VIGRA is a computer vision library that puts its main emphasize on flexible algorithms, because algorithms represent the principle know-how of this field. The library was consequently built using generic programming as introduced by Stepanov and Musser and exemplified in the C++ Standard Template Library. By writing a few adapters (image iterators and accessors) you can use VIGRA s algorithms on top of your data structures, within your environment. Alternatively, you can also use the data structures provided within VIGRA, which can be easily adapted to a wide range of applications. VIGRA s flexibility comes almost for free: Since the design uses compile-time polymorphism (templates), performance of the compiled program approaches that of a traditional, hand tuned, inflexible, solution.

vigra

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.....\basicgeometry.hxx
.....\basicimage.hxx
.....\basicimageview.hxx
.....\bmp.cxx
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.....\bordertreatment.hxx
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.....\byteorder.cxx
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.....\codec.hxx
.....\codecmanager.cxx
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.....\codecmanager.o
.....\colorconversions.hxx
.....\combineimages.hxx
.....\config.hxx
.....\contourcirculator.hxx
.....\convolution.hxx
.....\copyimage.hxx
.....\cornerdetection.hxx
.....\diff2d.hxx
.....\distancetransform.hxx
.....\edgedetection.hxx
.....\eigensystem.hxx
.....\error.hxx
.....\error2.hxx
.....\fftw.hxx
.....\fftw3.hxx
.....\flatmorphology.hxx
.....\functorexpression.hxx
.....\functortraits.hxx
.....\gaborfilter.hxx
.....\gaussians.hxx
.....\imagecontainer.hxx
.....\imageinfo.cxx
.....\imageinfo.hxx
.....\imageinfo.o
.....\imageiterator.hxx
.....\imageiteratoradapter.hxx
.....\impex.hxx
.....\initimage.hxx
.....\inspectimage.hxx
.....\interpolating_accessor.hxx
.....\iteratoradapter.hxx
.....\iteratortags.hxx
.....\iteratortraits.hxx
.....\labelimage.hxx
.....\linear_algebra.hxx
.....\linear_solve.hxx
.....\localminmax.hxx
.....\main.cpp
.....\main.o
.....\Makefile.win
.....\mathutil.hxx
.....\matrix.hxx
.....\memory.hxx
.....\metaprogramming.hxx
.....\multi_array.hxx
.....\multi_convolution.hxx
.....\multi_iterator.hxx
.....\multi_pointoperators.hxx
.....\navigator.hxx
.....\nonlineardiffusion.hxx
.....\numerictraits.hxx
.....\orientedtensorfilters.hxx
.....\pixelneighborhood.hxx
.....\polynomial.hxx
.....\rational.hxx
.....\recursiveconvolution.hxx
.....\resampling_convolution.hxx
.....\resizeimage.hxx
.....\rfftw.hxx
.....\rgbvalue.hxx
.....\seededregiongrowing.hxx
.....\separableconvolution.hxx
.....\splineimageview.hxx
.....\splines.hxx
.....\stdconvolution.hxx
.....\stdimage.hxx
.....\stdimagefunctions.hxx
.....\symmetry.hxx
.....\tensorutilities.hxx
.....\tinyvector.hxx
.....\transformimage.hxx
.....\tuple.hxx
.....\utilities.hxx
.....\vigra.dev
.....\vigra.exe
.....\vigra.IAB
.....\vigra.IAD
.....\vigra.IMB
.....\vigra.IMD
.....\vigra.layout

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