Here it is in python:
r = vtkBMPReader()
r.SetFileName( 'test1.bmp' )
w = vtkGDCMImageWriter()
w.SetInput( r.GetOutput() )
w.SetFileName( 'test1.dcm' )
w.Write()
If your input BMP uses a lookup table, you can simply pass it:
r = vtkBMPReader()
r.SetFileName( 'test1.bmp' )
r.Allow8BitBMPOn()
r.Update()
r.GetOutput().GetPointData().GetScalars().SetLookupTable( r.GetLookupTable() )
w = vtkGDCMImageWriter()
w.SetInput( r.GetOutput() )
w.SetFileName( 'test1.dcm' )
w.SetImageFormat( VTK_LOOKUP_TABLE );
w.Write()
And vice versa (DICOM → BMP):
r = vtkGDCMImageReader()
r.SetFileName( 'test1.dcm' )
w = vtkBMPWriter()
w.SetInput( r.GetOutput() )
w.SetFileName( 'test1.bmp' )
w.Write()
Of course you can do this from the command line, just use gdcm2vtk :
$ gdcm2vtk input.bmp output.dcm
or
$ gdcm2vtk --palette-color input.bmp output.dcm
malat source
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