Introduction - If you have any usage issues, please Google them yourself
right image sequence analysis of the exercise, the use of optical flow method. Then the movement of the lens, thereby realizing the movement analysis based on the lens Retrieval
Packet : 105230336motion_analysis_by_opticalflow.rar filelist
train
test
train\compute_opticalflow_LK.m
train\compute_opticalflow_LKW.m
train\func.m
train\func1.m
train\func1_1.m
train\func_1.m
train\gett.m
train\getuvmean.m
train\getxy.m
train\Horn_Schunck.m
train\Lucas_kanade.m
train\rosenew.m
train\synHS.m
train\synLK.m
train\train_direction.m
train\train_directionnew.asv
train\train_directionnew.m
train\train_magtitude.m
train\Untitled.m
train\information.mat
train\createinformation.m
train\createinformation.asv
train\synHS.asv
train\train_magtitude.asv
train\train_directionHS.m
train\train_directionLK.m
train\train_magtitudeHS.m
train\train_magtitudeLK.m
train\train_magtitudeHS.asv
train\trainfeture.m
train\trainfeture.asv
test\datamix.asv
test\datamix.m
test\direction_HS.dat
test\direction_LK.dat
test\distabs.m
test\hs_err_pid2380.log
test\magnitude_HS.dat
test\matching_dir.m
test\matching_mag.m
test\synresult.m
test\test.asv
test\test.m
test\createbuff.m
test\createbuff.asv
test\matching_dir.asv
test\testall.m
test\testall.asv
test\matching_mag.asv
test\testallback.m
test\matching_mag_1.m
test\matching_mag_2.m