Input Data Options tomographic data (1) segmented data (2) burn data (3) medial axis data (4) throat data (5) pore-throat network data (6) fluid data (7) Enter choice: 2 Data Processing Options plot image (1) resize data (2) disconnected volume distribution (3) clean up segmented files (4) burn and compute LKC medial axis/surface (5) moment of inertia of disconnected components (6) convert data to/from ascii format (7) 2-point covariance function (8) tomographic/segmented data covariance comparison (9) set fiducial polygon exterior to grain phase (10) overlay segmented and tomographic images (11) pore erosion connectivity analysis (12) directional erosion connectivity analysis (13) seal image volume (14) convert to/from segmented slice/volume file formats (15) Enter choice: 4 Enter basename for input segmented volume file(s): ../seg/sw Are file(s) compressed? [y,n]: y Enter first and last slice of data to use: 1 256 Input data can be inverted to compute burn/medial axis of grain space rather than void space. Invert data (y,n(dflt))?: n Apply morphological closure operation to grain space? (y,n(dflt)): n Fiducial polygon generation methods NONE (N) MANUAL (M) AUTOMATIC (A) Enter method: N Correct for ring artifacts? (y,n(dflt)): n The material/void boundary can be lightly smoothed. Available options are 0) no conversion or convert those boundary voxels having 1) exactly one neighbor of the same type 2) less than a majority of neighbors of the same type Enter choice (0(dflt),1,2): 0 Isolated clusters of grain and/or pore voxels up to a specifed size can be assumed to be misidentified and converted to the opposite material type. Convert isolated grain clusters? (y,n): y Enter maximum allowed size (number of voxels) for convertible isolated grain cluster: 1000 Convert isolated pore clusters? (y,n): y Enter maximum allowed size (number of voxels) for convertible isolated pore cluster: 1000 Enter basename for output segmented file(s): ../c_seg/sw Are file(s) to be compressed? [y,n]: y Prepare raster files of corrected segmented image (y,n(dflt)): n Enter basename for raster files: ../c_seg/sw Merge raster files of segmented image (y,n(dflt)): n