ImarisXT is a multi-functional two-way interface from Imaris to classic programming languages, Matlab and other imaging software programs. It allows rapid development and integration of custom algorithms that are specific and tailored to scientific applications where generic image processing would fail. ImarisXT bridges the gap between complex code developed by computer scientists and the standardized easy to use interface for visualization and analysis of Imaris.
Cutting edge research in biology, chemistry, or medicine requires advanced technology and in-depth understanding of specific processes. Model-based data analysis lies at the heart of today’s challenging research problems. Modern imaging products must be able to incorporate problem-specific know-how to automatically extract complex or subtle morphological or dynamic information.
Using Microsoft's COM technology it is possible to exchange image data (e.g voxel intensities) and derived image data (e.g. spot coordinates) from Imaris with another application. ImarisXT also offers a Plug-In for ImageJ and many useful XTensions (open source samples written in Matlab).
With ImarisXT you can easily integrate your own algorithms for image processing, segmentation, classification, and reporting into Imaris by creating custom XTensions or Imaris can be turned into a dedicated visualization and interaction engine within a researchers host application. ImarisXT offers the most flexible solution for your cutting edge biological research.
The features of ImarisXT have been designed to facilitate the co-operation between biologists and computer scientists by providing each party with a specialized interface. Computer scientists will be able to work on the development platform of their choice, while the biologist will continue to work in Imaris. Biological labs will be able to cooperate with in-house computer scientists to develop task-oriented analysis modules. This ensures maximal efficiency and enables co-operation time to be utilized to discuss the specific aims and tasks of a joint project rather than the interface.
Most customized solutions are available for download on our website:
Create your own XTensions and profit from modules developed by others.
Features Include:
(1) Custom Programming Interface
Imaris XT is a two-way communication between Imaris and various programming languages, to allow programming of image processing, segmentation, classification, or any other algorithm.
ImarisXT allows the image data exchange as well as derived image data exchange via COM interface.
(3) Customizable User Interface
ImarisXT provides a customizable user interface for seamless integration of new imaging modules (XTensions) into Imaris.
(4) XTensions
Program your own image processing and segmentation algorithms and share them with others if you wish.
assist the communication between biologists and computer scientists
Components
XTensions
Welcome to the Open Source XTension Archive
The following examples demonstrate the usage of Imaris' COM interface in another development environment than Matlab. Click on the links below to download the appropriate Visual Studio .NET (v7.1) project (zip-file). Make sure that .Net Framework v1.1 is installed. All the demos do similar things: Start Imaris, load a Dataset, perform some action with the image, and terminate Imaris.
In order to run the JACOB demo, the Java COM Bridge needs to be installed (put the jacob.dll into /bin and the jacob.jar into /lib/ext). The demo does similar things like the demos above: Start Imaris, load a Dataset, perform some action with the image, and terminate Imaris. Many thanks for providing the source code to Volker Bäcker, Monpellier RIO Imaging.
Dr. Gaudenz Danuser, The Scripps Research Institute, La Jolla
Imaris offers a great set of tools for the visualization of time-resolved 3D microscopy data. >>>
4D Particle Tracking
Dr. Willy Supatto and colleagues, California Institute of Technology, USA
Living systems rely on fluid dynamics from embryonic development to adulthood. One well known example is the
specification of the left-right axis in vertebrates, where beating cilia generate a directional flow
>>>