointer(void) C++: void SetExportVoidPointer(void *) Set the void pointer of the C array to export the data to. From python, you can specify a pointer to a string that is large enough to hold the data. V.GetExportVoidPointer() -> void C++: void *GetExportVoidPointer() Set the void pointer of the C array to export the data to. From python, you can specify a pointer to a string that is large enough to hold the data. V.Export() C++: void Export() V.Export(void) C++: virtual void Export(void *) The main interface: update the pipeline and export the image to the memory pointed to by SetExportVoidPointer(). You can also specify a void pointer when you call Export(). V.GetPointerToData() -> void C++: void *GetPointerToData() An alternative to Export(): Use with caution. Update the pipeline and return a pointer to the image memory. The pointer is only valid until the next time that the pipeline is updated. WARNING: This method ignores the ImageLowerLeft flag. V.GetCallbackUserData() -> void C++: void *GetCallbackUserData() Get the user data that should be passed to the callback functions. vtkImageImportInvokeExecuteDataCallbacksLegacyCheckWholeExtentGetWholeExtentGetNumberOfScalarComponentsGetImportVoidPointerGetScalarArrayNameSetDataScalarTypeToShortSetDataScalarTypeToIntSetDataScalarTypeToFloatSetDataScalarTypeToDoubleSetDataScalarTypeSetNumberOfScalarComponentsCopyImportVoidPointerSetCallbackUserDataSetDataExtentToWholeExtentSetImportVoidPointerSetDataOriginSetDataSpacingSetScalarArrayNameSetWholeExtentSetDataExtentInvokeUpdateInformationCallbacksInvokeExecuteInformationCallbacksInvokePipelineModifiedCallbacksSetDataScalarTypeToUnsignedShortSetDataScalarTypeToUnsignedCharvtkImageImport - Import data from a C array. Superclass: vtkImageAlgorithm vtkImageImport provides methods needed to import image data from a source independent of VTK, such as a simple C array or a third-party pipeline. Note that the VTK convention is for the image voxel index (0,0,0) to be the lower-left corner of the image, while most 2D image formats use the upper-left corner. You can use vtkImageFlip to correct the orientation after the image has been loaded into VTK. Note that is also possible to import the raw data from a Python string instead of from a C array. The array applies on scalar point data only, not on cell data. @sa vtkImageExport vtkIOImagePython.vtkImageImportV.SafeDownCast(vtkObjectBase) -> vtkImageImport C++: static vtkImageImport *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageImport C++: vtkImageImport *NewInstance() V.CopyImportVoidPointer(void, int) C++: void CopyImportVoidPointer(void *ptr, vtkIdType size) Import data and make an internal copy of it. If you do not want VTK to copy the data, then use SetImportVoidPointer instead (do not use both). Give the size of the data array in bytes. V.SetImportVoidPointer(void) C++: void SetImportVoidPointer(void *ptr) V.SetImportVoidPointer(void, int) C++: void SetImportVoidPointer(void *ptr, int save) Set the pointer from which the image data is imported. VTK will not make its own copy of the data, it will access the data directly from the supplied array. VTK will not attempt to delete the data nor modify the data. V.GetImportVoidPointer() -> void C++: void *GetImportVoidPointer() Set the pointer from which the image data is imported. VTK will not make its own copy of the data, it will access the data directly from the supplied array. VTK will not attempt to delete the data nor modify the data. V.SetDataScalarType(int) C++: virtual void SetDataScalarType(int _arg) Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToDouble() C++: void SetDataScalarTypeToDouble() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToFloat() C++: void SetDataScalarTypeToFloat() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToInt() C++: void SetDataScalarTypeToInt() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToShort() C++: void SetDataScalarTypeToShort() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToUnsignedShort() C++: void SetDataScalarTypeToUnsignedShort() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetDataScalarTypeToUnsignedChar() C++: void SetDataScalarTypeToUnsignedChar() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.GetDataScalarType() -> int C++: virtual int GetDataScalarType() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.GetDataScalarTypeAsString() -> string C++: const char *GetDataScalarTypeAsString() Set/Get the data type of pixels in the imported data. This is used as the scalar type of the Output. Default: Short. V.SetNumberOfScalarComponents(int) C++: virtual void SetNumberOfScalarComponents(int _arg) Set/Get the number of scalar components, for RGB images this must be 3. Default: 1. V.GetNumberOfScalarComponents() -> int C++: virtual int GetNumberOfScalarComponents() Set/Get the number of scalar components, for RGB images this must be 3. Default: 1. V.SetDataExtent(int, int, int, int, int, int) C++: void SetDataExtent(int, int, int, int, int, int) V.SetDataExtent((int, int, int, int, int, int)) C++: void SetDataExtent(int a[6]) V.GetDataExtent() -> (int, int, int, int, int, int) C++: int *GetDataExtent() V.SetDataExtentToWholeExtent() C++: void SetDataExtentToWholeExtent() Get/Set the extent of the data buffer. The dimensions of your data must be equal to (extent[1]-extent[0]+1) * (extent[3]-extent[2]+1) * (extent[5]-DataExtent[4]+1). For example, for a 2D image use (0,width-1, 0,height-1, 0,0). V.SetDataSpacing(float, float, float) C++: void SetDataSpacing(double, double, double) V.SetDataSpacing((float, float, float)) C++: void SetDataSpacing(double a[3]) V.GetDataSpacing() -> (float, float, float) C++: double *GetDataSpacing() V.SetDataOrigin(float, float, float) C++: void SetDataOrigin(double, double, double) V.SetDataOrigin((float, float, float)) C++: void SetDataOrigin(double a[3]) V.GetDataOrigin() -> (float, float, float) C++: double *GetDataOrigin() V.SetWholeExtent(int, int, int, int, int, int) C++: void SetWholeExtent(int, int, int, int, int, int) V.SetWholeExtent((int, int, int, int, int, int)) C++: void SetWholeExtent(int a[6]) V.GetWholeExtent() -> (int, int, int, int, int, int) C++: int *GetWholeExtent() V.SetScalarArrayName(string) C++: virtual void SetScalarArrayName(const char *_arg) Set/get the scalar array name for this data set. Initial value is "scalars". V.GetScalarArrayName() -> string C++: virtual char *GetScalarArrayName() Set/get the scalar array name for this data set. Initial value is "scalars". V.SetCallbackUserData(void) C++: virtual void SetCallbackUserData(void *_arg) Set/Get the user data which will be passed as the first argument to all of the third-party pipeline callbacks. V.GetCallbackUserData() -> void C++: virtual void *GetCallbackUserData() Set/Get the user data which will be passed as the first argument to all of the third-party pipeline callbacks. V.InvokePipelineModifiedCallbacks() -> int C++: int InvokePipelineModifiedCallbacks() Invoke the appropriate callbacks V.InvokeUpdateInformationCallbacks() C++: void InvokeUpdateInformationCallbacks() Invoke the appropriate callbacks V.InvokeExecuteInformationCallbacks() C++: void InvokeExecuteInformationCallbacks() Invoke the appropriate callbacks V.InvokeExecuteDataCallbacks() C++: void InvokeExecuteDataCallbacks() Invoke the appropriate callbacks V.LegacyCheckWholeExtent() C++: void LegacyCheckWholeExtent() Invoke the appropriate callbacks wk_SG;2) {ocWK?3'vtkImageImportExecutivevtkStreamingDemandDrivenPipelinevtkDemandDrivenPipelinevtkExecutivevtkImageImportExecutive - vtkImageImportExecutive Superclass: vtkStreamingDemandDrivenPipeline vtkIOImagePython.vtkImageImportExecutiveV.SafeDownCast(vtkObjectBase) -> vtkImageImportExecutive C++: static vtkImageImportExecutive *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkImageImportExecutive C++: vtkImageImportExecutive *NewInstance() GetDataVOIGetDataMaskGetTransformSetDataMaskOpenAndSeekFileSetDataVOISetTransformvtkTransformComputeInverseTransformedExtentComputeInverseTransformedIncrementsVTK_FILE_BYTE_ORDER_BIG_ENDIANVTK_FILE_BYTE_ORDER_LITTLE_ENDIANvtkImageReader - Superclass of transformable binary file readers. Superclass: vtkImageReader2 vtkImageReader provides methods needed to read a region from a file. It supports both transforms and masks on the input data, but as a result is more complicated and slower than its parent class vtkImageReader2. @sa vtkBMPReader vtkPNMReader vtkTIFFReader vtkIOImagePython.vtkImageReaderV.SafeDownCast(vtkObjectBase) -> vtkImageReader C++: static vtkImageReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageReader C++: vtkImageReader *NewInstance() V.SetDataVOI(int, int, int, int, int, int) C++: void SetDataVOI(int, int, int, int, int, int) V.SetDataVOI((int, int, int, int, int, int)) C++: void SetDataVOI(int a[6]) V.GetDataVOI() -> (int, int, int, int, int, int) C++: int *GetDataVOI() V.GetDataMask() -> int C++: virtual vtkTypeUInt64 GetDataMask() Set/Get the Data mask. The data mask is a simply integer whose bits are treated as a mask to the bits read from disk. That is, the data mask is bitwise-and'ed to the numbers read from disk. This ivar is stored as 64 bits, the largest mask you will need. The mask will be truncated to the data size required to be read (using the least significant bits). V.SetDataMask(int) C++: virtual void SetDataMask(vtkTypeUInt64 _arg) Set/Get the Data mask. The data mask is a simply integer whose bits are treated as a mask to the bits read from disk. That is, the data mask is bitwise-and'ed to the numbers read from disk. This ivar is stored as 64 bits, the largest mask you will need. The mask will be truncated to the data size required to be read (using the least significant bits). V.SetTransform(vtkTransform) C++: virtual void SetTransform(vtkTransform *) Set/Get transformation matrix to transform the data from slice space into world space. This matrix must be a permutation matrix. To qualify, the sums of the rows must be + or - 1. V.GetTransform() -> vtkTransform C++: virtual vtkTransform *GetTransform() Set/Get transformation matrix to transform the data from slice space into world space. This matrix must be a permutation matrix. To qualify, the sums of the rows must be + or - 1. V.ComputeInverseTransformedExtent([int, int, int, int, int, int], [int, int, int, int, int, int]) C++: void ComputeInverseTransformedExtent(int inExtent[6], int outExtent[6]) V.ComputeInverseTransformedIncrements([int, int, int], [int, int, int]) C++: void ComputeInverseTransformedIncrements(vtkIdType inIncr[3], vtkIdType outIncr[3]) V.OpenAndSeekFile([int, int, int, int, int, int], int) -> int C++: int OpenAndSeekFile(int extent[6], int slice) V.SetScalarArrayName(string) C++: virtual void SetScalarArrayName(const char *_arg) Set/get the scalar array name for this data set. V.GetScalarArrayName() -> string C++: virtual char *GetScalarArrayName() Set/get the scalar array name for this data set. GetFileDimensionalityGetMemoryBufferLengthGetDataIncrementsGetSwapBytesGetFileNamesGetFileLowerLeftGetFileNameSliceSpacingGetFileNameSliceOffsetGetMemoryBufferSetDataScalarTypeToCharSetDataScalarTypeToSignedCharGetFilePatternGetInternalFileNameGetFilePrefixSetSwapBytesSetFileLowerLeftSetFileDimensionalitySetFileNameSliceOffsetSetFileNameSliceSpacingSwapBytesOffFileLowerLeftOnFileLowerLeftOffSwapBytesOnGetHeaderSizeComputeInternalFileNameOpenFileGetDataByteOrderAsStringSetDataByteOrderGetDataByteOrderSetDataByteOrderToBigEndianSetHeaderSizeSetMemoryBufferLengthSetMemoryBufferSetFilePatternSetFilePrefixSetFileNamesvtkStringArraySetDataScalarTypeToUnsignedIntvtkImageReader2 - Superclass of binary file readers. Superclass: vtkImageAlgorithm vtkImageReader2 is a parent class for many VTK image readers. It was written to simplify the interface of vtkImageReader. It can also be used directly to read data without headers (raw). It is a good super class for streaming readers that do not require a mask or transform on the data. An example of reading a raw file is shown below:vtkSmartPointer reader = vtkSmartPointer::New(); reader->SetFilePrefix(argv[1]); reader->SetDataExtent(0, 63, 0, 63, 1, 93); reader->SetDataSpacing(3.2, 3.2, 1.5); reader->SetDataOrigin(0.0, 0.0, 0.0); reader->SetDataScalarTypeToUnsignedShort(); reader->SetDataByteOrderToLittleEndian(); reader->UpdateWholeExtent(); @sa vtkJPEGReader vtkPNGReader vtkImageReader vtkGESignaReader SetDataByteOrderToLittleEndianvtkIOImagePython.vtkImageReader2V.SafeDownCast(vtkObjectBase) -> vtkImageReader2 C++: static vtkImageReader2 *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageReader2 C++: vtkImageReader2 *NewInstance() V.SetFileName(string) C++: virtual void SetFileName(const char *) Specify file name for the image file. If the data is stored in multiple files, then use SetFileNames or SetFilePrefix instead. V.GetFileName() -> string C++: virtual char *GetFileName() Specify file name for the image file. If the data is stored in multiple files, then use SetFileNames or SetFilePrefix instead. V.SetFileNames(vtkStringArray) C++: virtual void SetFileNames(vtkStringArray *) Specify a list of file names. Each file must be a single slice, and each slice must be of the same size. The files must be in the correct order. Use SetFileName when reading a volume (multiple slice), since DataExtent will be modified after a SetFileNames call. V.GetFileNames() -> vtkStringArray C++: virtual vtkStringArray *GetFileNames() Specify a list of file names. Each file must be a single slice, and each slice must be of the same size. The files must be in the correct order. Use SetFileName when reading a volume (multiple slice), since DataExtent will be modified after a SetFileNames call. V.SetFilePrefix(string) C++: virtual void SetFilePrefix(const char *) Specify file prefix for the image file or files. This can be