Dragonfly 2021
Free Download
Dragonfly 2021
Free Download
Developer:
License: one pc
System: Windows
Price: 25$
Download: Netdisk
Support: Remote operation control
ORS Dragonfly Standard featuresFeaturing an easy-to-use user interface with intuitive workflows .
Featuring an easy-to-use user interface with intuitive workflows and an extensive set of tools for the multi-dimensional display, transformation, segmentation, registration, and measurement of multi-scale multi-modality image data, Dragonfly delivers qualitative and quantitative results for material characterization, structure properties, surface analysis, process evaluation, quality control testing, or any analysis function that requires a high-degree of accuracy.
| DATA IMPORT | |
|---|---|
| Dragonfly is the ideal framework for integrating data from multiple sources into a single environment, whether your images come from leading microscope and imaging hardware vendors or RAW files produced by academic software. | |
| Image stacks (.tif*, .tiff*, .jpeg, .jpg, .png, .bmp, .dib extensions). | |
| DICOM image files (.dcm extension). | |
| MRC (.mrc extension), REK (.rek extension), TXM** (.txm extension), CZI*** (.czi extension). | |
| RAW data (.raw and .pic extensions) with or without header files (.dat extension). | |
| Analyze 7.5 files (.hdr extension with accompanying .img extension). | |
| Support for time dependant data and RGB images. | |
| Support for hyperspectral and hyperdimensional images from EDS, EELS, SIMS, EBSD-imaging systems and ptychography (.am, .dm3, .dm4 extensions, and .h5 for pycroscopy). Beta version only. | |
| * Includes support for Hitachi SEM acquisitions. ** File format used by ZEISS Xradia 3D X-ray microscopes. Available for Dragonfly Pro only. *** File format used by ZEISS microscopes. Available for Dragonfly Pro only. | |
| VISUALIZATION | |
|---|---|
| Dragonfly provides a powerful set of image review and interactive inspection tools that let you gain detailed insight into your 3D data. | |
| Display multiple datasets in fused views or across multiple scene views. | |
| Synchronize 2D and 3D views in the workspace to facilitate side-by-side comparisons of different datasets. | |
| MPR, oblique, and double oblique views in MIP, mIP, and average intensity projections. | |
| Visualization of time dependant data and hyper-dimensional images*. *Beta version only. | |
| Real-time high-quality 3D volume renderings with lighting, transparency, optimized presets, and sectionalization. | |
| Orthographic views with scale bars to get a better sense of an object. | |
| Sharply define objects or features of interest with Focus and Depth of Field controls. | |
| Manipulate tools include Track, Window Level, Pan, Cine, Zoom, and Walk. | |
| Clip tool to interactively clip image data, regions of interest, multi-ROIs, and meshes along orthogonal planes in 3D views. | |
| Visual Plane tool to interactively clip image data, regions of interest, multi-ROIs, and meshes in any arbitrary plane. | |
| Apply visual effects, such as look-up table functions, edge contrast, and window leveling, to enhance 3D visualizations. | |
| Edit and create look-up table functions. | |
| Quickly adjust the opacity of all objects visible in 2D and 3D views with a co-localized Opacity Settings console. | |
| Selectable background colors for 2D and 3D views. | |
| ANNOTATIONS AND MEASUREMENTS | |
|---|---|
| Tools to add annotations to 2D and 3D views and to extract measurements from image data and processed objects include the following: | |
| Add image and text overlays to 2D and 3D views to illustrate findings. | |
| Basic tools for measuring lengths, angles, Cobb angles, and areas. | |
| Point tool for extracting multiple intensities and positions. | |
| Area and depth probe tools for extracting measurements from datasets, multi-ROIs, and meshes. | |
| Profile intensity distribution with spot probes, line and path profiles, and within areas. | |
| Apply an averaging mode to profile intensities perpendicular to a line or path within a disk or square. | |
| Define paths to extract information about curved structures. | |
| Compute a range of measurements, in any oblique, for each slice within a dataset and for datasets as a whole. | |
| Per slice measurements in any oblique of moments of inertia, mean thickness, and perimeter for regions of interest. | |
| Feret diameter measurements (min, mean, max) for regions of interest, multi-ROIs, and meshes. | |
| Statistical properties for regions of interest that include volume, surface, Feret diameters, comparative volumes, and associated intensities. | |
| Anisotropy measurements (MIL and SVD) for regions of interest. | |
| IMAGE PROCESSING | |
|---|---|
| Post-processing functions available in Dragonfly include data restructuring, registration, and 2D, 3D, and 4D stitching. | |
| CT Reconstruction module for the tomographic reconstruction of cone-beam and parallel-beam projections (Beta version only). | |
| Crop datasets, invert data, and restructure data according to different analysis needs. | |
| Modify image spacing and adjust data offset and slope, position in space, and orientation. | |
| Apply thresholding operations to extract new datasets or contour meshes. | |
| Normalize the histogram of selected datasets to the histogram of a reference. | |
| Interpolate or remove unrepresentative image slices within a dataset. | |
