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VisionLab Features Library
Andrea Vedaldi and Brian Fulkerson
In most cases, you do not need to compile or build the documentation
as described below. Instead, to use with MATLAB, simply cd to the
toolbox directory and type vl_setup.
Binaries are created in the bin/XXX directory, where XXX changes
depending on the architecture. VLFeat supports the following (the
naming reflects MATLAB naming for MEX files):
- maci Mac OS X Intel
- maci64 Mac OS X Intel (64 bit)
- glx GNU Linux i386
- a64 GNU Linux x64
- w32 Windows
- w64 Windows (64 bit)
The executable binaries can be installed anywhere in the command
line path (the directory contains also the static library).
More details may be found in the provided HTML documentation
The core library and command line utilities require a common C
compiler supporting the C-90 standard and some C-99 extension (GCC
and Visual C will do) plus a few common extension (see APPENDIX). To
compile MATLAB support, MATLAB should also be installed and the
MATLAB MEX command should be working correctly.
In general, issuing
> make
should be enough to compile VLFeat. Type
> make help
or refer to for further instructions.
WINDOWS. VLFeat bundels a Microsoft NMAKE Makefile (Makefile.mak)
script that has been tested under Visual C++ 2008 Express and MATLAB
R2008a (minor adjustments may be required for other versions). Open
the Visual C terminal, cd into the VLFeat directory and issue.
> nmake /f Makefile.mak
For Windows 64 use
> nmake /f Makefile.mak ARCH=w64
If you do not have Visual C++ 2008, or you have an older version of
MATLAB and wish to compile the mex files _only_, then you may start
from our binary distribution. Enter the toolbox directory:
> cd toolbox
And run our mex compilation script from the MATLAB command line:
> vl_compile
This has been tested with MATLAB R14 and lcc, but other
configurations should only require minor tweaking.
This task is handled by various Makefile that have been tested under
Mac OS X and Linux only. Compiling the documentation requires the
following additional tools
- fig2dev (part of transfig)
- a modern LaTeX with
+ pdflatex
+ dvips
+ htlatex (possibily part of TeX4ht)
+ dvipng (possibily a separated package)
- doxygen
FIGURES. Figures are preprocessed by typing
> make -C doc/figures
However you need to run some MATLAB code to generate part of the
figures to start with. To this end, load MATLAB and (provided that
everything is compiled and installed correctly) type
> vl_demo
TUTORIALS. To create the figures for the tutorials, issue
> make doc-deep
> make doc
SOURCE CODE DOCUMENTATION. To compile the source code documentation
> make doc-api
See the file doc/index.html for an overview.
CODE COMPATIBILITY. In addition to the C-90 standard, the C compiler
is supposed to support the following common features:
- long int (64 bit integer) support
- variadic macro support
The SSE accelerated code requires the compiler to support Intel
intrisic. GCC and Visual C both satisfy all the requirements.
0.9.9 Added: sift matching example. Extended Caltech-101
classification example to use kd-trees.
0.9.8 Added: image distance transform, PEGASOS, floating point
K-means, homogeneous kernel maps, a Caltech-101
classification example. Improved documentation.
0.9.7 Changed the Mac OS X binary distribution to require
a less recent version of Mac OS X (10.5).
0.9.6 Changed the GNU/Linux binary distribution to require
a less recent version of the C library.
0.9.5 Added kd-tree and new SSE-accelerated vector/histogram
comparison code. Improved dense SIFT (dsift) implementation.
Added Snow Leopard and MATLAB R2009b support.
0.9.4 Added quick shift. Renamed dhog to dsift and improved
implementation and documentation. Improved tutorials.
Added 64 bit Windows binaries. Many other small changes.
0.9.3 Namespace change (everything begins with a vl_ prefix
now). Many other changes to provide compilation support
on Windows with MATLAB 7.
beta-3 Completions to the ikmeans code.
beta-2 Many completions.
beta-1 Initial public release.
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