flow_code
.........\@alt_ba_optical_flow
.........\....................\private
.........\....................\parse_input_parameter.m
.........\....................\display.m
.........\....................\subsasgn.m
.........\....................\subsref.m
.........\....................\flow_operator.m
.........\....................\compute_flow.m
.........\....................\compute_flow_base.m
.........\....................\evaluate_log_posterior.m
.........\....................\evalaute_new_log_posterior.m
.........\....................\alt_ba_optical_flow.m
.........\@ba_optical_flow
.........\................\private
.........\................\parse_input_parameter.m
.........\................\display.m
.........\................\subsasgn.m
.........\................\subsref.m
.........\................\flow_operator.m
.........\................\compute_flow.m
.........\................\compute_flow_base.m
.........\................\evaluate_log_posterior.m
.........\................\flow_operator_test.m
.........\................\ba_optical_flow.m
.........\................\evaluate_log_posterior_grad.m
.........\................\evaluate_log_posterior_grad_test.m
.........\................\estimate_flow_gradient_ascent.m
.........\@classic_nl_optical_flow
.........\........................\private
.........\........................\display.m
.........\........................\subsasgn.m
.........\........................\subsref.m
.........\........................\flow_operator.m
.........\........................\compute_flow.m
.........\........................\compute_flow_base.m
.........\........................\evaluate_log_posterior.m
.........\........................\parse_input_parameter.m
.........\........................\evalaute_wa_log_posterior.m
.........\........................\classic_nl_optical_flow.m
.........\@hs_optical_flow
.........\................\private
.........\................\hs_optical_flow.m
.........\................\display.m
.........\................\subsasgn.m
.........\................\subsref.m
.........\................\flow_operator.m
.........\................\compute_flow.m
.........\................\compute_flow_base.m
.........\................\evaluate_log_posterior.m
.........\................\parse_input_parameter.m
.........\................\compute_flow_increment_cgd.m
.........\................\evaluate_log_posterior_grad.m
.........\utils
.........\.....\flowColorCode
.........\.....\.............\README.txt
.........\.....\.............\colorTest.m
.........\.....\.............\computeColor.m
.........\.....\.............\flowToColor.m
.........\.....\.............\readFlowFile.m
.........\.....\.............\writeFlowFile.m
.........\.....\mex
.........\.....\...\xrepmat.c
.........\.....\...\xrepmat.mexa64
.........\.....\...\makemex.m
.........\.....\...\xrepmat.mexglx
.........\.....\...\sor.mexa64
.........\.....\...\mexutil.h
.........\.....\...\mexutil.c
.........\.....\...\mex_tools.h
.........\.....\...\mex_tools.c
.........\.....\...\xrepmat.mexmaci
.........\.....\...\sor.mexglx
.........\.....\...\residual.h
.........\.....\...\sor.cpp
.........\.....\...\sor.mexmaci
.........\.....\@robust_function
.........\.....\................\private
.........\.....\................\.......\charbonnier.m
.........\.....\................\.......\gaussian.m
.........\.....\................\.......\geman_mcclure.m
.........\.....\................\.......\huber.m
.........\.....\................\.......\lorentzian.m
.........\.....\................\.......\mixture.m
.........\.....\................\.......\quadratic.m
.........\.....\................\.......\spline.m
.........\.....\................\.......\tdist.m
.........\.....\................\.......\tdist_unnorm.m
.........\.....\................\.......\tukey.m
.........\.....\................\.......\generalized_charbonnier.m
.........\.....\................\deriv.m
.........\.....\................\deriv_over_x.m
.........\.....\................\display.m
.........\.....\................\evaluate.m