文件名称:flow_code
- 所属分类：
- 图形图像处理(光照,映射..)
- 资源属性：
- [Matlab] [源码]
- 上传时间：
- 2013-03-07
- 文件大小：
- 2.49mb
- 下载次数：
- 0次
- 提 供 者：
- 产**
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
这个压缩包里包含着光流的代码，是CVPR10年的一片论文的代码，光流的内容很丰富-The compression bag contains the code of the optical flow, is CVPR10 a paper code, optical flow is very rich
(系统自动生成,下载前可以参看下载内容)
下载文件列表
flow_code_v2
............\@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
............\.....\.....