Build Imaging Solutions With Aphelion™ Imaging Components
Download the datasheetAphelion™ Image Processing and Analysis Software is a comprehensive toolset for developing imaging applications and is fully compatible with Windows™ environments. Its most recent version, Aphelion 4.0, is built on the Microsoft® .NET Framework. The latest version of Aphelion is based on this comprehensive set of elementary components.
The Aphelion .NET components are based on the new Aphelion 4.0 native libraries, executable under both Windows® and Linux® environments. The left panel below lists additional, major improvements added to Aphelion 4.0. The right panel shows the Aphelion components structure.
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Aphelion's family of Microsoft .Net Framework-based components is organized as intuitive namespaces that currently includes:
- Imaging Toolkit Classes: Arithmetic, EdgeDetection, Filtering, Frequency, Geometry, Logic, Measurements, Morphology (.Distance, .Enhancement, .Geodesy, .Segmentation, etc.), Objectset conversion and processing, Segmentation, Utility.
- Component Classes: Attribute, Data, DrawingTool, Image, Kernel, Measurements, ObjectSet, Resolution, Shapeset, StructuringElement, ZoomingTool, etc.
- Visual Control Classes: ImageView, ChartView, ObjectSetView (grid), MultiImageView, GalleryView, DeviceControlView (acquisition device).
Using these components, development of powerful imaging applications can now be quickly and efficiently performed in Visual C++®, Visual Basic®, Visual C#®, or any other software development environments supporting the Microsoft .NET framework.
Main benefits of the Aphelion components:
- Full-compatibility with 3rd party Microsoft® .NET components enables development of powerful applications that require more than image processing functionality
- High quality design for easy integration
- Capability to process very large 2D and 3D images (exceeding 32-bit memory addressing, and up to the computer's RAM)
- High performance imaging libraries for higher performance applications
- Ability to address applications requiring high performance CPUs (e.g., high-throughput microscopy)