used in place of SetFileName or SetFileNames if the filenames follow a specific naming pattern, but you must explicitly set the DataExtent so that the reader will know what range of slices to load. V.GetFilePrefix() -> string C++: virtual char *GetFilePrefix() Specify file prefix for the image file or files. This can be used in place of SetFileName or SetFileNames if the filenames follow a specific naming pattern, but you must explicitly set the DataExtent so that the reader will know what range of slices to load. V.SetFilePattern(string) C++: virtual void SetFilePattern(const char *) The snprintf-style format string used to build filename from FilePrefix and slice number. V.GetFilePattern() -> string C++: virtual char *GetFilePattern() The snprintf-style format string used to build filename from FilePrefix and slice number. V.SetMemoryBuffer(void) C++: virtual void SetMemoryBuffer(void *) Specify the in memory image buffer. May be used by a reader to allow the reading of an image from memory instead of from file. V.GetMemoryBuffer() -> void C++: virtual void *GetMemoryBuffer() V.SetMemoryBufferLength(int) C++: virtual void SetMemoryBufferLength(vtkIdType buflen) Specify the in memory image buffer length. V.GetMemoryBufferLength() -> int C++: vtkIdType GetMemoryBufferLength() V.SetDataScalarType(int) C++: virtual void SetDataScalarType(int type) Set the data type of pixels in the file. If you want the output scalar type to have a different value, set it after this method is called. V.SetDataScalarTypeToFloat() C++: virtual void SetDataScalarTypeToFloat() V.SetDataScalarTypeToDouble() C++: virtual void SetDataScalarTypeToDouble() V.SetDataScalarTypeToInt() C++: virtual void SetDataScalarTypeToInt() V.SetDataScalarTypeToUnsignedInt() C++: virtual void SetDataScalarTypeToUnsignedInt() V.SetDataScalarTypeToShort() C++: virtual void SetDataScalarTypeToShort() V.SetDataScalarTypeToUnsignedShort() C++: virtual void SetDataScalarTypeToUnsignedShort() V.SetDataScalarTypeToChar() C++: virtual void SetDataScalarTypeToChar() V.SetDataScalarTypeToSignedChar() C++: virtual void SetDataScalarTypeToSignedChar() V.SetDataScalarTypeToUnsignedChar() C++: virtual void SetDataScalarTypeToUnsignedChar() V.GetDataScalarType() -> int C++: virtual int GetDataScalarType() Get the file format. Pixels are this type in the file. V.SetNumberOfScalarComponents(int) C++: virtual void SetNumberOfScalarComponents(int _arg) Set/Get the number of scalar components V.GetNumberOfScalarComponents() -> int C++: virtual int GetNumberOfScalarComponents() Set/Get the number of scalar components V.SetFileDimensionality(int) C++: virtual void SetFileDimensionality(int _arg) The number of dimensions stored in a file. This defaults to two. V.GetFileDimensionality() -> int C++: int GetFileDimensionality() The number of dimensions stored in a file. This defaults to two. V.GetHeaderSize() -> int C++: unsigned long GetHeaderSize() V.GetHeaderSize(int) -> int C++: unsigned long GetHeaderSize(unsigned long slice) Get the size of the header computed by this object. V.SetHeaderSize(int) C++: virtual void SetHeaderSize(unsigned long size) If there is a tail on the file, you want to explicitly set the header size. V.SetDataByteOrderToBigEndian() C++: virtual void SetDataByteOrderToBigEndian() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetDataByteOrderToLittleEndian() C++: virtual void SetDataByteOrderToLittleEndian() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.GetDataByteOrder() -> int C++: virtual int GetDataByteOrder() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetDataByteOrder(int) C++: virtual void SetDataByteOrder(int) These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.GetDataByteOrderAsString() -> string C++: virtual const char *GetDataByteOrderAsString() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetFileNameSliceOffset(int) C++: virtual void SetFileNameSliceOffset(int _arg) When reading files which start at an unusual index, this can be added to the slice number when generating the file name (default = 0) V.GetFileNameSliceOffset() -> int C++: virtual int GetFileNameSliceOffset() When reading files which start at an unusual index, this can be added to the slice number when generating the file name (default = 0) V.SetFileNameSliceSpacing(int) C++: virtual void SetFileNameSliceSpacing(int _arg) When reading files which have regular, but non contiguous slices (eg filename.1,filename.3,filename.5) a spacing can be specified to skip missing files (default = 1) V.GetFileNameSliceSpacing() -> int C++: virtual int GetFileNameSliceSpacing() When reading files which have regular, but non contiguous slices (eg filename.1,filename.3,filename.5) a spacing can be specified to skip missing files (default = 1) V.SetSwapBytes(int) C++: virtual void SetSwapBytes(int _arg) Set/Get the byte swapping to explicitly swap the bytes of a file. V.GetSwapBytes() -> int C++: virtual int GetSwapBytes() Set/Get the byte swapping to explicitly swap the bytes of a file. V.SwapBytesOn() C++: virtual void SwapBytesOn() Set/Get the byte swapping to explicitly swap the bytes of a file. V.SwapBytesOff() C++: virtual void SwapBytesOff() Set/Get the byte swapping to explicitly swap the bytes of a file. V.GetDataIncrements() -> (int, int, int, int) C++: unsigned long *GetDataIncrements() V.OpenFile() -> int C++: virtual int OpenFile() V.SeekFile(int, int, int) C++: virtual void SeekFile(int i, int j, int k) V.FileLowerLeftOn() C++: virtual void FileLowerLeftOn() Set/Get whether the data comes from the file starting in the lower left corner or upper left corner. V.FileLowerLeftOff() C++: virtual void FileLowerLeftOff() Set/Get whether the data comes from the file starting in the lower left corner or upper left corner. V.GetFileLowerLeft() -> int C++: virtual int GetFileLowerLeft() Set/Get whether the data comes from the file starting in the lower left corner or upper left corner. V.SetFileLowerLeft(int) C++: virtual void SetFileLowerLeft(int _arg) Set/Get whether the data comes from the file starting in the lower left corner or upper left corner. V.ComputeInternalFileName(int) C++: virtual void ComputeInternalFileName(int slice) Set/Get the internal file name V.GetInternalFileName() -> string C++: virtual char *GetInternalFileName() Set/Get the internal file name V.CanReadFile(string) -> int C++: virtual int CanReadFile(const char *fname) Return non zero if the reader can read the given file name. Should be implemented by all sub-classes of vtkImageReader2. For non zero return values the following values are to be used 1 - I think I can read the file but I cannot prove it 2 - I definitely can read the file 3 - I can read the file and I have validated that I am the correct reader for this file V.GetFileExtensions() -> string C++: virtual const char *GetFileExtensions() Get the file extensions for this format. Returns a string with a space separated list of extensions in the format .extension V.GetDescriptiveName() -> string C++: virtual const char *GetDescriptiveName() Return a descriptive name for the file format that might be useful in a GUI. vtkImageReader2CollectionGetNextItemAddItemvtkCollectionvtkImageReader2Collection - maintain a list of image readers Superclass: vtkCollection vtkImageReader2Collection is an object that creates and manipulates lists of objects of type vtkImageReader2 and its subclasses. @sa vtkCollection vtkPlaneCollection vtkIOImagePython.vtkImageReader2CollectionV.SafeDownCast(vtkObjectBase) -> vtkImageReader2Collection C++: static vtkImageReader2Collection *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkImageReader2Collection C++: vtkImageReader2Collection *NewInstance() V.AddItem(vtkImageReader2) C++: void AddItem(vtkImageReader2 *) Add an image reader to the list. V.GetNextItem() -> vtkImageReader2 C++: vtkImageReader2 *GetNextItem() Get the next image reader in the list. CreateImageReader2vtkImageReader2FactoryRegisterReaderGetRegisteredReadersvtkImageReader2Factory - Superclass of binary file readers. Superclass: vtkObject vtkImageReader2Factory: This class is used to create a vtkImageReader2 object given a path name to a file. It calls CanReadFile on all available readers until one of them returns true. The available reader list comes from three places. In the InitializeReaders function of this class, built-in VTK classes are added to the list, users can call RegisterReader, or users can create a vtkObjectFactory that has CreateObject method that returns a new vtkImageReader2 sub class when given the string "vtkImageReaderObject". This way applications can be extended with new readers via a plugin dll or by calling RegisterReader. Of course all of the readers that are part of the vtk release are made automatically available. @sa vtkImageReader2 vtkIOImagePython.vtkImageReader2FactoryV.SafeDownCast(vtkObjectBase) -> vtkImageReader2Factory C++: static vtkImageReader2Factory *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageReader2Factory C++: vtkImageReader2Factory *NewInstance() V.RegisterReader(vtkImageReader2) C++: static void RegisterReader(vtkImageReader2 *r) registered readers will be queried in CreateImageReader2 to see if they can load a given file. V.CreateImageReader2(string) -> vtkImageReader2 C++: static vtkImageReader2 *CreateImageReader2(const char *path) open the image file, it is the callers responsibility to call Delete on the returned object. If no reader is found, null is returned. V.GetRegisteredReaders(vtkImageReader2Collection) C++: static void GetRegisteredReaders(vtkImageReader2Collection *) The caller must allocate the vtkImageReader2Collection and pass in the pointer to this method. DeleteFilesWritevtkImageWriter - Writes images to files. Superclass: vtkImageAlgorithm vtkImageWriter writes images to files with any data type. The data type of the file is the same scalar type as the input. The dimensionality determines whether the data will be written in one or multiple files. This class is used as the superclass of most image writing classes such as vtkBMPWriter etc. It supports streaming. vtkIOImagePython.vtkImageWriterV.SafeDownCast(vtkObjectBase) -> vtkImageWriter C++: static vtkImageWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkImageWriter C++: vtkImageWriter *NewInstance() V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) Specify file name for the image file. You should specify either a FileName or a FilePrefix. Use FilePrefix if the data is stored in multiple files. V.GetFileName() -> string C++: virtual char *GetFileName() Specify file name for the image file. You should specify either a FileName or a FilePrefix. Use FilePrefix if the data is stored in multiple files. V.SetFilePrefix(string) C++: virtual void SetFilePrefix(const char *_arg) Specify file prefix for the image file(s).You should specify either a FileName or FilePrefix. Use FilePrefix if the data is stored in multiple files. V.GetFilePrefix() -> string C++: virtual char *GetFilePrefix() Specify file prefix for the image file(s).You should specify either a FileName or FilePrefix. Use FilePrefix if the data is stored in multiple files. V.SetFilePattern(string) C++: virtual void SetFilePattern(const char *_arg) The snprintf format used to build filename from FilePrefix and number. V.GetFilePattern() -> string C++: virtual char *GetFilePattern() The snprintf format used to build filename from FilePrefix and number. V.SetFileDimensionality(int) C++: virtual void SetFileDimensionality(int _arg) What dimension are the files to be written. Usually this is 2, or 3. If it is 2 and the input is a volume then the volume will be written as a series of 2d slices. V.GetFileDimensionality() -> int C++: virtual int GetFileDimensionality() What dimension are the files to be written. Usually this is 2, or 3. If it is 2 and the input is a volume then the volume will be written as a series of 2d slices. V.GetInput() -> vtkImageData C++: vtkImageData *GetInput() Set/Get the input object from the image pipeline. V.Write() C++: virtual void Write() The main interface which triggers the writer to start. V.DeleteFiles() C++: void DeleteFiles() .jpeg .jpgvtkJPEGReadervtkJPEGReader - read JPEG files Superclass: vtkImageReader2 vtkJPEGReader is a source object that reads JPEG files. The reader can also read an image from a memory buffer, see vtkImageReader2::MemoryBuffer. It should be able to read most any JPEG file. @sa vtkJPEGWriter vtkIOImagePython.vtkJPEGReaderV.SafeDownCast(vtkObjectBase) -> vtkJPEGReader C++: static vtkJPEGReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkJPEGReader C++: vtkJPEGReader *NewInstance() V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file a JPEG file? vtkJPEGWriterGetQualityMinValueGetQualityMaxValueGetProgressiveGetQualitySetProgressiveProgressiveOnProgressiveOffSetQualityvtkJPEGWriter - Writes JPEG files. Superclass: vtkImageWriter vtkJPEGWriter writes JPEG files. It supports 1 and 3 component data of unsigned char. It relies on the IJG's libjpeg. Thanks to IJG for supplying a public jpeg IO library. @sa vtkJPEGReader vtkIOImagePython.vtkJPEGWriterV.SafeDownCast(vtkObjectBase) -> vtkJPEGWriter C++: static vtkJPEGWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkJPEGWriter C++: vtkJPEGWriter *NewInstance() V.Write() C++: void Write() override; The main interface which triggers the writer to start. V.SetQuality(int) C++: virtual void SetQuality(int _arg) Compression quality. 0 = Low quality, 100 = High quality V.GetQualityMinValue() -> int C++: virtual int GetQualityMinValue() Compression quality. 0 = Low quality, 100 = High quality V.GetQualityMaxValue() -> int C++: virtual int GetQualityMaxValue() Compression quality. 0 = Low quality, 100 = High quality V.GetQuality() -> int C++: virtual int GetQuality() Compression quality. 