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Specification Sheet Huygens Basics

More detailed information on the available Huygens options can be found by clicking on the options, or by looking under 'Products' on the menu.

Huygens Essential Huygens Professional Huygens Core
64 bit at all platforms (Windows, Mac, Linux)
1 to 16 cpu threads use
From 16 cpu threads and up (option)
GPU acceleration (NVidia CUDA based)
Floating license set-up (option)
User Interface
Wizard-like User Interface
Extensive toolbox User Interface
Tcl Shell
Web-browser interface (Huygens Remote Manager) compatibility
Schedulers for batch deconvolution
Wizard-like Batch Processor
Tcl/Tk based automation
HRM, web-based interface for automation
Optical/Deconvolution Options
Widefield, Confocal, Multi-photon, Spinning/SoRa Disk (options)
STED and STED 3X (option)
Light Sheet (option)
Aurox (option)
Visitech VT-iSIM (option)
Rescan (option)
Array-detector (Airyscan, NSPARC, MatrixSTED) (option)
File format compatibility
Reads and writes following file formats
Special File Format Reader (option)
Huygens Resolution Pyramid HDF5
Image Report
Histogram, Image Statistics
Distance measurements, Intensity Flux Plot
Ratio Image
Image preprocessing methods
Set channel colors
(Automatic) cropping
Converting image dimensions (3D-4D, channels)
Invert image (brightfield)
Mirror along XYZT
Blacklevel adjustment
Shift, split and join channels
Re-sample, iso-sample
Soft-threshold, soft-clip
Filters
Fourier Transforms
Deconvolution algorithms
Optimized MLE
Classic MLE
Quick MLE
Iterative TM
Quick TM
GMLE
Automated image correction
Bleaching + lamp jitter correction
Spherical aberration correction
Coverslip positioning for setting image depth
Z-drift Correction (option)
PSF distiller
Theoretical PSF is always made
Experimental PSF is used
Wizard-like experimental PSF distiller (option) with FWHM Estimator
Separate use of FWHM Estimator
Image/Object Analysis
Object Tracking (option)
Colocalization Analyzer (option)
Advanced Object Analysis (option)
Other Features
Display of deconvolved images in progress
Simulation of Microscopic Image Formation (Convolution)
Templates for microscopy and deconvolution parameters - save and re-use

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