MedOtter/ISPY1-Tumor-SEG-Radiomics huggingface dataset:
Feature: Generic
Parameter: Quantization_Extent
Type: String
Range: Image:ROI
Default: ROI
Comments: Whether the quantization of Intensities is supposed to happen on a per-image basis or on a per-ROI basis
Feature: Generic
Parameter: Quantization_Type
Type: String
Range: FixedBinNumber:FixedBinSize:Equal	
Default: FixedBinNumber
Feature: Generic
Parameter: Resampling
Type: mm
Range: 0:10
Default: 0
Comments: Resamples all images and masks to this value of voxel/pixel resolution before computations (0: no resampling): reduce this number of more accuracy
Feature: Generic
Parameter: ResamplingInterpolator_Image
Type: mm
Range: Nearest:Linear:BSpline
Default: BSpline
Comments: Type of interpolator to use if resampling is happening  ignored if m_resamplingResolution = 0
Feature: Generic
Parameter: ResamplingInterpolator_Mask
Type: mm
Range: Nearest:Linear:BSpline
Default: BSpline
Comments: Type of interpolator to use if resampling is happening  ignored if m_resamplingResolution = 0
Feature: Morphologic
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: Morphologic
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done
Feature: Morphologic
Parameter: Range
Type: Int
Range: (0:1)
Default: 0
Comments: 0:largest connected component in ROI; 1: all connected components larger than 5% of total image size
Feature: Volumetric
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: Volumetric
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done
Feature: Histogram
Parameter: Bins
Type: Int
Default: 128
Comments: The number of bins to calculate for the Histogram
Feature: GLCM
Parameter: Bins
Type: Int
Default: 128
Feature: GLCM
Parameter: Directions
Type: Int
Range: 3:27
Default: 27
Comments: The number of directions around the center voxel to calculate features on
Feature: GLCM
Parameter: Radius
Type: Int
Range: (1:9)
Default: 1
Comments: Radius around the center voxel which can be in mm as well (needs to be defined as float in same space as input image/mask)
Feature: GLCM
Parameter: Offset
Type: String
Range: [Individual:Average:Combined]
Default: Average
Comments: Either individual offset values or averaged
Feature: GLCM
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: GLCM
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done (keep in mind that single slice computation for individual offsets might not work)
Feature: GLRLM
Parameter: Bins
Type: Int
Default: 128
Feature: GLRLM
Parameter: Directions
Type: Int
Range: 3:27
Default: 27
Comments: The number of directions around the center voxel to calculate features on
Feature: GLRLM
Parameter: Radius
Type: Int
Range: (1:9)
Default: 3
Comments: Radius around the center voxel which can be in mm as well (needs to be defined as float in same space as input image/mask)
Feature: GLRLM
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: GLRLM
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done (keep in mind that single slice computation for individual offsets might not work)
Feature: GLRLM
Parameter: Offset
Type: String
Range: [Individual:Average:Combined]
Default: Average
Comments: Either individual offset values or averaged
Feature: GLRLM
Parameter: Range
Type: Int
Default: 3
Comments: The run length distance
Feature: GLSZM
Parameter: Bins
Type: Int
Default: 128
Feature: GLSZM
Parameter: Directions
Type: Int
Range: 3:27
Default: 27
Comments: The number of directions around the center voxel to calculate features on
Feature: GLSZM
Parameter: Radius
Type: Int
Range: (1:9)
Default: 3
Comments: Radius around the center voxel
Feature: GLSZM
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: GLSZM
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done (keep in mind that single slice computation for individual offsets might not work)
Feature: GLSZM
Parameter: Range
Type: Int
Default: 3
Comments: The run length distance
Feature: NGTDM
Parameter: Bins
Type: Int
Default: 128
Feature: NGTDM
Parameter: Directions
Type: Int
Range: 3:27
Default: 27
Comments: The number of directions around the center voxel to calculate features on
Feature: NGTDM
Parameter: Radius
Type: Int
Range: (1:9)
Default: 3
Comments: Radius around the center voxel
Feature: NGTDM
Parameter: Offset
Type: String
Range: [Individual:Average]
Default: Average
Comments: Either individual offset values or averaged
Feature: NGTDM
Parameter: Dimension
Type: String
Range: [2D:3D]
Default: 3D
Comments: For calculating 2D slice (maximum area along specified axis) or full 3D volume features
Feature: NGTDM
Parameter: Axis
Type: String
Range: [z:x:y]
Default: z
Comments: The axis with maximum area for which the 2D slice computation is to be done (keep in mind that single slice computation for individual offsets might not work)
Feature: LBP
Parameter: Radius
Type: Int
Range: (1:9)
Default: 3
Comments: Radius around the center voxel/pixel (if defined as float it is assumed to be in world coordinates and if as Integer it is assumed to be in image coordinates)