0 = Low quality, 100 = High quality V.SetProgressive(int) C++: virtual void SetProgressive(unsigned int _arg) Progressive JPEG generation. V.GetProgressive() -> int C++: virtual unsigned int GetProgressive() Progressive JPEG generation. V.ProgressiveOn() C++: virtual void ProgressiveOn() Progressive JPEG generation. V.ProgressiveOff() C++: virtual void ProgressiveOff() Progressive JPEG generation. V.SetResult(vtkUnsignedCharArray) C++: virtual void SetResult(vtkUnsignedCharArray *) When writing to memory this is the result, it will be nullptr until the data is written the first time V.GetResult() -> vtkUnsignedCharArray C++: virtual vtkUnsignedCharArray *GetResult() When writing to memory this is the result, it will be nullptr until the data is written the first time vtkJSONImageWriterGetSliceGetArrayNameSetSliceSetArrayNamevtkJSONImageWriter - Writes vtkImageData to a JSON file. Superclass: vtkImageAlgorithm vtkJSONImageWriter writes a JSON file which will describe the data inside a vtkImageData. vtkIOImagePython.vtkJSONImageWriterV.SafeDownCast(vtkObjectBase) -> vtkJSONImageWriter C++: static vtkJSONImageWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkJSONImageWriter C++: vtkJSONImageWriter *NewInstance() V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) Specify file name for the image file. V.GetFileName() -> string C++: virtual char *GetFileName() Specify file name for the image file. V.SetArrayName(string) C++: virtual void SetArrayName(const char *_arg) Specify ArrayName to export. By default nullptr which will dump ALL arrays. V.GetArrayName() -> string C++: virtual char *GetArrayName() Specify ArrayName to export. By default nullptr which will dump ALL arrays. V.SetSlice(int) C++: virtual void SetSlice(int _arg) Specify Slice in Z to export. By default -1 which will dump the full 3D domain. V.GetSlice() -> int C++: virtual int GetSlice() Specify Slice in Z to export. By default -1 which will dump the full 3D domain. GetDateAsLocaleGetTimeAsFieldsGetDateAsFieldsGetAgeAsFieldsvtkMedicalImagePropertiesGetAcquisitionDateMonthGetAcquisitionDateDayGetImageDateYearGetImageDateMonthGetImageDateDayGetPatientAgeYearGetPatientAgeMonthGetPatientAgeWeekGetPatientAgeDayGetPatientBirthDateYearGetPatientBirthDateMonthGetPatientBirthDateDayGetAcquisitionDateYearGetDirectionCosineGetOrientationTypeSetOrientationTypeGetInstanceUIDFromSliceIDGetSliceIDFromInstanceUIDSetInstanceUIDFromSliceIDSetManufacturerModelNameSetExposureSetManufacturerSetStudyDescriptionSetStudyIDSetAcquisitionDateSetXRayTubeCurrentSetSeriesDescriptionSetSliceThicknessSetStudyTimeSetModalitySetRepetitionTimeSetStationNameSetImageNumberSetSeriesNumberSetExposureTimeSetPatientIDSetAcquisitionTimeSetPatientAgeSetPatientSexSetGantryTiltSetImageDateSetPatientNameSetInstitutionNameSetEchoTrainLengthSetImageTimeSetEchoTimeSetStudyDateSetPatientBirthDateSetConvolutionKernelSetKVPGetExposureGetStationNameGetPatientIDGetPatientAgeGetAcquisitionDateGetPatientSexGetImageNumberGetImageTimeGetStudyDescriptionGetEchoTrainLengthGetSeriesNumberGetKVPGetGantryTiltGetManufacturerGetModalityGetManufacturerModelNameGetExposureTimeGetSliceThicknessGetXRayTubeCurrentGetInstitutionNameGetConvolutionKernelGetEchoTimeGetPatientBirthDateGetRepetitionTimeGetAcquisitionTimeGetImageDateGetStudyTimeGetSeriesDescriptionGetStudyDateGetStringFromOrientationTypeSetDirectionCosineDeepCopyGetNthWindowLevelPresetGetWindowLevelPresetIndexHasWindowLevelPresetGetNumberOfWindowLevelPresetsRemoveAllWindowLevelPresetsRemoveWindowLevelPresetAddWindowLevelPresetRemoveAllUserDefinedValuesGetUserDefinedValueByIndexGetUserDefinedNameByIndexGetNumberOfUserDefinedValuesGetUserDefinedValueAddUserDefinedValueGetGantryTiltAsDoubleGetSliceThicknessAsDoubleClearAXIALCORONALSAGITTALvtkMedicalImageProperties - some medical image properties. Superclass: vtkObject vtkMedicalImageProperties is a helper class that can be used by medical image readers and applications to encapsulate medical image/acquisition properties. Later on, this should probably be extended to add any user-defined property. @sa vtkMedicalImageReader2 GetNthWindowLevelPresetCommentSetNthWindowLevelPresetCommentvtkIOImagePython.vtkMedicalImagePropertiesV.SafeDownCast(vtkObjectBase) -> vtkMedicalImageProperties C++: static vtkMedicalImageProperties *SafeDownCast( vtkObjectBase *o) V.NewInstance() -> vtkMedicalImageProperties C++: vtkMedicalImageProperties *NewInstance() V.Clear() C++: virtual void Clear() Convenience method to reset all fields to an emptry string/value V.SetPatientName(string) C++: virtual void SetPatientName(const char *_arg) Patient name For ex: DICOM (0010,0010) = DOE,JOHN V.GetPatientName() -> string C++: virtual char *GetPatientName() Patient name For ex: DICOM (0010,0010) = DOE,JOHN V.SetPatientID(string) C++: virtual void SetPatientID(const char *_arg) Patient ID For ex: DICOM (0010,0020) = 1933197 V.GetPatientID() -> string C++: virtual char *GetPatientID() Patient ID For ex: DICOM (0010,0020) = 1933197 V.SetPatientAge(string) C++: virtual void SetPatientAge(const char *_arg) Patient age Format: nnnD, nnW, nnnM or nnnY (eventually nnD, nnW, nnY) with D (day), M (month), W (week), Y (year) For ex: DICOM (0010,1010) = 031Y V.GetPatientAge() -> string C++: virtual char *GetPatientAge() Patient age Format: nnnD, nnW, nnnM or nnnY (eventually nnD, nnW, nnY) with D (day), M (month), W (week), Y (year) For ex: DICOM (0010,1010) = 031Y V.GetAgeAsFields(string, int, int, int, int) -> int C++: static int GetAgeAsFields(const char *age, int &year, int &month, int &week, int &day) Take as input a string in VR=AS (DICOM PS3.5) and extract either different fields namely: year month week day Return 0 on error, 1 on success One can test fields if they are different from -1 upon success V.GetPatientAgeYear() -> int C++: int GetPatientAgeYear() V.GetPatientAgeMonth() -> int C++: int GetPatientAgeMonth() V.GetPatientAgeWeek() -> int C++: int GetPatientAgeWeek() V.GetPatientAgeDay() -> int C++: int GetPatientAgeDay() V.SetPatientSex(string) C++: virtual void SetPatientSex(const char *_arg) Patient sex For ex: DICOM (0010,0040) = M V.GetPatientSex() -> string C++: virtual char *GetPatientSex() Patient sex For ex: DICOM (0010,0040) = M V.SetPatientBirthDate(string) C++: virtual void SetPatientBirthDate(const char *_arg) Patient birth date Format: yyyymmdd For ex: DICOM (0010,0030) = 19680427 V.GetPatientBirthDate() -> string C++: virtual char *GetPatientBirthDate() Patient birth date Format: yyyymmdd For ex: DICOM (0010,0030) = 19680427 V.GetPatientBirthDateYear() -> int C++: int GetPatientBirthDateYear() V.GetPatientBirthDateMonth() -> int C++: int GetPatientBirthDateMonth() V.GetPatientBirthDateDay() -> int C++: int GetPatientBirthDateDay() V.SetStudyDate(string) C++: virtual void SetStudyDate(const char *_arg) Study Date Format: yyyymmdd For ex: DICOM (0008,0020) = 20030617 V.GetStudyDate() -> string C++: virtual char *GetStudyDate() Study Date Format: yyyymmdd For ex: DICOM (0008,0020) = 20030617 V.SetAcquisitionDate(string) C++: virtual void SetAcquisitionDate(const char *_arg) Acquisition Date Format: yyyymmdd For ex: DICOM (0008,0022) = 20030617 V.GetAcquisitionDate() -> string C++: virtual char *GetAcquisitionDate() Acquisition Date Format: yyyymmdd For ex: DICOM (0008,0022) = 20030617 V.GetAcquisitionDateYear() -> int C++: int GetAcquisitionDateYear() V.GetAcquisitionDateMonth() -> int C++: int GetAcquisitionDateMonth() V.GetAcquisitionDateDay() -> int C++: int GetAcquisitionDateDay() V.SetStudyTime(string) C++: virtual void SetStudyTime(const char *_arg) Study Time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0030) = 162552.0705 or 230012, or 0012 V.GetStudyTime() -> string C++: virtual char *GetStudyTime() Study Time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0030) = 162552.0705 or 230012, or 0012 V.SetAcquisitionTime(string) C++: virtual void SetAcquisitionTime(const char *_arg) Acquisition time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0032) = 162552.0705 or 230012, or 0012 V.GetAcquisitionTime() -> string C++: virtual char *GetAcquisitionTime() Acquisition time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0032) = 162552.0705 or 230012, or 0012 V.SetImageDate(string) C++: virtual void SetImageDate(const char *_arg) Image Date aka Content Date Format: yyyymmdd For ex: DICOM (0008,0023) = 20030617 V.GetImageDate() -> string C++: virtual char *GetImageDate() Image Date aka Content Date Format: yyyymmdd For ex: DICOM (0008,0023) = 20030617 V.GetImageDateYear() -> int C++: int GetImageDateYear() V.GetImageDateMonth() -> int C++: int GetImageDateMonth() V.GetImageDateDay() -> int C++: int GetImageDateDay() V.GetDateAsFields(string, int, int, int) -> int C++: static int GetDateAsFields(const char *date, int &year, int &month, int &day) Take as input a string in ISO 8601 date (YYYY/MM/DD) and extract the different fields namely: year month day Return 0 on error, 1 on success V.GetTimeAsFields(string, int, int, int) -> int C++: static int GetTimeAsFields(const char *time, int &hour, int &minute, int &second) Take as input a string in VR:TM format (HHMMSS) and extract the different fields namely: hour, minute and second Return 0 on error, 1 on success V.GetDateAsLocale(string, string) -> int C++: static int GetDateAsLocale(const char *date, char *locale) Take as input a string in ISO 8601 date (YYYY/MM/DD) and construct a locale date based on the different fields (see GetDateAsFields to extract different fields) Return 0 on error, 1 on success V.SetImageTime(string) C++: virtual void SetImageTime(const char *_arg) Image Time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0033) = 162552.0705 or 230012, or 0012 V.GetImageTime() -> string C++: virtual char *GetImageTime() Image Time Format: hhmmss.frac (any trailing component(s) can be omitted) For ex: DICOM (0008,0033) = 162552.0705 or 230012, or 0012 V.SetImageNumber(string) C++: virtual void SetImageNumber(const char *_arg) Image number For ex: DICOM (0020,0013) = 1 V.GetImageNumber() -> string C++: virtual char *GetImageNumber() Image number For ex: DICOM (0020,0013) = 1 V.SetSeriesNumber(string) C++: virtual void SetSeriesNumber(const char *_arg) Series number For ex: DICOM (0020,0011) = 902 V.GetSeriesNumber() -> string C++: virtual char *GetSeriesNumber() Series number For ex: DICOM (0020,0011) = 902 V.SetSeriesDescription(string) C++: virtual void SetSeriesDescription(const char *_arg) Series Description User provided description of the Series For ex: DICOM (0008,103e) = SCOUT V.GetSeriesDescription() -> string C++: virtual char *GetSeriesDescription() Series Description User provided description of the Series For ex: DICOM (0008,103e) = SCOUT V.SetStudyID(string) C++: virtual void SetStudyID(const char *_arg) Study ID For ex: DICOM (0020,0010) = 37481 V.GetStudyID() -> string C++: virtual char *GetStudyID() Study ID For ex: DICOM (0020,0010) = 37481 V.SetStudyDescription(string) C++: virtual void SetStudyDescription(const char *_arg) Study description For ex: DICOM (0008,1030) = BRAIN/C-SP/FACIAL V.GetStudyDescription() -> string C++: virtual char *GetStudyDescription() Study description For ex: DICOM (0008,1030) = BRAIN/C-SP/FACIAL V.SetModality(string) C++: virtual void SetModality(const char *_arg) Modality For ex: DICOM (0008,0060)= CT V.GetModality() -> string C++: virtual char *GetModality() Modality For ex: DICOM (0008,0060)= CT V.SetManufacturer(string) C++: virtual void SetManufacturer(const char *_arg) Manufacturer For ex: DICOM (0008,0070) = Siemens V.GetManufacturer() -> string C++: virtual char *GetManufacturer() Manufacturer For ex: DICOM (0008,0070) = Siemens V.SetManufacturerModelName(string) C++: virtual void SetManufacturerModelName(const char *_arg) Manufacturer's Model Name For ex: DICOM (0008,1090) = LightSpeed QX/i V.GetManufacturerModelName() -> string C++: virtual char *GetManufacturerModelName() Manufacturer's Model Name For ex: DICOM (0008,1090) = LightSpeed QX/i V.SetStationName(string) C++: virtual void SetStationName(const char *_arg) Station Name For ex: DICOM (0008,1010) = LSPD_OC8 V.GetStationName() -> string C++: virtual char *GetStationName() Station Name For ex: DICOM (0008,1010) = LSPD_OC8 V.SetInstitutionName(string) C++: virtual void SetInstitutionName(const char *_arg) Institution Name For ex: DICOM (0008,0080) = FooCity Medical Center V.GetInstitutionName() -> string C++: virtual char *GetInstitutionName() Institution Name For ex: DICOM (0008,0080) = FooCity Medical Center V.SetConvolutionKernel(string) C++: virtual void SetConvolutionKernel(const char *_arg) Convolution Kernel (or algorithm used to reconstruct the data) For ex: DICOM (0018,1210) = Bone V.GetConvolutionKernel() -> string C++: virtual char *GetConvolutionKernel() Convolution Kernel (or algorithm used to reconstruct the data) For ex: DICOM (0018,1210) = Bone V.SetSliceThickness(string) C++: virtual void SetSliceThickness(const char *_arg) Slice Thickness (Nominal reconstructed slice thickness, in mm) For ex: DICOM (0018,0050) = 0.273438 V.GetSliceThickness() -> string C++: virtual char *GetSliceThickness() Slice Thickness (Nominal reconstructed slice thickness, in mm) For ex: DICOM (0018,0050) = 0.273438 V.GetSliceThicknessAsDouble() -> float C++: virtual double GetSliceThicknessAsDouble() Slice Thickness (Nominal reconstructed slice thickness, in mm) For ex: DICOM (0018,0050) = 0.273438 V.SetKVP(string) C++: virtual void SetKVP(const char *_arg) Peak kilo voltage output of the (x-ray) generator used For ex: DICOM (0018,0060) = 120 V.GetKVP() -> string C++: virtual char *GetKVP() Peak kilo voltage output of the (x-ray) generator used For ex: DICOM (0018,0060) = 120 V.SetGantryTilt(string) C++: virtual void SetGantryTilt(const char *_arg) Gantry/Detector tilt (Nominal angle of tilt in degrees of the scanning gantry.) For ex: DICOM (0018,1120) = 15 V.GetGantryTilt() -> string C++: virtual char *GetGantryTilt() Gantry/Detector tilt (Nominal angle of tilt in degrees of the scanning gantry.) For ex: DICOM (0018,1120) = 15 V.GetGantryTiltAsDouble() -> float C++: virtual double GetGantryTiltAsDouble() Gantry/Detector tilt (Nominal angle of tilt in degrees of the scanning gantry.) For ex: DICOM (0018,1120) = 15 V.SetEchoTime(string) C++: virtual void SetEchoTime(const char *_arg) Echo Time (Time in ms between the middle of the excitation pulse and the peak of the echo produced) For ex: DICOM (0018,0081) = 105 V.GetEchoTime() -> string C++: virtual char *GetEchoTime() Echo Time (Time in ms between the middle of the excitation pulse and the peak of the echo produced) For ex: DICOM (0018,0081) = 105 V.SetEchoTrainLength(string) C++: virtual void SetEchoTrainLength(const char *_arg) Echo Train Length (Number of lines in k-space acquired per excitation per image) For ex: DICOM (0018,0091) = 35 V.GetEchoTrainLength() -> string C++: virtual char *GetEchoTrainLength() Echo Train Length (Number of lines in k-space acquired per excitation per image) For ex: DICOM (0018,0091) = 35 V.SetRepetitionTime(string) C++: virtual void SetRepetitionTime(const char *_arg) Repetition Time The period of time in msec between the beginning of a pulse sequence and the beginning of the succeeding (essentially identical) pulse sequence. For ex: DICOM (0018,0080) = 2040 V.GetRepetitionTime() -> string C++: virtual char *GetRepetitionTime() Repetition Time The period of time in msec between the beginning of a pulse sequence and the beginning of the succeeding (essentially identical) pulse sequence. For ex: DICOM (0018,0080) = 2040 V.SetExposureTime(string) C++: virtual void SetExposureTime(const char *_arg) Exposure time (time of x-ray exposure in msec) For ex: DICOM (0018,1150) = 5 V.GetExposureTime() -> string C++: virtual char *GetExposureTime() Exposure time (time of x-ray exposure in msec) For ex: DICOM (0018,1150) = 5 V.SetXRayTubeCurrent(string) C++: virtual void SetXRayTubeCurrent(const char *_arg) X-ray tube current (in mA) For ex: DICOM (0018,1151) = 400 V.GetXRayTubeCurrent() -> string C++: virtual char *GetXRayTubeCurrent() X-ray tube current (in mA) For ex: DICOM (0018,1151) = 400 V.SetExposure(string) C++: virtual void SetExposure(const char *_arg) Exposure (The exposure expressed in mAs, for example calculated from Exposure Time and X-ray Tube Current) For ex: DICOM (0018,1152) = 114 V.GetExposure() -> string C++: virtual char *GetExposure() Exposure (The exposure expressed in mAs, for example calculated from Exposure Time and X-ray Tube Current) For ex: DICOM (0018,1152) = 114 V.SetDirectionCosine(float, float, float, float, float, float) C++: void SetDirectionCosine(double, double, double, double, double, double) V.SetDirectionCosine((float, float, float, float, float, float)) C++: void SetDirectionCosine(double a[6]) V.GetDirectionCosine() -> (float, float, float, float, float, float) C++: double *GetDirectionCosine() V.AddUserDefinedValue(string, string) C++: virtual void AddUserDefinedValue(const char *name, const char *value) V.GetUserDefinedValue(string) -> string C++: virtual const char *GetUserDefinedValue(const char *name) V.GetNumberOfUserDefinedValues() -> int C++: virtual unsigned int GetNumberOfUserDefinedValues() V.GetUserDefinedNameByIndex(int) -> string C++: virtual const char *GetUserDefinedNameByIndex( unsigned int idx) V.GetUserDefinedValueByIndex(int) -> string C++: virtual const char *GetUserDefinedValueByIndex( unsigned int idx) V.RemoveAllUserDefinedValues() C++: virtual void RemoveAllUserDefinedValues() V.AddWindowLevelPreset(float, float) -> int C++: virtual int AddWindowLevelPreset(double w, double l) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.RemoveWindowLevelPreset(float, float) C++: virtual void RemoveWindowLevelPreset(double w, double l) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.RemoveAllWindowLevelPresets() C++: virtual void RemoveAllWindowLevelPresets() Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.GetNumberOfWindowLevelPresets() -> int C++: virtual int GetNumberOfWindowLevelPresets() Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.HasWindowLevelPreset(float, float) -> int C++: virtual int HasWindowLevelPreset(double w, double l) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.GetWindowLevelPresetIndex(float, float) -> int C++: virtual int GetWindowLevelPresetIndex(double w, double l) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.GetNthWindowLevelPreset(int, [float, ...], [float, ...]) -> int C++: virtual int GetNthWindowLevelPreset(int idx, double *w, double *l) V.GetNthWindowLevelPreset(int) -> (float, float) C++: virtual double *GetNthWindowLevelPreset(int idx) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.SetNthWindowLevelPresetComment(int, string) C++: virtual void SetNthWindowLevelPresetComment(int idx, const char *comment) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.GetNthWindowLevelPresetComment(int) -> string C++: virtual const char *GetNthWindowLevelPresetComment(int idx) Add/Remove/Query the window/level presets that may have been associated to a medical image. Window is also known as 'width', level is also known as 'center'. The same window/level pair can not be added twice. As a convenience, a comment (aka Explanation) can be associated to a preset. For ex: DICOM Window Center (0028,1050) = 00045\000470 DICOM Window Width (0028,1051) = 0106\03412 DICOM Window Center Width Explanation (0028,1055) = WINDOW1\WINDOW2 V.GetInstanceUIDFromSliceID(int, int) -> string C++: const char *GetInstanceUIDFromSliceID(int volumeidx, int sliceid) Mapping from a sliceidx within a volumeidx into a DICOM Instance UID Some DICOM reader can populate this structure so that later on from a slice index in a vtkImageData volume we can backtrack and find out which 2d slice it was coming from V.SetInstanceUIDFromSliceID(int, int, string) C++: void SetInstanceUIDFromSliceID(int volumeidx, int sliceid, const char *uid) Mapping from a sliceidx within a volumeidx into a DICOM Instance UID Some DICOM reader can populate this structure so that later on from a slice index in a vtkImageData volume we can backtrack and find out which 2d slice it was coming from V.GetSliceIDFromInstanceUID(int, string) -> int C++: int GetSliceIDFromInstanceUID(int &volumeidx, const char *uid) Provides the inverse mapping. Returns -1 if a slice for this uid is not found. V.GetOrientationType(int) -> int C++: int GetOrientationType(int volumeidx) V.SetOrientationType(int, int) C++: void SetOrientationType(int volumeidx, int orientation) V.GetStringFromOrientationType(int) -> string C++: static const char *GetStringFromOrientationType( unsigned int type) V.DeepCopy(vtkMedicalImageProperties) C++: virtual void DeepCopy(vtkMedicalImageProperties *p) Copy the contents of p to this instance. GetMedicalImagePropertiesGetStudySetStudyGetSeriesSetSeriesGetDateSetDatevtkMedicalImageReader2 - vtkImageReader2 with medical meta data. Superclass: vtkImageReader2 vtkMedicalImageReader2 is a parent class for medical image readers. It provides a place to store patient information that may be stored in the image header. @sa vtkImageReader2 vtkGESignaReader vtkMedicalImageProperties vtkIOImagePython.vtkMedicalImageReader2V.SafeDownCast(vtkObjectBase) -> vtkMedicalImageReader2 C++: static vtkMedicalImageReader2 *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkMedicalImageReader2 C++: vtkMedicalImageReader2 *NewInstance() V.GetMedicalImageProperties() -> vtkMedicalImageProperties C++: virtual vtkMedicalImageProperties *GetMedicalImageProperties( ) Get the medical image properties object V.SetPatientName(string) C++: virtual void SetPatientName(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetPatientName() -> string C++: virtual const char *GetPatientName() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetPatientID(string) C++: virtual void SetPatientID(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetPatientID() -> string C++: virtual const char *GetPatientID() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetDate(string) C++: virtual void SetDate(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetDate() -> string C++: virtual const char *GetDate() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetSeries(string) C++: virtual void SetSeries(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetSeries() -> string C++: virtual const char *GetSeries() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetStudy(string) C++: virtual void SetStudy(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetStudy() -> string C++: virtual const char *GetStudy() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetImageNumber(string) C++: virtual void SetImageNumber(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetImageNumber() -> string C++: virtual const char *GetImageNumber() For backward compatibility, propagate calls to the MedicalImageProperties object. V.SetModality(string) C++: virtual void SetModality(const char *) For backward compatibility, propagate calls to the MedicalImageProperties object. V.GetModality() -> string C++: virtual const char *GetModality() For backward compatibility, propagate calls to the MedicalImageProperties object. .mhd .mhaMetaIO Library: MetaImagevtkMetaImageReaderGetDistanceUnitsGetAnatomicalOrientationvtkMetaImageReader - read binary UNC meta image data Superclass: vtkImageReader2 One of the formats for which a reader is already available in the toolkit is the MetaImage file format. This is a fairly simple yet powerful format consisting of a text header and a binary data section. The following instructions describe how you can write a MetaImage header for the data that you download from the BrainWeb page. The minimal structure of the MetaImage header is the following: NDims = 3 DimSize = 181 217 181 ElementType = MET_UCHAR ElementSpacing = 1.0 1.0 1.0 ElementByteOrderMSB = False ElementDataFile = brainweb1.raw * NDims indicate that this is a 3D image. ITK can handle images of arbitrary dimension. * DimSize indicates the size of the volume in pixels along each direction. * ElementType indicate the primitive type used for pixels. In this case is "unsigned char", implying that the data is digitized in 8 bits / pixel. * ElementSpacing indicates the physical separation between the center of one pixel and the center of the next pixel along each direction in space. The units used are millimeters. * ElementByteOrderMSB indicates is the data is encoded in little or big endian order. You might want to play with this value when moving data between different computer platforms. * ElementDataFile is the name of the file containing the raw binary data of the image. This file must be in the same directory as the header. MetaImage headers are expected to have extension: ".mha" or ".mhd" Once you write this header text file, it should be possible to read the image into your ITK based application using the itk::FileIOToImageFilter class. vtkIOImagePython.vtkMetaImageReaderV.SafeDownCast(vtkObjectBase) -> vtkMetaImageReader C++: static vtkMetaImageReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkMetaImageReader C++: vtkMetaImageReader *NewInstance() V.GetPixelSpacing() -> (float, ...) C++: double *GetPixelSpacing() V.GetWidth() -> int C++: int GetWidth() V.GetHeight() -> int C++: int GetHeight() V.GetImagePositionPatient() -> (float, ...) C++: double *GetImagePositionPatient() V.GetNumberOfComponents() -> int C++: int GetNumberOfComponents() V.GetPixelRepresentation() -> int C++: int GetPixelRepresentation() V.GetDataByteOrder() -> int C++: int GetDataByteOrder(void) override; These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.GetRescaleSlope() -> float C++: virtual double GetRescaleSlope() V.GetRescaleOffset() -> float C++: virtual double GetRescaleOffset() V.GetBitsAllocated() -> int C++: virtual int GetBitsAllocated() V.GetDistanceUnits() -> string C++: virtual char *GetDistanceUnits() V.GetAnatomicalOrientation() -> string C++: virtual char *GetAnatomicalOrientation() V.GetGantryAngle() -> float C++: virtual double GetGantryAngle() V.GetPatientName() -> string C++: virtual char *GetPatientName() V.GetPatientID() -> string C++: virtual char *GetPatientID() V.GetDate() -> string C++: virtual char *GetDate() V.GetSeries() -> string C++: virtual char *GetSeries() V.GetImageNumber() -> string C++: virtual char *GetImageNumber() V.GetModality() -> string C++: virtual char *GetModality() V.GetStudyID() -> string C++: virtual char *GetStudyID() V.GetStudyUID() -> string C++: virtual char *GetStudyUID() V.GetTransferSyntaxUID() -> string C++: virtual char *GetTransferSyntaxUID() V.CanReadFile(string) -> int C++: int CanReadFile(const char *name) override; Test whether the file with the given name can be read by this reader. vtkMetaImageWriterGetCompressionSetCompressionGetRAWFileNameSetRAWFileNamevtkMetaImageWriter - write a binary UNC meta image data Superclass: vtkImageWriter One of the formats for which a reader is already available in the toolkit is the MetaImage file format. This is a fairly simple yet powerful format consisting of a text header and a binary data section. The following instructions describe how you can write a MetaImage header for the data that you download from the BrainWeb page. The minimal structure of the MetaImage header is the following: NDims = 3 DimSize = 181 217 181 ElementType = MET_UCHAR ElementSpacing = 1.0 1.0 1.0 ElementByteOrderMSB = False ElementDataFile = brainweb1.raw * NDims indicate that this is a 3D image. ITK can handle images of arbitrary dimension. * DimSize indicates the size of the volume in pixels along each direction. * ElementType indicate the primitive type used for pixels. In this case is "unsigned char", implying that the data is digitized