Difference between revisions of "Slicer3:Module:BinaryThresholding-Documentation"
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The purpose of this module is implementing simple binary thresholding in order to get a binary image at the end. In this project, the input is two spheres which are connected to each other and after this process, the pixel value of the inside of the connected spheres becomes 255, whereas the outside value is 0. | The purpose of this module is implementing simple binary thresholding in order to get a binary image at the end. In this project, the input is two spheres which are connected to each other and after this process, the pixel value of the inside of the connected spheres becomes 255, whereas the outside value is 0. | ||
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| + | In order to add the input, from the File tab of Slicer 3, the inputted volume is added to the data module. In this project the input is "spheres.nrrd" as seen in the part of Screen shots in [[Slicer3:Module:Binary Morphological Operations-Documentation|Binary Morphological Operations]]. The output of binary thresholding is then used for erosion. | ||
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| + | ==USAGE== | ||
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| + | ===Quick Tour of Features and Use=== | ||
Revision as of 15:08, 27 August 2008
Home < Slicer3:Module:BinaryThresholding-DocumentationBinary Thresholding
GENERAL INFORMATION
Module Type&Category
Type of this module is CLI and is under the category names Segmentation in Slicer 3.
Authors, Collaborators&Contact
- Author: Bike Kilic, MSc student in Northeastern University
- Contact: kilicbike@gmail.com
Module Description
The purpose of this module is implementing simple binary thresholding in order to get a binary image at the end. In this project, the input is two spheres which are connected to each other and after this process, the pixel value of the inside of the connected spheres becomes 255, whereas the outside value is 0.
In order to add the input, from the File tab of Slicer 3, the inputted volume is added to the data module. In this project the input is "spheres.nrrd" as seen in the part of Screen shots in Binary Morphological Operations. The output of binary thresholding is then used for erosion.
