From OpenImageIO Wiki

Here's instruction on how to build OpenImageIO on Windows.

What You need

• Visual Studio 2005 or 2008
• Cmake
• TortoiseSVN (or other SVN client that will work on Windows)

Instructions

1. Check out the trunk or a branch of your choice. The remainder of these instructions assume that you checked out the trunk to the D:\OIIO\trunk directory.

2. Download the precompiled external libraries. Next, unpack it. The directory with the downloaded code from the repository and the directory with unpacked libraries should be siblings. For example,

 D:
   \OIIO
       \trunk            // this is my tree
           \src          // directory with src files for OIIO
           \build        // directory that is created by cmake
       \external         // this is extracted external package
           \dist
               \windows
                   \glew-1.5.1
                   \ilmbase-1.0.1
                   \jpeg-6b
                   \libpng-1.2.3
                   \openexr-1.6.1
                   \tbb-21_20080605oss
                   \zlib-1.2.3
                   \tiff-3.8.2

3. Download the precompiled Qt4 binaries for Windows. Unpack it (it doesn't matter where). After unpacking, add the path to the Qt bin directory to the PATH variable. For example, if you unpacked this package to the D:\qt-win directory, you should add D:\qt-win\bin to your PATH. It's important to add the Qt bin directory to PATH because the FindQt4 module uses it to search for qmake applications.

4. Also, just to be safe, add QTDIR to the environment variables. It should point to directory where you unpacked Qt.

5. Download precompiled BOOST 1.38 libraries. Install it on your system. Choose two versions: Multithread Debug, DLL and Multithread, DLL for Your Visual Studio version. In the component selection of the installer, also add Boost Regex and Boost System, for the same Visual Studio version and MT Debug DLL / MT DLL.

6. Install cmake. You can download precompiled cmake binaries. After installing, run cmake-gui. Set the field that specifies the source code location (for example, to D:\OIIO\trunk\src). Then set the field that specifies where to build binaries to the directory you want to build project for OIIO (for example, D:\OIIO\trunk\build).

7. Set the THIRD_PARTY_TOOLS_HOME environment variable to the directory where are stored unpacked external libraries (for example, D:\OIIO\external\dist\windows). You can add variables by clicking Add entry button.

8. Hit the Configure button. Cmake should automatically find externals libraries and prepare environment for creating the OIIO project. If the configuration process ends without errors go to next step. If not, read the instructions at the end of this tutorial.

9. Hit the Generate button. Cmake will build a Visual Studio solution in the build directory.

10. That's all. You can open the OpenImageIO solution and start developing OIIO! Potential problems:

It may happen that cmake won't find zlib, png, tiff or jpeg libraries. If so you have to set CMAKE_PREFIX_PATH to point to the directory where the missing libraries are stored. For example, if cmake can't find ZLIB, add to CMAKE_PREFIX_PATH the D:\OIIO\external\dist\windows\zlib-1.2.3 directory. If it can't find ZLIB and PNG, add D:\OIIO\external\dist\windows\zlib-1.2.3;D:\OIIO\external\dist\windows\libpng-1.2.3. It's simple.

Also, if cmake won't find GLEW set up GLEW_INCLUDES and GLEW_LIBRARIES in cmake-gui. Don't add them (they are already added), just set them.