Index B | C | D | F | G | M | S B bin_data() (in module fluidsf) C calculate_advection_2d() (in module fluidsf) calculate_advection_3d() (in module fluidsf) calculate_separation_distances() (in module fluidsf) calculate_separation_distances_3d() (in module fluidsf) calculate_sf_maps_2d() (in module fluidsf) calculate_structure_function_1d() (in module fluidsf) calculate_structure_function_2d() (in module fluidsf) calculate_structure_function_3d() (in module fluidsf) D dir-diffs: Separation distances in each direction (dir = x, y, z). These are calculated as the Euclidean distance between pairs of data points in the flow field. Provided in the same units as the input data. F fluidsf module G generate_sf_maps_2d() (in module fluidsf) generate_structure_functions_1d() (in module fluidsf) generate_structure_functions_2d() (in module fluidsf) generate_structure_functions_3d() (in module fluidsf) M module fluidsf S SF_advection_scalar_dir: Advective scalar structure function in the direction of the separation vector (dir = x, y, z). SF_advection_velocity_dir: Advective velocity structure function in the direction of the separation vector (dir = x, y, z). SF_LL_dir: Longitudinal second order velocity structure function in the direction of the separation vector (dir = x, y, z). SF_LLL_dir: Longitudinal third order velocity structure function in the direction of the separation vector (dir = x, y, z). SF_LSS_dir: Longitudinal-scalar-scalar third order velocity structure function in the direction of the separation vector (dir = x, y, z). SF_LTT_dir: Longitudinal-transverse-transverse third order velocity structure function in the direction of the separation vector (dir = x, y, z). shift_array_1d() (in module fluidsf) shift_array_2d() (in module fluidsf) shift_array_3d() (in module fluidsf) shift_array_xy() (in module fluidsf)