TubeTK/Documentation/ComputeTortuosity: Difference between revisions

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# mask : image specifying the ROI. Pixel intensity is 0 outside the ROI and ≠0 inside the ROI (example : tubeTK/Data/Branch.n010.mha)
# mask : image specifying the ROI. Pixel intensity is 0 outside the ROI and ≠0 inside the ROI (example : tubeTK/Data/Branch.n010.mha)
# Methods
# Methods
## Distance Metric (flag = d)
## Distance Metric (flag = d, default = true)
## Inflection Count Metric (flag = i)
## Inflection Count Metric (flag = i, default = false)
## Sum Of Angles Metric (flag = s, default = false)


/home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/tre_files/Sick_A_c_upsamp--new.tre /home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/masks/Branch.n010.mha
/home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/tre_files/Sick_A_c_upsamp--new.tre /home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/masks/Branch.n010.mha


== Tests ==
== Tests ==

Revision as of 20:20, 8 November 2010

Documentation

  • Measuring the tortuosity of vessels using Distance Metric, Inflection Count Metric and Sum Of Angles Metric methods.

Right now, only the distance metric method is implemented.

Parameters

  1. input data : .tre files = files containing the successive 3D positions of the centerline of the tubes (example : tubeTK/Data/Branch-truth.tre)
  2. mask : image specifying the ROI. Pixel intensity is 0 outside the ROI and ≠0 inside the ROI (example : tubeTK/Data/Branch.n010.mha)
  3. Methods
    1. Distance Metric (flag = d, default = true)
    2. Inflection Count Metric (flag = i, default = false)
    3. Sum Of Angles Metric (flag = s, default = false)

/home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/tre_files/Sick_A_c_upsamp--new.tre /home/romain/Projects/TubeTK/tubetk/Applications/CLI/ComputeTortuosity/Testing/masks/Branch.n010.mha

Tests