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When performing a conversion with nm_mrac2mu an inpainted high-density region in the umap does not get correctly translated.
An inpainted region with value 5000 (1e4/cm) get converted to 0.0904 (1/cm) after using nm_mrac2mu (v2.0.1).
Steps to reproduce the error:
Use a siemens biograph mMR 4-class umap as a basis. Paint in a high-density region and rewrite the dicom files like the original umap dicom series, but with the now modified pixel arrays. Convert the dicom folder to interfile using nm_mrac2mu.
Suggested solution:
Change conversion to allow for larger values or throw a warning if max value in input umap exceeds the maximum supported value of the conversion tool.
Optional: Why high LAC values can be useful?
I use a umap with an inpainted high-density region painted into a region that I can recognize both in the reconstructed PET and the umap itself to verify the alignment of the umap and PET data during image reconstruction.
The text was updated successfully, but these errors were encountered:
When performing a conversion with nm_mrac2mu an inpainted high-density region in the umap does not get correctly translated.
An inpainted region with value 5000 (1e4/cm) get converted to 0.0904 (1/cm) after using nm_mrac2mu (v2.0.1).
Steps to reproduce the error:
Use a siemens biograph mMR 4-class umap as a basis. Paint in a high-density region and rewrite the dicom files like the original umap dicom series, but with the now modified pixel arrays. Convert the dicom folder to interfile using nm_mrac2mu.
Suggested solution:
Change conversion to allow for larger values or throw a warning if max value in input umap exceeds the maximum supported value of the conversion tool.
Optional: Why high LAC values can be useful?
I use a umap with an inpainted high-density region painted into a region that I can recognize both in the reconstructed PET and the umap itself to verify the alignment of the umap and PET data during image reconstruction.
The text was updated successfully, but these errors were encountered: