Title:
High-accuracy-Optical-Flow
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- Category:
- matlab
- Tags:
-
[Matlab]
[源码]
- File Size:
- 1.2mb
- Update:
- 2013-10-04
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- Uploaded by:
- 史明明
Description: The files optical_flow_brox.m and
optical_flow_sand.m are the files you need to run.
optical_flow_brox.m implements the traditional algorithm. Just replace the first lines where images are read, with your image, and start the process.
optical_flow_sand.m implements a variant presented in CVPR 2006. Again just replace the lines "img1 = imread( ... )" and "img2 = imread( ... )" with your images and the rest is automatic.
The variable num_levels controls the number of images in the laplacian pyramid to be constructed. Change it to suit your convenience.
To Search:
File list (Check if you may need any files):
High accuracy Optical Flow\0144.ppm
..........................\0160.ppm
..........................\brox.zip
..........................\...._zip\computePsidashFS_brox.m
..........................\........\constructMatrix_brox.m
..........................\........\gaussDeriv.m
..........................\........\gaussianRescaling.m
..........................\........\gaussianSmooth.m
..........................\........\image_warp.m
..........................\........\imgGrad.m
..........................\........\mywarp_rgb.m
..........................\........\optic_flow_brox.m
..........................\........\psiDerivative.m
..........................\........\resolutionProcess_brox.m
..........................\........\sor.m
..........................\........\split.m
..........................\car0.png
..........................\car1.png
..........................\flow_documentation.pdf
..........................\sand.zip
..........................\...._zip\channels_new.m
..........................\........\computePsidashFS_sand.m
..........................\........\constructMatrix_sand.m
..........................\........\gaussDeriv.m
..........................\........\gaussianRescaling.m
..........................\........\gaussianSmooth.m
..........................\........\getalphaImg.m
..........................\........\image_warp.m
..........................\........\imgGrad.m
..........................\........\mywarp_rgb.m
..........................\........\optic_flow_sand.m
..........................\........\psiDerivative.m
..........................\........\resolutionProcess_sand.m
..........................\........\sor.m
..........................\........\split.m
..........................\Thumbs.db
..........................\brox_zip
..........................\sand_zip
High accuracy Optical Flow