in 8 bits / pixel. * ElementSpacing indicates the physical separation between the center of one pixel and the center of the next pixel along each direction in space. The units used are millimeters. * ElementByteOrderMSB indicates is the data is encoded in little or big endian order. You might want to play with this value when moving data between different computer platforms. * ElementDataFile is the name of the file containing the raw binary data of the image. This file must be in the same directory as the header. MetaImage headers are expected to have extension: ".mha" or ".mhd" Once you write this header text file, it should be possible to read the image into your ITK based application using the itk::FileIOToImageFilter class. @sa vtkImageWriter vtkMetaImageReader vtkIOImagePython.vtkMetaImageWriterV.SafeDownCast(vtkObjectBase) -> vtkMetaImageWriter C++: static vtkMetaImageWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkMetaImageWriter C++: vtkMetaImageWriter *NewInstance() V.SetFileName(string) C++: void SetFileName(const char *fname) override; Specify file name of meta file V.GetFileName() -> string C++: char *GetFileName() override; Specify file name for the image file. You should specify either a FileName or a FilePrefix. Use FilePrefix if the data is stored in multiple files. V.SetRAWFileName(string) C++: virtual void SetRAWFileName(const char *fname) Specify the file name of the raw image data. V.GetRAWFileName() -> string C++: virtual char *GetRAWFileName() Specify the file name of the raw image data. V.SetCompression(bool) C++: virtual void SetCompression(bool compress) V.GetCompression() -> bool C++: virtual bool GetCompression(void) vtkNIFTIImageHeaderGetVoxOffsetGetSclSlopeGetSclInterGetQuaternDGetQOffsetXGetQOffsetYGetIntentP2GetIntentP3GetSliceDurationGetIntentP1GetQuaternBGetSFormCodeGetQFormCodeGetQuaternCGetSliceEndGetQOffsetZGetCalMaxGetSliceStartGetTOffsetGetSliceCodeGetDataTypeGetBitPixGetCalMinGetDimInfoGetXYZTUnitsGetIntentCodeInitializeGetSRowZGetSRowXGetSRowYGetAuxFileGetMagicGetIntentNameGetDescripSetAuxFileSetIntentNameSetDescripGetDimGetPixDimSetDimInfoSetSliceDurationSetSliceCodeSetCalMaxSetSliceStartSetIntentP1SetTOffsetSetCalMinSetXYZTUnitsSetIntentP3SetQuaternBSetIntentCodeSetQFormCodeSetSclInterSetQOffsetYSetQuaternCSetSliceEndSetQuaternDSetIntentP2SetSFormCodeSetSclSlopeSetQOffsetXSetQOffsetZSetSRowXSetSRowZSetSRowY(i)IntentCodeEnumXFormCodeEnumSliceCodeEnumUnitsXYZTEnumDataTypeEnumHeaderSizeEnumNIFTI1HeaderSizeNIFTI2HeaderSizeTypeUInt8TypeInt16TypeInt32TypeFloat32TypeComplex64TypeFloat64TypeRGB24TypeInt8TypeUInt16TypeUInt32TypeInt64TypeUInt64TypeFloat128TypeComplex128TypeComplex256TypeRGBA32UnitsUnknownUnitsMeterUnitsMMUnitsMicronUnitsSpaceUnitsSecUnitsMSecUnitsUSecUnitsHzUnitsPPMUnitsRadsUnitsTimeSliceUnknownSliceSeqIncSliceSeqDecSliceAltIncSliceAltDecSliceAltInc2SliceAltDec2XFormUnkownXFormScannerAnatXFormAlignedAnatXFormTalairachXFormMNI152IntentNoneIntentCorrelIntentTTestIntentFTestIntentZScoreIntentChiSQIntentBetaIntentBinomIntentGammaIntentPoissonIntentNormalIntentFTestNoncIntentChiSQNoncIntentLogisticIntentLaplaceIntentUniformIntentTTestNoncIntentWeibullIntentChiIntentInvGaussIntentExtValIntentPValIntentLogPValIntentLog10PValIntentEstimateIntentLabelIntentNeuroNameIntentGenMatrixIntentSymMatrixIntentDispVectIntentVectorIntentPointSetIntentTriangleIntentQuaternionIntentDimlessIntentTimeSeriesIntentNodeIndexIntentRGBVectorIntentRGBAVectorIntentShapevtkNIFTIImageHeader - 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 vtkIOImagePython.vtkNIFTIImageHeaderV.SafeDownCast(vtkObjectBase) -> vtkNIFTIImageHeader C++: static vtkNIFTIImageHeader *SafeDownCast(vtkObjectBase *o) Static method for construction. V.NewInstance() -> vtkNIFTIImageHeader C++: vtkNIFTIImageHeader *NewInstance() Static method for construction. V.GetMagic() -> string C++: const char *GetMagic() Get the magic number for the NIFTI file as a null-terminated string. V.GetVoxOffset() -> int C++: vtkTypeInt64 GetVoxOffset() Get the offset to the pixel data within the file. V.GetDataType() -> int C++: int GetDataType() Get the data type. V.GetBitPix() -> int C++: int GetBitPix() Get the number of bits per pixel. V.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. V.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. V.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. V.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. V.SetIntentName(string) C++: void SetIntentName(const char *name) Get the intent name. This should match the intent code. V.GetIntentName() -> string C++: const char *GetIntentName() V.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. V.GetIntentP1() -> float C++: double GetIntentP1() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. V.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. V.GetIntentP2() -> float C++: double GetIntentP2() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. V.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. V.GetIntentP3() -> float C++: double GetIntentP3() Get one of the NIFTI intent parameters. The definition of these parameters varies according to the IntentCode. V.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. V.GetSclSlope() -> float C++: double GetSclSlope() Get the scale and slope to apply to the data in order to get the real-valued data values. V.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. V.GetSclInter() -> float C++: double GetSclInter() Get the scale and slope to apply to the data in order to get the real-valued data values. V.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. V.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. V.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. V.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. V.SetSliceDuration(float) C++: virtual void SetSliceDuration(double _arg) Get the slice_duration and toffset from the header. V.GetSliceDuration() -> float C++: double GetSliceDuration() Get the slice_duration and toffset from the header. V.SetTOffset(float) C++: virtual void SetTOffset(double _arg) Get the slice_duration and toffset from the header. V.GetTOffset() -> float C++: double GetTOffset() Get the slice_duration and toffset from the header. V.SetSliceStart(int) C++: virtual void SetSliceStart(vtkTypeInt64 _arg) Get the slice range for the data. V.GetSliceStart() -> int C++: vtkTypeInt64 GetSliceStart() Get the slice range for the data. V.SetSliceEnd(int) C++: virtual void SetSliceEnd(vtkTypeInt64 _arg) Get the slice range for the data. V.GetSliceEnd() -> int C++: vtkTypeInt64 GetSliceEnd() Get the slice range for the data. V.SetSliceCode(int) C++: virtual void SetSliceCode(int _arg) Get the slice code for the data. V.GetSliceCode() -> int C++: int GetSliceCode() Get the slice code for the data. V.SetXYZTUnits(int) C++: virtual void SetXYZTUnits(int _arg) Get a bitfield that describes the units for the first 4 dims. V.GetXYZTUnits() -> int C++: int GetXYZTUnits() Get a bitfield that describes the units for the first 4 dims. V.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. V.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. V.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. V.GetDescrip() -> string C++: const char *GetDescrip() V.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. V.GetAuxFile() -> string C++: const char *GetAuxFile() V.SetQFormCode(int) C++: virtual void SetQFormCode(int _arg) Get the QForm or SForm code. V.GetQFormCode() -> int C++: int GetQFormCode() Get the QForm or SForm code. V.SetSFormCode(int) C++: virtual void SetSFormCode(int _arg) Get the QForm or SForm code. V.GetSFormCode() -> int C++: int GetSFormCode() Get the QForm or SForm code. V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.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(). V.SetSRowX(float, float, float, float) C++: void SetSRowX(double, double, double, double) V.SetSRowX((float, float, float, float)) C++: void SetSRowX(double a[4]) V.GetSRowX() -> (float, float, float, float) C++: double *GetSRowX() V.SetSRowY(float, float, float, float) C++: void SetSRowY(double, double, double, double) V.SetSRowY((float, float, float, float)) C++: void SetSRowY(double a[4]) V.GetSRowY() -> (float, float, float, float) C++: double *GetSRowY() V.SetSRowZ(float, float, float, float) C++: void SetSRowZ(double, double, double, double) V.SetSRowZ((float, float, float, float)) C++: void SetSRowZ(double a[4]) V.GetSRowZ() -> (float, float, float, float) C++: double *GetSRowZ() V.Initialize() C++: void Initialize() Initialize the header to default values. V.DeepCopy(vtkNIFTIImageHeader) C++: void DeepCopy(vtkNIFTIImageHeader *o) Make a copy of the header. vtkIOImagePython.vtkNIFTIImageHeader.HeaderSizeEnumvtkIOImagePython.vtkNIFTIImageHeader.DataTypeEnumvtkIOImagePython.vtkNIFTIImageHeader.UnitsXYZTEnumvtkIOImagePython.vtkNIFTIImageHeader.SliceCodeEnumvtkIOImagePython.vtkNIFTIImageHeader.XFormCodeEnumvtkIOImagePython.vtkNIFTIImageHeader.IntentCodeEnum.nii .nii.gz .img .img.gz .hdr .hdr.gzNIfTIvtkNIFTIImageReaderGetRescaleInterceptGetTimeDimensionGetTimeSpacingGetQFacGetQFormMatrixGetSFormMatrixGetNIFTIHeaderGetTimeAsVectorGetPlanarRGBSetTimeAsVectorPlanarRGBOnSetPlanarRGBTimeAsVectorOffTimeAsVectorOnPlanarRGBOffvtkNIFTIImageReader - Read NIfTI-1 and NIfTI-2 medical image files Superclass: vtkImageReader2 This class reads NIFTI files, either in .nii format or as separate .img and .hdr files. If two files are used, then they can be passed by using SetFileNames() instead of SetFileName(). Files ending in .gz are decompressed on-the-fly while they are being read. Files with complex numbers or vector dimensions will be read as multi-component images. If a NIFTI file has a time dimension, then by default only the first image in the time series will be read, but the TimeAsVector flag can be set to read the time steps as vector components. Files in Analyze 7.5 format are also supported by this reader.@par Thanks: This class was contributed to VTK by the Calgary Image Processing and Analysis Centre (CIPAC). @sa vtkNIFTIImageWriter, vtkNIFTIImageHeader vtkIOImagePython.vtkNIFTIImageReaderV.SafeDownCast(vtkObjectBase) -> vtkNIFTIImageReader C++: static vtkNIFTIImageReader *SafeDownCast(vtkObjectBase *o) Static method for construction. V.NewInstance() -> vtkNIFTIImageReader C++: vtkNIFTIImageReader *NewInstance() Static method for construction. V.GetFileExtensions() -> string C++: const char *GetFileExtensions() override; Valid extensions for this file type. V.GetDescriptiveName() -> string C++: const char *GetDescriptiveName() override; Return a descriptive name that might be useful in a GUI. V.CanReadFile(string) -> int C++: int CanReadFile(const char *filename) override; Return true if this reader can read the given file. V.GetTimeAsVector() -> bool C++: virtual bool GetTimeAsVector() Read the time dimension as scalar components (default: Off). If this is on, then each time point will be stored as a component in the image data. If the file has both a time dimension and a vector dimension, then the number of components will be the product of these two dimensions, i.e. the components will store a sequence of vectors. V.SetTimeAsVector(bool) C++: virtual void SetTimeAsVector(bool _arg) Read the time dimension as scalar components (default: Off). If this is on, then each time point will be stored as a component in the image data. If the file has both a time dimension and a vector dimension, then the number of components will be the product of these two dimensions, i.e. the components will store a sequence of vectors. V.TimeAsVectorOn() C++: virtual void TimeAsVectorOn() Read the time dimension as scalar components (default: Off). If this is on, then each time point will be stored as a component in the image data. If the file has both a time dimension and a vector dimension, then the number of components will be the product of these two dimensions, i.e. the components will store a sequence of vectors. V.TimeAsVectorOff() C++: virtual void TimeAsVectorOff() Read the time dimension as scalar components (default: Off). If this is on, then each time point will be stored as a component in the image data. If the file has both a time dimension and a vector dimension, then the number of components will be the product of these two dimensions, i.e. the components will store a sequence of vectors. V.GetTimeDimension() -> int C++: int GetTimeDimension() Get the time dimension that was stored in the NIFTI header. V.GetTimeSpacing() -> float C++: double GetTimeSpacing() V.GetRescaleSlope() -> float C++: double GetRescaleSlope() Get the slope and intercept for rescaling the scalar values. These values allow calibration of the data to real values. Use the equation v = u*RescaleSlope + RescaleIntercept. This directly returns the values stored in the scl_slope and scl_inter fields in the NIFTI header. V.GetRescaleIntercept() -> float C++: double GetRescaleIntercept() V.GetPlanarRGB() -> bool C++: virtual bool GetPlanarRGB() Read planar RGB (separate R, G, and B planes), rather than packed RGB. The NIFTI format should always use packed RGB. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. Use this if you have a planar RGB file. V.SetPlanarRGB(bool) C++: virtual void SetPlanarRGB(bool _arg) Read planar RGB (separate R, G, and B planes), rather than packed RGB. The NIFTI format should always use packed RGB. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. Use this if you have a planar RGB file. V.PlanarRGBOn() C++: virtual void PlanarRGBOn() Read planar RGB (separate R, G, and B planes), rather than packed RGB. The NIFTI format should always use packed RGB. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. Use this if you have a planar RGB file. V.PlanarRGBOff() C++: virtual void PlanarRGBOff() Read planar RGB (separate R, G, and B planes), rather than packed RGB. The NIFTI format should always use packed RGB. