TubeTK/Events/2010.10.26: Difference between revisions
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(Created page with "= Danielle = * Computed weighting term between anisotropic and diffusive regularization = exponential decay as a function of distance to the closest polydata point * Registratio...") |
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* Sliding boxes: | * Sliding boxes: | ||
Original fixed image: | |||
[[File:SlidingBoxes2_originalFixedImage.png|500 px]] | |||
Original moving image: | |||
[[File:SlidingBoxes2_originalMovingImage.png|500 px]] | |||
Organ borders: | |||
[[File:SlidingBoxes2_border.png|500 px]] | |||
Border normals: | |||
[[File:SlidingBoxes2_normals.png|500 px]] | |||
Motion field, no regularization: | |||
[[File:SlidingBoxes2_resultingMotionField_noRegularization.png|500 px]] | |||
Transformed moving image: | |||
[[File:SlidingBoxes2_transformedMovingImage_noRegularization.png|500 px]] | |||
Motion field, diffusive regularization: | |||
[[File:SlidingBoxes2_resultingMotionField_diffusive.png|500 px]] | |||
Transformed moving image: | |||
[[File:SlidingBoxes2transformedMovingImage_diffusive.png|500 px]] | |||
Motion field, anisotropic diffusive regularization: | |||
[[File:SlidingBoxes2_resultingMotionField_anisotropic.png|500 px]] | |||
Transformed moving image: | |||
[[File:SlidingBoxes2_transformedMovingImage_anisotropic.png|500 px]] | |||
* Writing paper, due Thursday | * Writing paper, due Thursday | ||
== Questions == | == Questions == | ||
* Better way to find distance from a point to a polydata? | * Better way to find distance from a point to a polydata? | ||
Revision as of 05:00, 26 October 2010
Danielle
- Computed weighting term between anisotropic and diffusive regularization = exponential decay as a function of distance to the closest polydata point
- Registration works!
Sliding organ registration
- Sliding tubes:
Original fixed image:
Original moving image:
Organ borders:
Border normals:
Motion field, no regularization:
Transformed moving image:
Motion field, diffusive regularization:
Transformed moving image:
Motion field, anisotropic diffusive regularization:
Transformed moving image:
- Sliding boxes:
Original fixed image:
Original moving image:
Organ borders:
Border normals:
Motion field, no regularization:
Transformed moving image:
Motion field, diffusive regularization:
Transformed moving image:
File:SlidingBoxes2transformedMovingImage diffusive.png
Motion field, anisotropic diffusive regularization:
Transformed moving image:
- Writing paper, due Thursday
Questions
- Better way to find distance from a point to a polydata?
