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Acquisition of fast image sequences
analysis docu offers fast image-sequence acquisition. Image sequences are available as single frames within image stacks and may also be saved and archived as a whole film in AVI format. Live images can be transferred directly to the internet from analysis docu – and no extra hardware needed.
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Processing graphs
analysis docu offers processing, evaluation and display of graphs. Graphs may be labelled and shown using various views. Numerous filters and evaluation functions are of assistance for further processing resulting data.
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Infinite depth of focus
Sidestep the limited depth of focus of highly resolving microscopes via analysis docu. Images acquired at various focal levels have the sharpest areas extracted and combined into a new, razor-sharp image.
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3D visualisation
Acquiring images at various height levels (Z-sectioning) makes it possible to display samples three-dimensionally. The analySIS docu SliceViewer visualises image stacks generated in 3 dimensions. Users can maneuver within the 3D image and take a virtual flight through their own specimens.
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Image processing
analysis docu contains all standard image-processing filters for monochrome and colour images – both as predefined and user-definable functions. In addition, the software has numerous specially-developed tools and filters which open up new horizons with regard to image and data processing.
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Interactive measurements and multi-phase analysis
A unique evaluation environment for interactive measuring is included in analysis docu. Results are shown in graphs and/or sheets. In addition, data is directly evaluated regarding average and extreme values along with standard deviations. Alongside basic measurement functions, analysis docu also offers manual measurement via 2D measurement parameters. analysis docu also has quantitative multi-phase analysis for determining phase composition automatically and precisely – absolute and percentage values obtained via threshold analysis. Multiple phases may be evaluated in a single step.
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Phase analysis