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. Use this if you have a planar RGB file. V.GetQFac() -> float C++: double GetQFac() QFac gives the slice order in the NIFTI file versus the VTK image. If QFac is -1, then the VTK slice index J is related to the NIFTI slice index j by the equation J = (num_slices - j - 1). VTK requires the slices to be ordered so that the voxel indices (I,J,K) provide a right-handed coordinate system, whereas NIFTI does not. Instead, NIFTI stores a factor called "qfac" in the header to signal when the (i,j,k) indices form a left-handed coordinate system. QFac will only ever have values of +1 or -1. V.GetQFormMatrix() -> vtkMatrix4x4 C++: vtkMatrix4x4 *GetQFormMatrix() Get a matrix that gives the "qform" orientation and offset for the data. If no qform matrix was stored in the file, the return value is nullptr. This matrix will transform VTK data coordinates into the NIFTI oriented data coordinates, where +X points right, +Y points anterior (toward the front), and +Z points superior (toward the head). The qform matrix will always have a positive determinant. The offset that is stored in the matrix gives the position of the first pixel in the first slice of the VTK image data. Note that if QFac is -1, then the first slice in the VTK image data is the last slice in the NIFTI file, and the Z offset will automatically be adjusted to compensate for this. V.GetSFormMatrix() -> vtkMatrix4x4 C++: vtkMatrix4x4 *GetSFormMatrix() Get a matrix that gives the "sform" orientation and offset for the data. If no sform matrix was stored in the file, the return value is nullptr. Like the qform matrix, this matrix will transform VTK data coordinates into a NIFTI coordinate system. Unlike the qform matrix, the sform matrix can contain scaling information and can even (rarely) have a negative determinant, i.e. a flip. This matrix is modified slightly as compared to the sform matrix stored in the NIFTI header: the pixdim pixel spacing is factored out. Also, if QFac is -1, then the VTK slices are in reverse order as compared to the NIFTI slices, hence as compared to the sform matrix stored in the header, the third column of this matrix is multiplied by -1 and the Z offset is shifted to compensate for the fact that the last slice has become the first. V.GetNIFTIHeader() -> vtkNIFTIImageHeader C++: vtkNIFTIImageHeader *GetNIFTIHeader() Get the raw header information from the NIfTI file. vtkNIFTIImageWriterGetNIFTIVersionSetNIFTIHeaderSetQFormMatrixvtkMatrix4x4SetSFormMatrixGetDescriptionSetTimeDimensionSetQFacSetNIFTIVersionSetTimeSpacingSetRescaleInterceptSetRescaleSlopeSetDescriptionvtkNIFTIImageWriter - Write NIfTI-1 and NIfTI-2 medical image files Superclass: vtkImageWriter This class writes NIFTI files, either in .nii format or as separate .img and .hdr files. If told to write a file that ends in ".gz", then the writer will automatically compress the file with zlib. Images of type unsigned char that have 3 or 4 scalar components will automatically be written as RGB or RGBA respectively. Images of type float or double that have 2 components will automatically be written as complex values.@par Thanks: This class was contributed to VTK by the Calgary Image Processing and Analysis Centre (CIPAC). @sa vtkNIFTIImageReader vtkIOImagePython.vtkNIFTIImageWriterV.SafeDownCast(vtkObjectBase) -> vtkNIFTIImageWriter C++: static vtkNIFTIImageWriter *SafeDownCast(vtkObjectBase *o) Static method for construction. V.NewInstance() -> vtkNIFTIImageWriter C++: vtkNIFTIImageWriter *NewInstance() Static method for construction. V.SetNIFTIVersion(int) C++: virtual void SetNIFTIVersion(int _arg) Set the version number for the NIfTI file format to use. This can be 1, 2, or 0 (the default). If set to zero, then it will save as NIfTI version 1 unless SetNIFTIHeader() provided header information from a NIfTI version 2 file. V.GetNIFTIVersion() -> int C++: virtual int GetNIFTIVersion() Set the version number for the NIfTI file format to use. This can be 1, 2, or 0 (the default). If set to zero, then it will save as NIfTI version 1 unless SetNIFTIHeader() provided header information from a NIfTI version 2 file. V.SetDescription(string) C++: virtual void SetDescription(const char *_arg) Set a short description (max 80 chars) of how the file was produced. The default description is "VTKX.Y" where X.Y is the VTK version. V.GetDescription() -> string C++: virtual char *GetDescription() Set a short description (max 80 chars) of how the file was produced. The default description is "VTKX.Y" where X.Y is the VTK version. V.GetTimeDimension() -> int C++: virtual int GetTimeDimension() Set the time dimension to use in the NIFTI file (or zero if none). The number of components of the input data must be divisible by the time dimension if the time dimension is not set to zero. The vector dimension will be set to the number of components divided by the time dimension. V.SetTimeDimension(int) C++: virtual void SetTimeDimension(int _arg) Set the time dimension to use in the NIFTI file (or zero if none). The number of components of the input data must be divisible by the time dimension if the time dimension is not set to zero. The vector dimension will be set to the number of components divided by the time dimension. V.GetTimeSpacing() -> float C++: virtual double GetTimeSpacing() Set the time dimension to use in the NIFTI file (or zero if none). The number of components of the input data must be divisible by the time dimension if the time dimension is not set to zero. The vector dimension will be set to the number of components divided by the time dimension. V.SetTimeSpacing(float) C++: virtual void SetTimeSpacing(double _arg) Set the time dimension to use in the NIFTI file (or zero if none). The number of components of the input data must be divisible by the time dimension if the time dimension is not set to zero. The vector dimension will be set to the number of components divided by the time dimension. V.SetRescaleSlope(float) C++: virtual void SetRescaleSlope(double _arg) Set the slope and intercept for calibrating the scalar values. Other programs that read the NIFTI file can use the equation v = u*RescaleSlope + RescaleIntercept to rescale the data to real values. If both the slope and the intercept are zero, then the SclSlope and SclIntercept in the header info provided via SetNIFTIHeader() are used instead. V.GetRescaleSlope() -> float C++: virtual double GetRescaleSlope() Set the slope and intercept for calibrating the scalar values. Other programs that read the NIFTI file can use the equation v = u*RescaleSlope + RescaleIntercept to rescale the data to real values. If both the slope and the intercept are zero, then the SclSlope and SclIntercept in the header info provided via SetNIFTIHeader() are used instead. V.SetRescaleIntercept(float) C++: virtual void SetRescaleIntercept(double _arg) Set the slope and intercept for calibrating the scalar values. Other programs that read the NIFTI file can use the equation v = u*RescaleSlope + RescaleIntercept to rescale the data to real values. If both the slope and the intercept are zero, then the SclSlope and SclIntercept in the header info provided via SetNIFTIHeader() are used instead. V.GetRescaleIntercept() -> float C++: virtual double GetRescaleIntercept() Set the slope and intercept for calibrating the scalar values. Other programs that read the NIFTI file can use the equation v = u*RescaleSlope + RescaleIntercept to rescale the data to real values. If both the slope and the intercept are zero, then the SclSlope and SclIntercept in the header info provided via SetNIFTIHeader() are used instead. V.GetPlanarRGB() -> bool C++: virtual bool GetPlanarRGB() Write planar RGB (separate R, G, and B planes), rather than packed RGB. Use this option with extreme caution: the NIFTI standard requires RGB pixels to be packed. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. V.SetPlanarRGB(bool) C++: virtual void SetPlanarRGB(bool _arg) Write planar RGB (separate R, G, and B planes), rather than packed RGB. Use this option with extreme caution: the NIFTI standard requires RGB pixels to be packed. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. V.PlanarRGBOn() C++: virtual void PlanarRGBOn() Write planar RGB (separate R, G, and B planes), rather than packed RGB. Use this option with extreme caution: the NIFTI standard requires RGB pixels to be packed. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. V.PlanarRGBOff() C++: virtual void PlanarRGBOff() Write planar RGB (separate R, G, and B planes), rather than packed RGB. Use this option with extreme caution: the NIFTI standard requires RGB pixels to be packed. The Analyze format, however, was used to store both planar RGB and packed RGB depending on the software, without any indication in the header about which convention was being used. V.SetQFac(float) C++: virtual void SetQFac(double _arg) The QFac sets the ordering of the slices in the NIFTI file. If QFac is -1, then the slice ordering in the file will be reversed as compared to VTK. Use with caution. V.GetQFac() -> float C++: virtual double GetQFac() The QFac sets the ordering of the slices in the NIFTI file. If QFac is -1, then the slice ordering in the file will be reversed as compared to VTK. Use with caution. V.SetQFormMatrix(vtkMatrix4x4) C++: void SetQFormMatrix(vtkMatrix4x4 *) Set the "qform" orientation and offset for the image data. The 3x3 portion of the matrix must be orthonormal and have a positive determinant, it will be used to compute the quaternion. The last column of the matrix will be used for the offset. In the NIFTI header, the qform_code will be set to 1. V.GetQFormMatrix() -> vtkMatrix4x4 C++: vtkMatrix4x4 *GetQFormMatrix() V.SetSFormMatrix(vtkMatrix4x4) C++: void SetSFormMatrix(vtkMatrix4x4 *) Set a matrix for the "sform" transformation stored in the file. Unlike the qform matrix, the sform matrix can contain scaling information. Before being stored in the NIFTI header, the first three columns of the matrix will be multiplied by the voxel spacing. In the NIFTI header, the sform_code will be set to 2. V.GetSFormMatrix() -> vtkMatrix4x4 C++: vtkMatrix4x4 *GetSFormMatrix() V.SetNIFTIHeader(vtkNIFTIImageHeader) C++: void SetNIFTIHeader(vtkNIFTIImageHeader *hdr) Set the NIFTI header information to use when writing the file. The data dimensions and pixdim from the supplied header will be ignored. Likewise, the QForm and SForm information in the supplied header will be ignored if you have called SetQFormMatrix() or SetSFormMatrix() to provide the orientation information for the file. V.GetNIFTIHeader() -> vtkNIFTIImageHeader C++: vtkNIFTIImageHeader *GetNIFTIHeader() Set the NIFTI header information to use when writing the file. The data dimensions and pixdim from the supplied header will be ignored. Likewise, the QForm and SForm information in the supplied header will be ignored if you have called SetQFormMatrix() or SetSFormMatrix() to provide the orientation information for the file. vtkNrrdReadervtkNrrdReader - Read nrrd files file system Superclass: vtkImageReader @bug There are several limitations on what type of nrrd files we can read. This reader only supports nrrd files in raw or ascii format. Other encodings like hex will result in errors. When reading in detached headers, this only supports reading one file that is detached. vtkIOImagePython.vtkNrrdReaderV.SafeDownCast(vtkObjectBase) -> vtkNrrdReader C++: static vtkNrrdReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkNrrdReader C++: vtkNrrdReader *NewInstance() V.CanReadFile(string) -> int C++: int CanReadFile(const char *filename) override; Return non zero if the reader can read the given file name. Should be implemented by all sub-classes of vtkImageReader2. For non zero return values the following values are to be used 1 - I think I can read the file but I cannot prove it 2 - I definitely can read the file 3 - I can read the file and I have validated that I am the correct reader for this file .pngPNGGetReadSpacingFromFileGetNumberOfTextChunksGetTextValueSetReadSpacingFromFileReadSpacingFromFileOnReadSpacingFromFileOffGetTextChunksGetTextKeyvtkIOImagePython.vtkPNGReadervtkPNGReader - read PNG files Superclass: vtkImageReader2 vtkPNGReader is a source object that reads PNG files. It should be able to read most any PNG file @sa vtkPNGWriter V.SafeDownCast(vtkObjectBase) -> vtkPNGReader C++: static vtkPNGReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPNGReader C++: vtkPNGReader *NewInstance() V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file a PNG file? V.GetTextChunks(string, [int, int]) C++: void GetTextChunks(const char *key, int beginEndIndex[2]) Given a 'key' for the text chunks, fills in 'beginEndIndex' with the begin and end indexes. Values are stored between [begin, end) indexes. V.GetTextKey(int) -> string C++: const char *GetTextKey(int index) Returns the text key stored at 'index'. V.GetTextValue(int) -> string C++: const char *GetTextValue(int index) Returns the text value stored at 'index'. A range of indexes that store values for a certain key can be obtained by calling GetTextChunks. V.GetNumberOfTextChunks() -> int C++: size_t GetNumberOfTextChunks() Return the number of text chunks in the PNG file. Note that we don't process compressed or international text entries V.SetReadSpacingFromFile(bool) C++: virtual void SetReadSpacingFromFile(bool _arg) Set/Get if data spacing should be calculated from the PNG file. Use default spacing if the PNG file don't have valid pixel per meter parameters. Default is false. V.GetReadSpacingFromFile() -> bool C++: virtual bool GetReadSpacingFromFile() Set/Get if data spacing should be calculated from the PNG file. Use default spacing if the PNG file don't have