What intensity segmenter tool are you referring to?
What is a .giple file? If it is an image volume file format then all you need to do is to indicate upon loading that you want this volume to be interpreted as a labelmap: in “Add data” dialog click “Show options” and check “LabelMap” checkbox.
What I’d suggest is to do the whole workflow in Slicer. It can import the CBCT, and you can do nice visualizations of it. Segment Editor is probably the most advanced freely available manual and semi-automated tools out there, which can save the result to STL, DICOM SEG, etc. If the Intensity Segmentation tool you referred to is essential to your work, then as @lassoan said in this thread we can probably easily add it to Segment Editor as a new effect. You won’t even need to use Model Maker because Segment Editor takes care of the conversions internally.
This is how such a workflow looks in Slicer: https://slicer.readthedocs.io/en/latest/user_guide/data_loading_and_saving.html
Update: Making CLIs Segmentation enabled would solve this problem too. Then there would be no need to add an effect for each segmenter CLI.
Actually, the idea of my research is to measure the skeletal relapse after jaw surgery. I mean the movement happened between CBCT taken at T1 and another CBCT taken at T2.
I had to do superimposition of theses 2 CBCTs or .dicom files using Dolphin Software (common software for orthodontist ) then export the result as reg.T2.dicom files.
I was told that I have to convert T1.dicom files and reg.T2.dicom files to T1.gipl + reg.T2.gibl files using ITk sanp first.
Then use intensity segmenter tool from slicer.
Then make a model for T1.vtk and reg.T2.vtk
Then finally open these 2 files together in slicer with tool pick and paint + mesh stat to mesure the relapse.
I know it is a little bit complicated and time consuming but this what I was told by other resident.
I watch and read the stuff that you provided and hopefully it can be applied in my data.
Thank you again and I really appreciate yoyr help
You can do the superimposition (we call it registration) in Slicer too. I’d first try the SlicerElastix extension. If you have problems then “General Registration (BRAINS)” in Slicer is another very good registration module but harder to use (although there is a registration case library that can help).
I don’t understand this part. Can you please elaborate on the measurement step?
pick 'n paint and mesh statistics tools are working together.
once you have your final model.vtk opened by slicer… choose pick 'n paint tool and you can add more then one points and region of interest (ROI) on your model then go to tool mesh and statistics then adjust some settings then hit Run… you will get numbers or measurements (max., min., mean and SD) that measure the distance between the point that you picked (basically the difference between T1 and T2 in specific point)
I am trying to use the same methodology you mentioned.
Were you able to figure out how to do the superimposition?
I am supposed to follow the steps: conversion of Dicom files to GIPL in ITK, Resampling in 3D Slicer, and now Segment with Intensity Segmenter in 3D Slicer.
I am stuck in this last step… when I try to apply the Range Files , it does not change or apply
I used this range of files in Slicer 4.0, but now I only have Slicer 5.0.