SimpleITK/Advisory Review Board: Difference between revisions

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* '''Option 2 - Procedural with parameter setting'''
* '''Option 2 - Procedural with parameter setting'''
<pre>
// Read the image
itk::simple::ImageFileReader reader;
reader.SetFilename("sample/path/to/image.jpg");
itk::simple::Image::Pointer im = reader.execute();
// Apply Gaussian with sigma = 2
itk::simple::Gaussian filter;
filter.SetSigma(2);
im = filter.execute(im);
// Write out the image
itk::simple::ImageFileWriter writer;
writer.SetFilename("sample/path/to/output.png");
writer.execute(im);
</pre>
* '''Option 3 - Pipelined'''
* '''Option 3 - Pipelined'''



Revision as of 19:27, 2 September 2010

  • Harvey Cline, Kitware Inc.
  • Raghu Machiraju, The State University of Ohio
  • John Galeotti, CMU
  • Hans Johnson, University of Iowa
  • Fabrice de Chaumont, Pasteur Institute
  • New students in the UNC CISMM project (taylorr@cs.unc.edu)
  • Jesus Caban, NLM-NIH

ARB Prototype Code

Gaussian Filter

  • Pseudocode
    • Open Image
    • Blur with Gaussian using sigma = 2
    • Write out the image
  • Option 1 - Fully procedural
// Read the image
itk::simple::ImageFileReader reader;
itk::simple::Image::Pointer im = reader.execute("sample/path/to/image.jpg");

// Apply Gaussian with sigma = 2
itk::simple::Gaussian filter;
im = filter.execute(im, 2);

// Write out the image
itk::simple::ImageFileWriter writer;
writer.execute(im, "sample/path/to/output.png");
  • Option 2 - Procedural with parameter setting
// Read the image
itk::simple::ImageFileReader reader;
reader.SetFilename("sample/path/to/image.jpg");
itk::simple::Image::Pointer im = reader.execute();

// Apply Gaussian with sigma = 2
itk::simple::Gaussian filter;
filter.SetSigma(2);
im = filter.execute(im);

// Write out the image
itk::simple::ImageFileWriter writer;
writer.SetFilename("sample/path/to/output.png");
writer.execute(im);
  • Option 3 - Pipelined

Image Registration

Level Set

Region Growing

Watershed

QuadEdgeMesh