This page describes the process by which users can download and use the binary version of ICE. We recommend most users use the binary, however, for those who are adventurous at heart, detailed instructions on building ICE from the source code are available on the ICE Build Instructions page.
ICE requires a Java Development Kit (JDK) with Java 1.7 or greater. Sun's version of Java can be used on Linux, Windows or Mac and the OpenJDK can also be used Linux and Mac. The ICE Development Team prefers the OpenJDK on Linux systems. Some tools in ICE also require the installation of third-party libraries. While it's not necessary to install these libraries to run ICE, the Reactors and Visualization perspectives will not work correctly without them.
To use the Reactor Analyzer tools, ICE requires HDF-Java libraries installed locally. These libraries are bundled into a product called HDFView, which is available for download from the HDF Group website. We recommend you install HDFView in the default installation directory.
Assuming the default installation location is used, Windows systems do not require any further configuration once HDFView is installed. However, Mac and Linux require a little extra jiggery-pokery.
To configure HDFView on Mac systems so that ICE may use its libraries, add the following line to your ~/.bash_profile:
For Macs, <path_to_hdfjava_libs> is
/Applications/HDFView.app/Contents/Resources/lib by default.
To configure HDFView on Linux systems so that ICE may use its libraries, add the following line to your ~/.bashrc:
Some flavors of Linux do not have ~/.bashrc or ~/.bash_profile files by default. You can copy them from /etc/skel/ if they are not available in your home directory.
For Linux systems, there is no default installation location, but rather, you will be asked where you would like to install HDFView. Thus, <path_to_hdfjava_libs> will correspond to
If you are unsure how to add these paths to your system properties, below are scripts you can run to accomplish the same tasks. If you make a mistake, you can restore your old ~/.bash_profile or ~/.bashrc by replacing it with the back-up file that was created by the script. In addition to this, you may need to add these files in your ld.so.conf file. Speak to your system administrator if you do not know how to do this.
cp .bash_profile .bash_profile.backup echo "DYLD_LIBRARY_PATH"=<path_to_hdfjava_libs>:$DYLD_LIBRARY_PATH export DYLD_LIBRARY_PATH
For example, if your HDF-Java libraries are stored in
/Applications/HDFView.app/Contents/Resources/lib, the script would be as follows:
cp .bash_profile .bash_profile.backup echo "DYLD_LIBRARY_PATH"=/Applications/HDFView.app/Contents/Resources/lib:$DYLD_LIBRARY_PATH export DYLD_LIBRARY_PATH
cp .bashrc .bashrc.backup echo "LD_LIBRARY_PATH"=<path_to_hdfjava_libs>:$LD_LIBRARY_PATH export LD_LIBRARY_PATH
For example, if your HDF-Java libraries are stored in
/home/some_user/HDFView-2.10/HDF_Group/HDFView/2.10.1/lib, the script would be as follows:
cp .bashrc .bashrc.backup echo "LD_LIBRARY_PATH"=/home/some_user/HDFView-2.10/HDF_Group/HDFView/2.10.1/lib:$LD_LIBRARY_PATH export LD_LIBRARY_PATH
Using Custom Locations
If you'd like to install HDF-Java libraries in a location other than the default, you will need to take a few extra steps to ensure ICE knows where to find them.
For Windows and Linux users, begin by finding the ICE.ini file in the directory where you extracted the zipped ICE binary.
Open this file with a text editor and find the line that begins with "
-Djava.library.path". For example, on a Windows machine, this would look something like:
Change the filepath to match the location of your custom HDFView installation. For example, if I installed HDFView in the location C:\Users\Someone\HDFGroup\HDFView\2.10.1\lib on my system, then I would change the line in my ICE.ini file to:
You might notice filepaths in the ICE.ini file look a little funky. As long as you follow the above instructions, you don't need to worry about this. If you are still curious as to why this is, see our explanation in our ICE FAQ.
To visualize 3D data, ICE requires the installation of VisIt (minimum version 2.8.2) on a local or remote machine.
VisIt is available for download from the Lawrence Livermore National Laboratory website, and doesn't require any additional configuration to use with ICE.
ICE also requires that your system has 3D rendering enabled to edit geometries and visualize 3D data, which is normally done by installing the 3D graphics drivers from the vendor of your graphics card. You should consult your IT specialist if you do not know how to enable this on your own.
|Our binary build is temporarily unavailable here. If you'd like to obtain the binary version of ICE, please contact us at ice-dev <at> eclipse.org|
The latest stable version of ICE is version 2.1.6. The binary distribution is a fully-functional, full-featured, executable version of ICE that includes everything except for the Java Virtual Machine, third-party libraries and plug-ins currently in development.
You should select the appropriate file named ICE2.x.y-*.zip where the * is the correct operating system and processor architecture for your system, and x and y are major and minor version numbers. For example, ICE2.1.6-win32.win32.x86_64.zip is ICE version 2.1.6 for 64-bit Windows. The choices are as follows:
|Binary version||Operating System|
|ICE2.x.y-win32.win32.x86_64.zip||64-bit versions of Windows, including most installations of Windows Vista, 7 and 8|
|ICE2.x.y-win32.win32.x86.zip||32-bit versions of Windows, including most installations of Windows XP|
|ICE2.x.y-macosx.cocoa.x86_64.zip||64-bit Mac, including most OS X installations (10.4.7 "Tiger" and newer)|
|ICE2.x.y-macos.cocoa.x86.zip||32-bit Mac, including some OS X installations (10.4.4 "Tiger" to 10.6.8 "Snow Leopard")|
|ICE2.x.y-linux.gtk.x86_64.zip||64-bit Linux running GTK (most flavors of Linux)|
|ICE2.x.y-linux.gtk.x86.zip||32-bit Linux running GTK|
On a 64-bit installation of Red Hat Enterprise Linux 6 (RHEL6), the ICE.product-linux.gtk.x86_64.zip version of ICE is the appropriate choice.
Once you download the appropriate zip file for your operating system, extract it to a directory of your choice. No additional installation steps are required because ICE is executed directly from this directory.
- In the file browser, navigate to the folder where you extracted ICE. In the ICE folder, double-click ICE.exe. On Linux and Mac systems, you may follow the same procedure, but the ICE executable is only called ICE on those systems.
- You may get a message that says that ICE is from an unidentified developer and cannot be opened. In the file browser, you can right-click the executable, click "Open" in the context menu that appears and then click "OK" when prompted again. Alternatively, ICE may be executed from the command line on Linux and Mac systems.
- ICE may be executed from the command line on Linux systems by navigating to the folder where ICE was extracted, and then issuing the command
When ICE runs, it will stream data to a console window that displays debug information as the environment is used. You may safely ignore this window while you are working by keeping it minimized or in the background.
What if ICE fails to run?
If you feel you've followed all the above directions for configuring ICE and its dependencies, and ICE still fails to run, email us directly at
ice-dev <at> eclipse.org. If you believe that you have identified a bug, please report it to our bug tracker.