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) lattice Boltzmann simulation (8) Enter choice: 5 Data Processing Options visualize throat barriers ( 1) visualize throat surfaces ( 2) pore/thr network construction ( 3) color-based pore/thr network construction ( 4) convert data files to/from ascii format ( 5) concatenate throat files ( 6) throat file information ( 7) compare and merge throats ( 8) unpad throat data indices ( 9) visualize throat individual barriers (10) construct throat barriers from perimeters (11) compute throat shape factors (12) Enter choice: 3 Enter basename for burn file(s): ../burn/sw Are file(s) compressed? [y,n]: y Enter first and last slice of data to use: 1 256 Enter throat data file name: ../throats/sw Are throat data file(s) compressed? [y,n]: y Enter basename for singlet loc/burn file(s): ../ma_t_unpad/cp_sngl Enter basename for cluster/path loc/burn file(s): ../ma_t_unpad/cp_loc Enter basename for cluster/path structure file(s): ../ma_t_unpad/cp_struct Are file(s) compressed? [y,n]: y A number of throat clean up routines are available. Reconstruct throat barriers from perimeters? (y(dflt)/n): y Remove the larger of two intersecting barriers? (y/n(dflt)): n Remove throats intersecting branch clusters? (y/n(dflt)): n Remove throats intersecting exactly 2 MA paths? (y/n(dflt)): n Remove throats intersecting 3 or more MA paths? (y/n(dflt)): n Corrected throats will be output to a new file. Enter throat data file name: ../throats/sw_cln Are throat data file(s) compressed? [y,n]: y