ITK Release 4/Microscopy/File Formats/Bio-Formats

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This page describes the process of building the ITK adaptors to the Bio-Format library.

Download JACE

Check out the Jace source code: 

   svn co -r 39 https://jace.svn.sourceforge.net/svnroot/jace/trunk /path/to/jace

Where 

   /path/to/jace

is the desired location of your Jace source code checkout.

The "-r 39" matters, since Jace revisions 40 and later may not work with bf-cpp. As of this writing, the most recent revision was 52, and it does not compile on some systems. We currently recommend revision 39.

Download Bio-Formats

Download the bio-formats code according to the instructions in 

  http://www.loci.wisc.edu/bio-formats/source-code

Essentially 

  git clone git://dev.loci.wisc.edu/bio-formats.git

Build Bio-Formats and Its C++ Bindings

go to the top directory of the bio-formats source tree and type 

   ant tools

then go to the directory "components/native/bf-cpp" 

   cd components/native/bf-cpp

and type 

   ant   -Djace.home=/path/to/jace

where "/path/to/jace" is the path to the directory where you checked out the code of JACE.

This will produce C++ libraries that wrap the functionalities of the Bio-Formats Java library.

If you have installed boost in a non-standard directory (say, /home/user/myinstall), CMake may complain that it cannot find the boost library. You can set the CMAKE_PREFIX_PATH environment variable to point to your custom installation base directory (/home/user/myinstall). CMake should then be able to find boost.

If builds fails in 64 bits machine

When building in Linux 64 bits machine you may see the message:

BUILD FAILED /home/ibanez/src/bio-formats/components/native/bf-cpp/build.xml:162: Warning: Could not find file /home/ibanez/src/bio-formats/artifacts/loci_tools.jar to copy.

This tend to be the result of using the static version of the boost thread libraries in the configuration of jace.

This can be fixed by doing: 

   cd build
   make edit_cache

and changing the values 

Boost_THREAD_LIBRARY             /usr/lib/libboost_thread-mt.a
Boost_THREAD_LIBRARY_DEBUG       /usr/lib/libboost_thread-mt.a 
Boost_THREAD_LIBRARY_RELEASE     /usr/lib/libboost_thread-mt.a

to 

Boost_THREAD_LIBRARY             /usr/lib/libboost_thread-mt.so
Boost_THREAD_LIBRARY_DEBUG       /usr/lib/libboost_thread-mt.so
Boost_THREAD_LIBRARY_RELEASE     /usr/lib/libboost_thread-mt.so

then hit "c" to configure, and "g" to generate.

Finally do 

  make

Configure ITK

Go to the binary tree where you have build ITK and rerun CMake

For example, in Linux do 

     make   edit_cache

Go to the Advanced mode by hitting the "t" key.

Search for the CMake option 

    ITKIO_SUPPORTS_BIOFORMATS_IMAGEIO

and turn it ON

reconfigure by hitting the "c" key.

At this point, new options will be displayed.

In particular: 

 BIOFORMATS_CPP_LIB
 BIOFORMATS_JACE_LIB
 BIOFORMATS_INCLUDE_PATH

They should respectively point to

the libbfcpp.so library, the libjace.so and the "include" directory of the bf-cpp binding code.

For example, in a typical case, they will be: 

 BIOFORMATS_CPP_LIB:FILEPATH=/home/ibanez/src/bio-formats/components/native/bf-cpp/build/libbfcpp.so
 BIOFORMATS_INCLUDE_PATH:PATH=/home/ibanez/src/bio-formats/components/native/bf-cpp/include
 BIOFORMATS_JACE_LIB:FILEPATH=/home/ibanez/src/bio-formats/components/native/bf-cpp/build/libjace.so


Once these settings have been provided, you can hit the "c" key to configure again, and the "g" key to generate the final Makefiles.


Build ITK adaptors

You can now quit CMake and simply do 

  make

(at this point, with JACE -r39 a significant amount of warnings are generated during the build process. They are unrelated to ITK, and can be ignored by now. We anticipate that future releases of JACE will address this problem).

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