![]() With the option selected above, for example, once you install you will get files copied to Note that CMAKE_INSTALL_PREFIX contains the root directory where compiled code and include files will be installed under. I personally had to build ITK with the following options to make the Symmetric Log-Domain Diffeomorphic Demons Algorithm work, but you may want to use different options At the end, the following options are available by default ![]() Initially, you get the CMake interface with an "EMPTY CACHE" message. $ cd /usr/local/itk/InsightToolkit-3.14.0/bin $ sudo mkdir /usr/local/itk/InsightToolkit-3.14.0/binĬhange directory to the binary directory, and run the CMake configuration tool $ sudo rm -rf InsightToolkit-3.14.0.tar.gzĬreate a binary directory to compile the code, for example This will create a directory called /usr/local/itk/InsightToolkit-3.14.0, and you can delete the tarball ![]() $ sudo tar xvzf InsightToolkit-3.14.0.tar.gz (If you need the latest CVS version, see the file GettingStarted.txt that comes with the Released source code.) As of this writing, the latest version is Release 3.14, so download the tarball InsightToolkit-3.14.0.tar.gz. (If you don't really need to hack into ITK, there are some notes on how to install using Ubuntu packages in the next section).Īssuming that you are fine with Released code and don't need the latest CVS version, first download the ITK source code. ![]() The rest of this section explains how to do this. So I'd say that if you are in for any serious usage of ITK, you are better off downloading, compiling and installing the source code. My own experience is that sooner or later you will need to upgrade to the latest version of ITK, or make some configuration change, or add "Review" or "Patented" functions, etc.
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