text: # DB TYPE
  #db_type                = "COMPRESSED NIFTI"   # [ "DICOM" | "NIFTI" | "COMPRESSED NIFTI"]
  
  
  # DB SOURCE PATHS
  # External storage
  #src_image_path          = "/media/willytell/TOSHIBA EXT/LungCTDataBase/LIDC-IDRI/Nii_Vol/CT_nii"
  #src_mask_path           = "/media/willytell/TOSHIBA EXT/LungCTDataBase/LIDC-IDRI/Nii_Vol/CTmask_nii"
  
  # Local storage
  src_image_path          = "/home/willytell/Escritorio/LungCTDataBase/preprocessed/Nii_Vol/CTRoi_nii"
  src_mask_path           = "/home/willytell/Escritorio/LungCTDataBase/preprocessed/Nii_Vol/CTRoimask_nii_part2"
  
  # Set internal_input = 1 if image and mask have the following string pattern:
  #  Image filename: LIDC-IDRI-0001_GT1.nii.gz
  #  Mask filename:  LIDC-IDRI-0001_GT1_Mask.nii.gz
  # OR
  # Set internal_input = 2 if image and mask have the following string pattern:
  #  Image filename: LIDC-IDRI-0001_GT1_1.nii.gz
  #  Mask filename:  LIDC-IDRI-0001_GT1_1_Mask.nii.gz
  internal_input          = 2
  
  mask_pattern            = '*.nii.gz'
  
  # OUTPUT PATHS
  dst_image_path          = "/home/willytell/Escritorio/LungCTDataBase/lc3d/Nii_Vol/CTRoi_nii"
  dst_mask_path           = "/home/willytell/Escritorio/LungCTDataBase/lc3d/Nii_Vol/CTRoimask_nii"
  
  
  # Labeling
  labeling_se_dim         = '(3, 3, 3)'   # Labeling structure_element dimension
  
  # TODO: set variables by plugin.
  # Strategy to expand the VolumeBBox
  #expanionStrategy        = 'uniform'    # ['uniform' | 'uniform checking bg']
  # UniformExpansion
  uniform_nvoxels         = 1             # Uniform Expansion: amount of voxels to increment in each step.
  uniform_limit           = 1             # Uniform Expansion: limit in each direction.
  
  # Bg_pExpansion
  background_p            = 50
  groundtruth_p           = 50
  bg_p_nvoxels            = 1             # Bg_p Expansion: amount of voxels to increment in each step.
  check_bg_percentage     = True          # Check the background percentage during the expansion
  
  # physicianDeltaExpansion
  physicianDelta_expand_x = [5, 5]      # [expandX1, expandX2]
  physicianDelta_expand_y = [5, 5]
  physicianDelta_expand_z = [5, 5]
  
  physicianDelta_growth_x = 1             # int to increase in x axis
  physicianDelta_growth_y = 1
  physicianDelta_growth_z = 1
  
  # random delta
  physicianDelta_delta_x  = None #[1, 1]        # [None | [deltaX1, deltaX2]] => used to [(expandX1 +/- deltaX1), (expandX2 +/- deltaX2)]
  physicianDelta_delta_y  = None #[5, 5]
  physicianDelta_delta_z  = None #[5, 5]
  
  # Sliding Window
  window_size             = 3             # [3 | 5 | 7 | 9 | 11 | so on ]. For example, 3 means a volume of 3x3x3.
  deltaX                  = 1             # slide n voxel in x direction
  deltaY                  = 1             # slide m voxel in y direction
  deltaZ                  = 1             # slide l voxel in z direction
  mode                    = 'edge'        # ['constant'|'edge'|'mean'| etc.] Look inside np.pad() for all the modes.
  
  # Radiomic
  radiomicConfigFile      = "/home/willytell/Documentos/PhD/lc3d/config/Params.yaml"
  