valid pixel per meter parameters. Default is false. V.ReadSpacingFromFileOn() C++: virtual void ReadSpacingFromFileOn() Set/Get if data spacing should be calculated from the PNG file. Use default spacing if the PNG file don't have valid pixel per meter parameters. Default is false. V.ReadSpacingFromFileOff() C++: virtual void ReadSpacingFromFileOff() Set/Get if data spacing should be calculated from the PNG file. Use default spacing if the PNG file don't have valid pixel per meter parameters. Default is false. GetCompressionLevelMaxValueGetCompressionLevelMinValueGetCompressionLevelAddTextSetCompressionLevelvtkIOImagePython.vtkPNGWritervtkPNGWriter - Writes PNG files. Superclass: vtkImageWriter vtkPNGWriter writes PNG files. It supports 1 to 4 component data of unsigned char or unsigned short @sa vtkPNGReader V.SafeDownCast(vtkObjectBase) -> vtkPNGWriter C++: static vtkPNGWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPNGWriter C++: vtkPNGWriter *NewInstance() V.SetCompressionLevel(int) C++: virtual void SetCompressionLevel(int _arg) Set/Get the zlib compression level. The range is 0-9, with 0 meaning no compression corresponding to the largest file size, and 9 meaning best compression, corresponding to the smallest file size. The default is 5. V.GetCompressionLevelMinValue() -> int C++: virtual int GetCompressionLevelMinValue() Set/Get the zlib compression level. The range is 0-9, with 0 meaning no compression corresponding to the largest file size, and 9 meaning best compression, corresponding to the smallest file size. The default is 5. V.GetCompressionLevelMaxValue() -> int C++: virtual int GetCompressionLevelMaxValue() Set/Get the zlib compression level. The range is 0-9, with 0 meaning no compression corresponding to the largest file size, and 9 meaning best compression, corresponding to the smallest file size. The default is 5. V.GetCompressionLevel() -> int C++: virtual int GetCompressionLevel() Set/Get the zlib compression level. The range is 0-9, with 0 meaning no compression corresponding to the largest file size, and 9 meaning best compression, corresponding to the smallest file size. The default is 5. V.AddText(string, string) C++: void AddText(const char *key, const char *value) Adds a text chunk to the PNG. More than one text chunk with the same key is permissible. There are a number of predefined keywords that should be used when appropriate. See http://www.libpng.org/pub/png/spec/1.2/PNG-Chunks.html for more information. .pnm .pgm .ppmPNMvtkIOImagePython.vtkPNMReadervtkPNMReader - read pnm (i.e., portable anymap) files Superclass: vtkImageReader vtkPNMReader is a source object that reads pnm (portable anymap) files. This includes .pbm (bitmap), .pgm (grayscale), and .ppm (pixmap) files. (Currently this object only reads binary versions of these files.) PNMReader creates structured point datasets. The dimension of the dataset depends upon the number of files read. Reading a single file results in a 2D image, while reading more than one file results in a 3D volume. To read a volume, files must be of the form "FileName." (e.g., foo.ppm.0, foo.ppm.1, ...). You must also specify the DataExtent. The fifth and sixth values of the DataExtent specify the beginning and ending files to read. V.SafeDownCast(vtkObjectBase) -> vtkPNMReader C++: static vtkPNMReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPNMReader C++: vtkPNMReader *NewInstance() V.GetFileExtensions() -> string C++: const char *GetFileExtensions() override; .pnm .pgm .ppm V.GetDescriptiveName() -> string C++: const char *GetDescriptiveName() override; PNM vtkIOImagePython.vtkPNMWritervtkPNMWriter - Writes PNM (portable any map) files. Superclass: vtkImageWriter vtkPNMWriter writes PNM file. The data type of the file is unsigned char regardless of the input type. V.SafeDownCast(vtkObjectBase) -> vtkPNMWriter C++: static vtkPNMWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPNMWriter C++: vtkPNMWriter *NewInstance() vtkPostScriptWritervtkPostScriptWriter - Writes an image as a PostScript file. Superclass: vtkImageWriter vtkPostScriptWriter writes an image as a PostScript file using some reasonable scalings and centered on the page which is assumed to be about 8.5 by 11 inches. This is based loosely off of the code from pnmtops.c. Right now there aren't any real options. vtkIOImagePython.vtkPostScriptWriterV.SafeDownCast(vtkObjectBase) -> vtkPostScriptWriter C++: static vtkPostScriptWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkPostScriptWriter C++: vtkPostScriptWriter *NewInstance() .slcSLCGetErrorvtkIOImagePython.vtkSLCReadervtkSLCReader - read an SLC volume file. Superclass: vtkImageReader2 vtkSLCReader reads an SLC file and creates a structured point dataset. The size of the volume and the data spacing is set from the SLC file header. V.SafeDownCast(vtkObjectBase) -> vtkSLCReader C++: static vtkSLCReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkSLCReader C++: vtkSLCReader *NewInstance() V.GetError() -> int C++: virtual int GetError() Was there an error on the last read performed? V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file an SLC file? V.GetFileExtensions() -> string C++: const char *GetFileExtensions() override; .slc V.GetDescriptiveName() -> string C++: const char *GetDescriptiveName() override; SLC .tif .tiffTIFFvtkTIFFReaderGetSpacingSpecifiedFlagGetOriginSpecifiedFlagSetOriginSpecifiedFlagOriginSpecifiedFlagOnOriginSpecifiedFlagOffSpacingSpecifiedFlagOnSpacingSpecifiedFlagOffSetSpacingSpecifiedFlagGetOrientationTypeSpecifiedFlagvtkTIFFReader - read TIFF files Superclass: vtkImageReader2 vtkTIFFReader is a source object that reads TIFF files. It should be able to read almost any TIFF file @sa vtkTIFFWriter vtkIOImagePython.vtkTIFFReaderV.SafeDownCast(vtkObjectBase) -> vtkTIFFReader C++: static vtkTIFFReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkTIFFReader C++: vtkTIFFReader *NewInstance() V.CanReadFile(string) -> int C++: int CanReadFile(const char *fname) override; Is the given file name a tiff file? V.SetOrientationType(int) C++: void SetOrientationType(unsigned int orientationType) Set orientation type ORIENTATION_TOPLEFT 1 (row 0 top, col 0 lhs) ORIENTATION_TOPRIGHT 2 (row 0 top, col 0 rhs) ORIENTATION_BOTRIGHT 3 (row 0 bottom, col 0 rhs) ORIENTATION_BOTLEFT 4 (row 0 bottom, col 0 lhs) ORIENTATION_LEFTTOP 5 (row 0 lhs, col 0 top) ORIENTATION_RIGHTTOP 6 (row 0 rhs, col 0 top) ORIENTATION_RIGHTBOT 7 (row 0 rhs, col 0 bottom) ORIENTATION_LEFTBOT 8 (row 0 lhs, col 0 bottom) User need to explicitly include vtk_tiff.h header to have access to those #define V.GetOrientationType() -> int C++: virtual unsigned int GetOrientationType() V.GetOrientationTypeSpecifiedFlag() -> bool C++: virtual bool GetOrientationTypeSpecifiedFlag() Get method to check if orientation type is specified. V.SetOriginSpecifiedFlag(bool) C++: virtual void SetOriginSpecifiedFlag(bool _arg) Set/get methods to see if manual origin has been set. V.GetOriginSpecifiedFlag() -> bool C++: virtual bool GetOriginSpecifiedFlag() Set/get methods to see if manual origin has been set. V.OriginSpecifiedFlagOn() C++: virtual void OriginSpecifiedFlagOn() Set/get methods to see if manual origin has been set. V.OriginSpecifiedFlagOff() C++: virtual void OriginSpecifiedFlagOff() Set/get methods to see if manual origin has been set. V.SetSpacingSpecifiedFlag(bool) C++: virtual void SetSpacingSpecifiedFlag(bool _arg) Set/get if the spacing flag has been specified. V.GetSpacingSpecifiedFlag() -> bool C++: virtual bool GetSpacingSpecifiedFlag() Set/get if the spacing flag has been specified. V.SpacingSpecifiedFlagOn() C++: virtual void SpacingSpecifiedFlagOn() Set/get if the spacing flag has been specified. V.SpacingSpecifiedFlagOff() C++: virtual void SpacingSpecifiedFlagOff() Set/get if the spacing flag has been specified. vtkTIFFWriterGetCompressionMaxValueGetCompressionMinValueSetCompressionToPackBitsSetCompressionToJPEGSetCompressionToDeflateSetCompressionToNoCompressionSetCompressionToLZWvtkTIFFWriter - write out image data as a TIFF file Superclass: vtkImageWriter vtkTIFFWriter writes image data as a TIFF data file. Data can be written uncompressed or compressed. Several forms of compression are supported including packed bits, JPEG, deflation, and LZW. (Note: LZW compression is currently under patent in the US and is disabled until the patent expires. However, the mechanism for supporting this compression is available for those with a valid license or to whom the patent does not apply.) vtkIOImagePython.vtkTIFFWriterV.SafeDownCast(vtkObjectBase) -> vtkTIFFWriter C++: static vtkTIFFWriter *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkTIFFWriter C++: vtkTIFFWriter *NewInstance() V.SetCompression(int) C++: virtual void SetCompression(int _arg) Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.GetCompressionMinValue() -> int C++: virtual int GetCompressionMinValue() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.GetCompressionMaxValue() -> int C++: virtual int GetCompressionMaxValue() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.GetCompression() -> int C++: virtual int GetCompression() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.SetCompressionToNoCompression() C++: void SetCompressionToNoCompression() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.SetCompressionToPackBits() C++: void SetCompressionToPackBits() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.SetCompressionToJPEG() C++: void SetCompressionToJPEG() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.SetCompressionToDeflate() C++: void SetCompressionToDeflate() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. V.SetCompressionToLZW() C++: void SetCompressionToLZW() Set compression type. Sinze LZW compression is patented outside US, the additional work steps have to be taken in order to use that compression. vtkVolume16ReaderSetDataDimensionsGetImagevtkVolumeReadervtkVolume16Reader - read 16 bit image files Superclass: vtkVolumeReader vtkVolume16Reader is a source object that reads 16 bit image files. Volume16Reader creates structured point datasets. The dimension of the dataset depends upon the number of files read. Reading a single file results in a 2D image, while reading more than one file results in a 3D volume. File names are created using FilePattern and FilePrefix as follows: snprintf (filename, sizeof(filename), FilePattern, FilePrefix, number); where number is in the range ImageRange[0] to ImageRange[1]. If ImageRange[1] <= ImageRange[0], then slice number ImageRange[0] is read. Thus to read an image set ImageRange[0] = ImageRange[1] = slice number. The default behavior is to read a single file (i.e., image slice 1). The DataMask instance variable is used to read data files with imbedded connectivity or segmentation information. For example, some data has the high order bit set to indicate connected surface. The DataMask allows you to select this data. Other important ivars include HeaderSize, which allows you to skip over initial info, and SwapBytes, which turns on/off byte swapping. The Transform instance variable specifies a permutation transformation to map slice space into world space. vtkImageReader has replaced the functionality of this class and should be used instead. @sa vtkSliceCubes vtkMarchingCubes vtkImageReader vtkIOImagePython.vtkVolume16ReaderV.SafeDownCast(vtkObjectBase) -> vtkVolume16Reader C++: static vtkVolume16Reader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkVolume16Reader C++: vtkVolume16Reader *NewInstance() V.SetDataDimensions(int, int) C++: void SetDataDimensions(int, int) V.SetDataDimensions((int, int)) C++: void SetDataDimensions(int a[2]) V.GetDataDimensions() -> (int, int) C++: int *GetDataDimensions() Specify the dimensions for the data. V.SetDataMask(int) C++: virtual void SetDataMask(unsigned short _arg) Specify a mask used to eliminate data in the data file (e.g., connectivity bits). V.GetDataMask() -> int C++: virtual unsigned short GetDataMask() Specify a mask used to eliminate data in the data file (e.g., connectivity bits). V.SetHeaderSize(int) C++: virtual void SetHeaderSize(int _arg) Specify the number of bytes to seek over at start of image. V.GetHeaderSize() -> int C++: virtual int GetHeaderSize() Specify the number of bytes to seek over at start of image. V.SetDataByteOrderToBigEndian() C++: void SetDataByteOrderToBigEndian() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetDataByteOrderToLittleEndian() C++: void SetDataByteOrderToLittleEndian() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.GetDataByteOrder() -> int C++: int GetDataByteOrder() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetDataByteOrder(int) C++: void SetDataByteOrder(int) These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.GetDataByteOrderAsString() -> string C++: const char *GetDataByteOrderAsString() These methods should be used instead of the SwapBytes methods. They indicate the byte ordering of the file you are trying to read in. These methods will then either swap or not swap the bytes depending on the byte ordering of the machine it is being run on. For example, reading in a BigEndian file on a BigEndian machine will result in no swapping. Trying to read the same file on a LittleEndian machine will result in swapping. As a quick note most UNIX machines are BigEndian while PC's and VAX tend to be LittleEndian. So if the file you are reading in was generated on a VAX or PC, SetDataByteOrderToLittleEndian otherwise SetDataByteOrderToBigEndian. V.SetSwapBytes(int) C++: virtual void SetSwapBytes(int _arg) Turn on/off byte swapping. V.GetSwapBytes() -> int C++: virtual int GetSwapBytes() Turn on/off byte swapping. V.SwapBytesOn() C++: virtual void SwapBytesOn() Turn on/off byte swapping. V.SwapBytesOff() C++: virtual void SwapBytesOff() Turn on/off byte swapping. V.GetImage(int) -> vtkImageData C++: vtkImageData *GetImage(int ImageNumber) override; Other objects make use of these methods GetImageRangeSetImageRangevtkVolumeReader - read image files Superclass: vtkImageAlgorithm vtkVolumeReader is a source object that reads image files. VolumeReader creates structured point datasets. The dimension of the dataset depends upon the number of files read. Reading a single file results in a 2D image, while reading more than one file results in a 3D volume. File names are created using FilePattern and FilePrefix as follows: snprintf (filename, sizeof(filename), FilePattern, FilePrefix, number); where number is in the range ImageRange[0] to ImageRange[1]. If ImageRange[1] <= ImageRange[0], then slice number ImageRange[0] is read. Thus to read an image set ImageRange[0] = ImageRange[1] = slice number. The default behavior is to read a single file (i.e., image slice 1). The DataMask instance variable is used to read data files with imbedded connectivity or segmentation information. For example, some data has the high order bit set to indicate connected surface. The DataMask allows you to select this data. Other important ivars include HeaderSize, which allows you to skip over initial info, and SwapBytes, which turns on/off byte swapping. Consider using vtkImageReader as a replacement. @sa vtkSliceCubes vtkMarchingCubes vtkPNMReader vtkVolume16Reader vtkImageReader vtkIOImagePython.vtkVolumeReaderV.SafeDownCast(vtkObjectBase) -> vtkVolumeReader C++: static vtkVolumeReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkVolumeReader C++: vtkVolumeReader *NewInstance() V.SetFilePrefix(string) C++: virtual void SetFilePrefix(const char *_arg) Specify file prefix for the image file(s). V.GetFilePrefix() -> string C++: virtual char *GetFilePrefix() Specify file prefix for the image file(s). V.SetImageRange(int, int) C++: void SetImageRange(int, int) V.SetImageRange((int, int)) C++: void SetImageRange(int a[2]) V.GetImageRange() -> (int, int) C++: int *GetImageRange() Set the range of files to read. V.GetDataSpacing() -> (float, float, float) C++: double *GetDataSpacing() Specify the spacing for the data. V.GetDataOrigin() -> (float, float, float) C++: double *GetDataOrigin() Specify the origin for the data. V.GetImage(int) -> vtkImageData C++: virtual vtkImageData *GetImage(int ImageNumber) Other objects make use of this method. vtkIOImagePython.vtkMRCReadervtkMRCReader - read MRC image files Superclass: vtkImageAlgorithm A reader to load MRC images. See http://bio3d.colorado.edu/imod/doc/mrc_format.txt for the file format specification. V.SafeDownCast(vtkObjectBase) -> vtkMRCReader C++: static vtkMRCReader *SafeDownCast(vtkObjectBase *o) V.NewInstance() -> vtkMRCReader C++: vtkMRCReader *NewInstance() V.SetFileName(string) C++: virtual void SetFileName(const char *_arg) V.GetFileName() -> string C++: virtual char *GetFileName() can't get dictionary for module vtkIOImagePythonreal_initvtkIOImagePython;`( d,|(B(B(X?X @Xx@Y@(Y8tY ,Y.Y45Y9Y;ZA4ZITZJtZ OZTZZ4^Z_Zd[e4[,jT[mt[T[[[[\4\T\dt\\x\\\\]l4]T]t]4]]](^`)^)_)` *bT*cx*td*Te*df*g+i<+$jX+Dkt+l+n+Tn+n ,o(o(o(o)p$)$p8)4pL)Dpt)Tp)p)$q)tq,q,dr-s@-ttd-Tu-v-dx-y-z.{<.D|X.|.}D,}X,}l,},~,~,~-@0$001D1h1t1d1T1D142@2d2Ԋ22Č223d<3D`3$3$3d34$4@4d444Ğ5.$.d.t//(/8>\>T>>>>T?T?t?0@t@A4A4PAA4<H<4p<D<<<DBTHC4CDD4DPDlDDDD4D$DE`M?MBMD NE@NJ|NNNONO4OP KQ KQ4KQHKQ\KQpKQKRKRL$STLS@RShRT$SUlSVSDWS4XS$YSZ T[DT[hT\T]T^Td_TD`U$a@UDblUTcUDdU4eU$fUgVhVh8ViTVjpVkVlV$nVdoWpH@ E ?DEDP AG 8@gFD@ EE \@BMFF0xtBOFDD n ABA DDB`- |B EDP AB XQ!tQ  pQ  D 4XQ HDEDPa AE l0QuEY B PQDQ?(HE"EAD`n AAF LFED@ AG GED@ AG 0(GFAA D`  AABH \0IgFD@ EE |JH@ E KH@ E LDEDP AG MMFF0MOFDD n ABA DDB,+ @MEDP AK dHp xDp1pplp hp dp `p \p Xp Tp ,Pp @Lp THp hDp |@p 

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ingEv_ZNK19vtkDICOMImageReader19NewInstanceInternalEv_ZN15vtkImageReader223SetFileNameSliceSpacingEi_ZN13vtkPythonArgs8GetArrayEPxi_ZN13vtkTIFFReader21OriginSpecifiedFlagOnEv_ZNK12vtkMRCReader19NewInstanceInternalEv_ZN25vtkMedicalImageProperties18SetOrientationTypeEii_ZN18vtkMetaImageReader20GetTransferSyntaxUIDEv_ZN25vtkMedicalImageProperties15GetImageDateDayEv_ZN14vtkImageWriter3NewEv_ZN14vtkImageReader3NewEv_ZN12vtkDEMReader18GetElevationBoundsEv_ZN14vtkImageWriter11SetFileNameEPKc_ZN22vtkMedicalImageReader27SetDateEPKcPyVTKAddFile_vtkDICOMImageReaderPyType_Type_ZN25vtkMedicalImageProperties17GetSliceThicknessEvPyBytes_FromStringAndSize_ZN14vtkImageImport17SetDataScalarTypeEiPyVTKAddFile_vtkTIFFWriter_ZN25vtkMedicalImageProperties28GetStringFromOrientationTypeEj_ZN13vtkNrrdReader11CanReadFileEPKc_ZN18vtkMetaImageReader11GetModalityEv_ZN13vtkTIFFReader3IsAEPKc_ZN19vtkDICOMImageReader3NewEv_ZN15vtkImageReader216GetDataByteOrderEv_ZN25vtkMedicalImageProperties15GetExposureTimeEv_ZN17vtkVolume16Reader27SetDataByteOrderToBigEndianEv_ZN14vtkImageImport17GetDataScalarTypeEv_ZN15vtkImageReader219GetInternalFileNameEvPyVTKAddFile_vtkNIFTIImageReader_ZN12vtkDEMReader3IsAEPKc_ZN25vtkMedicalImageProperties15SetSeriesNumberEPKc_ZN19vtkNIFTIImageReader15TimeAsVectorOffEv_ZN12vtkBMPReader11CanReadFileEPKc_ZN14vtkImageImport14SetWholeExtentEiiiiii_ZN15vtkImageReader28SeekFileEiii_ZN25vtkMedicalImageProperties20GetConvolutionKernelEv_ZN12vtkPNMReader3IsAEPKc_ZN15vtkImageReader23NewEv_ZNK14vtkImageReader19NewInstanceInternalEv_ZN15vtkImageReader222GetFileNameSliceOffsetEvPyvtkMetaImageWriter_ClassNew_ZN14vtkImageWriter11GetFileNameEv_ZN25vtkMedicalImageProperties12GetStudyTimeEv_ZN12vtkBMPWriter3IsAEPKc_ZN25vtkMedicalImageProperties23GetNthWindowLevelPresetEiPdS0__ZN25vtkMedicalImageProperties25GetWindowLevelPresetIndexEdd_ZN12vtkDEMReader11GetDEMLevelEv_ZN14vtkImageImport18SetScalarArrayNameEPKc_ZN25vtkMedicalImageProperties11GetExposureEv_ZN13vtkPythonArgs8GetValueERt_ZN14vtkImageWriter13GetFilePrefixEv_ZN12vtkSLCReader17GetFileExtensionsEv_ZN13vtkJPEGWriter14GetProgressiveEv_ZN17vtkVolume16Reader17GetDataDimensionsEv_ZN17vtkVolume16Reader11SwapBytesOnEv_ZN13vtkPythonArgs8GetValueERd_ZN25vtkMedicalImageProperties19SetStudyDescriptionEPKcPyVTKAddFile_vtkPNGWriter_ZN12vtkPNMReader3NewEvPyBuffer_Release_ZN14vtkImageImport14GetWholeExtentEvPyVTKObject_AsBuffer_ZN14vtkImageImport22LegacyCheckWholeExtentEv_ZN18vtkMetaImageWriter5WriteEv_ZN19vtkNIFTIImageHeader11SetQuaternCEd_ZN25vtkMedicalImageProperties25GetSliceThicknessAsDoubleEv_ZN25vtkMedicalImageProperties19GetUserDefinedValueEPKc_ZN25vtkMedicalImageProperties18SetEchoTrainLengthEPKc_ZN12vtkDEMReader20GetSpatialResolutionEv_ZN14vtkImageWriter8GetInputEv_ZN19vtkNIFTIImageWriter16GetTimeDimensionEv_ZN19vtkNIFTIImageHeader8GetSRowZEv_ZN22vtkMedicalImageReader212SetPatientIDEPKc_ZN13vtkJPEGWriter13ProgressiveOnEv_ZN25vtkMedicalImageProperties26RemoveAllUserDefinedValuesEv_ZNK12vtkPNGReader19NewInstanceInternalEv_ZN19vtkNIFTIImageHeader11SetSclSlopeEdPyFloat_FromDouble_ZN19vtkDICOMImageReader11CanReadFileEPKc_ZN18vtkMetaImageWriter14GetRAWFileNameEvPyVTKAddFile_vtkPNMReader_ZN13vtkJPEGReader17GetFileExtensionsEv_ZN19vtkNIFTIImageReader11PlanarRGBOnEv_ZN13vtkPythonUtil20GetObjectFromPointerEP13vtkObjectBase_ZN13vtkPythonArgs8GetValueERPc_ZN25vtkMedicalImageProperties17GetPatientAgeWeekEvPyvtkImageAlgorithm_ClassNew_ZN25vtkMedicalImageProperties18GetEchoTrainLengthEv_ZN18vtkMetaImageReader16GetDistanceUnitsEvPyVTKObject_GetSet_ZN19vtkNIFTIImageHeader9SetCalMaxEd_ZN12vtkSLCReader3NewEv_ZN13vtkTIFFReader23SpacingSpecifiedFlagOffEv_ZN13vtkTIFFReader18GetOrientationTypeEv_ZNK14vtkImageWriter19NewInstanceInternalEv_ZN25vtkMedicalImageProperties21GetGantryTiltAsDoubleEv_ZN19vtkNIFTIImageHeader8DeepCopyEPS__ZN13vtkTIFFWriter14GetCompressionEv_Z44PyvtkNIFTIImageHeader_XFormCodeEnum_FromEnumi_ZN17vtkVolume16Reader12SwapBytesOffEv_ZN14vtkImageReader31ComputeInverseTransformedExtentEPiS0__ZN19vtkNIFTIImageWriter14SetNIFTIHeaderEP19vtkNIFTIImageHeader_ZN13vtkJPEGWriter18GetQualityMinValueEv_Py_Dealloc_ZN12vtkDEMReader19GetProfileDimensionEv_ZN13vtkPythonArgs9GetBufferERPvP10bufferinfo_ZN12vtkPNGReader18GetDescriptiveNameEv_ZN15vtkImageReader221SetMemoryBufferLengthEx_ZN25vtkMedicalImageProperties21GetAcquisitionDateDayEv_ZN19vtkNIFTIImageHeader16SetSliceDurationEdPyVTKAddFile_vtkPNGReaderPyvtkDEMReader_ClassNew_ZN19vtkNIFTIImageWriter19GetRescaleInterceptEv_ZN25vtkMedicalImageProperties17SetSliceThicknessEPKc_ZN19vtkNIFTIImageHeader8SetSRowZEPd_ZN14vtkImageWriter11DeleteFilesEv_ZN12vtkDEMReader14GetPolygonSizeEv_Z45PyvtkNIFTIImageHeader_HeaderSizeEnum_FromEnumi_ZN13vtkTIFFReader18SetOrientationTypeEj_ZN19vtkNIFTIImageHeader11SetIntentP1EdPyLong_FromUnsignedLongLongPy_BuildValue_ZN13vtkTIFFReader3NewEv_ZN13vtkJPEGWriter3NewEv_ZN13vtkPythonArgs8GetArrayEPdi_ZN13vtkJPEGReader11CanReadFileEPKcPyVTKAddFile_vtkJPEGWriter_ZN15vtkImageReader213SetHeaderSizeEm_ZN12vtkMRCReader3IsAEPKc_ZN22vtkMedicalImageReader27GetDateEv_ZN19vtkNIFTIImageHeader13SetIntentCodeEi_ZN25vtkMedicalImageProperties16GetPatientAgeDayEvmemcpy@GLIBC_2.14_ZN19vtkNIFTIImageHeader11SetIntentP3Ed_ZN13vtkTIFFReader18GetDescriptiveNameEv_ZN22vtkMedicalImageReader28GetStudyEv_ZN12vtkBMPReader18GetDescriptiveNameEv_ZN15vtkImageReader215FileLowerLeftOnEv_ZN25vtkMedicalImageProperties6GetKVPEv_ZN18vtkJSONImageWriter3NewEv_ZN19vtkDICOMImageReader3IsAEPKc_ZN13vtkNrrdReader3NewEv_ZN19vtkDICOMImageReader26GetImageOrientationPatientEv_ZN15vtkImageReader230SetDataScalarTypeToUnsignedIntEvPyvtkVolume16Reader_ClassNewPyUnicode_FromString_ZN25vtkMedicalImageProperties13SetPatientAgeEPKc_ZN25vtkMedicalImageProperties28GetNumberOfUserDefinedValuesEv_ZN25vtkMedicalImageProperties18GetDirectionCosineEv_ZN15vtkVolumeReader13SetDataOriginEPd_ZN13vtkJPEGWriter10GetQualityEv_ZN12vtkBMPReader3IsAEPKc_ZN25vtkMedicalImageProperties17GetImageDateMonthEv_ZN15vtkImageReader217GetDataIncrementsEv_ZN14vtkImageImport33InvokeExecuteInformationCallbacksEv__cxa_atexit@GLIBC_2.2.5_ZN15vtkImageReader222SetDataScalarTypeToIntEv_ZN25vtkMedicalImageProperties23GetPatientBirthDateYearEv_ZN22vtkMedicalImageReader23NewEv_ZN18vtkMetaImageReader17GetFileExtensionsEv_ZN15vtkImageReader224SetDataScalarTypeToShortEv_ZN22vtkMedicalImageReader23IsAEPKc_ZN15vtkVolumeReader3IsAEPKc_ZN19vtkNIFTIImageWriter15SetNIFTIVersionEiPyvtkPostScriptWriter_ClassNew_ZN12vtkBMPReader14GetLookupTableEv_ZN12vtkSLCReader11CanReadFileEPKc_ZN13vtkTIFFReader31GetOrientationTypeSpecifiedFlagEv_ZN19vtkNIFTIImageHeader11SetSliceEndEx_ZN12vtkBMPWriter3NewEv_ZN12vtkPNGReader17GetFileExtensionsEv_ZN12vtkPNGWriter16WriteToMemoryOffEv_ZN19vtkNIFTIImageReader14GetNIFTIHeaderEv_ZN13vtkPythonArgs8SetArrayEiPKdi_ZN25vtkMedicalImageProperties20SetConvolutionKernelEPKc_ZNK14vtkImageImport19NewInstanceInternalEv_ZN12vtkPNGReader11CanReadFileEPKc_ZN25vtkMedicalImageProperties13GetGantryTiltEv_ZN19vtkNIFTIImageWriter14SetTimeSpacingEd_ZN13vtkPythonArgs8GetArrayEPii_ZN13vtkJPEGWriter9SetResultEP20vtkUnsignedCharArrayPyvtkNIFTIImageWriter_ClassNewPyvtkImageReader_ClassNew_ZN23vtkImageImportExecutive3NewEvPyVTKObject_StringPyvtkPNGWriter_ClassNew_ZN14vtkImageExport6ExportEPv_ZN15vtkImageReader213SetDataExtentEPi_ZN25vtkMedicalImageProperties14SetStationNameEPKc_ZN14vtkImageImport13SetDataOriginEddd_ZN13vtkPythonArgs10BuildTupleEPKii_ZN13vtkTIFFReader22SpacingSpecifiedFlagOnEv_ZNK13vtkNrrdReader19NewInstanceInternalEv_ZN25vtkMedicalImageProperties14GetAgeAsFieldsEPKcRiS2_S2_S2__ZN12vtkBMPReader8GetDepthEv_ZN14vtkImageWriter21GetFileDimensionalityEv_ZN14vtkImageExport17GetImageLowerLeftEv_ZN25vtkMedicalImageProperties12SetPatientIDEPKcPyErr_Clear_ZN14vtkImageReader10SetDataVOIEPi_ZN14vtkImageExport19GetCallbackUserDataEv_ZN12vtkBMPReader15Allow8BitBMPOffEv_ZN13vtkPythonArgs11SetArgValueEii_ZNK18vtkMetaImageReader19NewInstanceInternalEv_ZN18vtkJSONImageWriter12GetArrayNameEv_ZN25vtkMedicalImageProperties18SetXRayTubeCurrentEPKc_ZN15vtkImageReader213SetDataOriginEPdPyVTKAddFile_vtkImageReader2Factory_ZN12vtkPNGWriter9SetResultEP20vtkUnsignedCharArray_ZN19vtkDICOMImageReader16GetRescaleOffsetEvPyvtkBMPReader_ClassNew_ZN19vtkNIFTIImageHeader3NewEv_Z44PyvtkNIFTIImageHeader_UnitsXYZTEnum_FromEnumi_ZN19vtkNIFTIImageReader3NewEv_ZN19vtkNIFTIImageWriter3IsAEPKc_ZN19vtkNIFTIImageReader11CanReadFileEPKc_ZN12vtkPNGWriter27GetCompressionLevelMinValueEv_ZN12vtkPNGReader3NewEv_ZN14vtkImageExport16ImageLowerLeftOnEv_ZN14vtkImageWriter3IsAEPKcreal_initvtkIOImagePython_ZN19vtkNIFTIImageHeader8GetSRowYEvPyVTKAddFile_vtkBMPWriterPyvtkJPEGWriter_ClassNew_ZN15vtkVolumeReader13GetFilePrefixEv_ZN15vtkImageReader214SetDataSpacingEddd_ZN16vtkGESignaReader17GetFileExtensionsEv_ZNK17vtkVolume16Reader19NewInstanceInternalEv_ZN25vtkMedicalImageProperties24SetManufacturerModelNameEPKc_ZN25vtkMedicalImageProperties19SetPatientBirthDateEPKc_ZN14vtkImageExport13GetDataExtentEPi_ZN15vtkImageReader222SetFileNameSliceOffsetEiPyVTKAddFile_vtkNIFTIImageWriter_ZNK19vtkNIFTIImageReader19NewInstanceInternalEv_ZN25vtkMedicalImageProperties18SetAcquisitionDateEPKc_ZN14vtkImageExport17ImageLowerLeftOffEv_ZN19vtkNIFTIImageHeader11SetIntentP2Ed_ZN12vtkPNGReader3IsAEPKc_ZN17vtkVolume16Reader12SetSwapBytesEi_ZN13vtkTIFFWriter3NewEvPyVTKObject_GetObject__stack_chk_fail@GLIBC_2.4_ZN25vtkMedicalImageProperties20SetSeriesDescriptionEPKc_ZN15vtkImageReader227SetNumberOfScalarComponentsEi_ZN12vtkDEMReader29GetElevationReferenceAsStringEv_ZN14vtkImageImport21CopyImportVoidPointerEPvx_ZN25vtkMedicalImageProperties18GetInstitutionNameEv_ZN18vtkMetaImageWriter14SetCompressionEbPyVTKAddFile_vtkNIFTIImageHeader_ZNK22vtkImageReader2Factory19NewInstanceInternalEv_ZN19vtkDICOMImageReader10GetStudyIDEv_ZN13vtkPythonArgs8GetValueERb_ZN25vtkMedicalImageProperties24GetManufacturerModelNameEvPyvtkStreamingDemandDrivenPipeline_ClassNew_ZN13vtkPythonArgs8GetValueERj_ZN22vtkMedicalImageReader211GetModalityEv_ZN15vtkVolumeReader14SetDataSpacingEPd_ZN25vtkMedicalImageProperties14GetPatientNameEv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