| Create new datasets from marked image slices. | |
| Quickly remove small defects or replace lost or corrputed parts of image data with Inpainting. | |
| Automated matching processes to align slices and build a consistent stack of images. | |
| Multi-modality fusion with automatic and manual registration options. | |
| Maintain consistency for multiple objects by applying transformations that were applied to a reference object to other datasets. | |
| Automatic alignment of the centroid of selected objects, including image data, regions of interest, multi-ROIs, and meshes, with a reference. | |
| Image stitching to combine, or stitch, 2D/3D image tiles to create a single high-resolution image. | |
| Merge, or stitch, multiple volumetric datasets into a single 3D dataset. | |
| Combine, or stitch, multiple volumetric datasets into a single 4D dataset. | |
| IMAGE PROCESSING (FILTERING) | |
|---|---|
| Dragonfly’s extensive image processing toolkit features filters to smooth images, sharpen edges, correct uneven shading, extract features, and more. With selectable 2D and 3D settings and user-specified kernel sizes, you can combine multiple filters together as a workflow, which can be saved and applied to a batch of images for automated processing. | |
| Gradient-domain fusion filter for removing inter-image discontinuities from registered image stacks. | |
| Ring artifact removal filter. | |
| Arbitrary Angle, Horizontal, and Vertical destriping filters. | |
| Comprehensive filtering (denoising, segmentation, image enhancement) for trained deep learning models. | |
| Contrast adjustment (CLAHE, Histogram Equalization, Local Histogram Equalization, Slope Map filters). | |
| Dynamic range expansion with Normalization filter. | |
| Filters for detecting vessel-like or tube-like structures and fibers (Frangi, Hessian filters). | |
| Edge enhancement (Canny, Difference of Gaussian, Laplacian, Prewitt, Scharr, Sobel filters). | |
| Filters for working in the frequency domain (Discrete Fourier Transform, Inverse Discrete Fourier Transform). | |
| Morphological operations (Dilate, Erode, Open, Close, Top Hat transforms). | |
| Filters for segmentation (K-Means, Mini-Batch K-Means). | |
| Shading compensation (Histogram Balancing, Manual RBF*, Polynomial filters). | |
| Sharpening (Gaussian High Pass, Unsharp filters). | |
| Smoothing (Anisotropic Diffusion, Bilateral, Gaussian, Lipschitz, Mean, Mean Shift, Median, Non-Local Means*, Percentile, Wavelet, and Rank filters). | |
| Texture analysis (Gabor, Image Moments, Local Binary Pattern, Membrane Projections filters) | |
| Thresholding (Adaptive, Adaptive Gaussian, Isodata, Li, Local Otsu, Mean, Minimum, Niblack, Otsu, Sauvola, Triangle, Yen filters). | |
| Create new datasets from arithmetic operations. | |
| Extract information about intensity value changes with Gradient and Divergence filters. | |
| Create your own filter effects by convolving an image with a customized 2D or 3D kernel. | |
| Accelerate repetitive post-processing tasks by applying saved image filtering workflows. | |
| Process multi-scale images in selected operations and choose different geometries and data types for outputs. | |
| * Available for Dragonfly Pro only. | |
| SEGMENTATION | |
|---|---|
| Image segmentation and intuitive masking operations in Dragonfly let you quickly identify and label regions of interest to gain detailed insights into material structures and properties. | |
| Segmentation Wizard, which provides an easy-to-use, guided workflow for implementing deep learning and classical machine learning segmentation of multi-dimensional images. | |
| Deep Learning solution for developing new neural networks, but also to train, reuse, and repurpose existing models for segmentation tasks. | |
| Advanced machine-learning plug-in that allows you to train a classifier within a limited sample so that it will learn how to segment the pixels of the whole dataset or other similar datasets. | |
| Active Contour tools to generate regions of interest, multi-ROI, and surface meshes from selected paths. | |
| Interactive thresholding, partitioning, histographic, and automatic object segmentation. | |
| Refine thresholded segmentation results by isolating objects of a certain size or by removing small objects. | |
| Quickly edit automated segmentation results by working in Exclusvie mode with the Brush tools. | |
| Paint tools include 2D/3D Brush, Point-and-Click, Grow, Smart Grid, and Snap. | |
| Rectangular, ellipse, polygonal, freehand region selection tools. | |
| Automatically skeletonize regions of interest or get the skeleton of an ROI as a graph. | |
| Boolean and morphological operators. | |
| Watershed transform*. | |
| Compute 3D and 2D watersheds to fully segment image data. | |
| * Available for Dragonfly Pro only. | |
| QUANTIFICATION | |
|---|---|
| Whether analyzing pores, fibers, grains, phases, or anything else, Dragonfly’s quantification and analysis tools give you powerful options for counting, measuring, and characterizing image features. | |
| Automatically find, classify, count, sort, and measure objects with parameters that include shape, orientation, intensity, and other parameters. | |
| Automatic object splitting and merging*. | |
| Volume and 2D metrics, as well as porosity*, particle, and void analysis. | |
| Interfacial surface computations. | |
| Interactive tabular and histogram reporting. | |
| Dynamic re-coloring by measurement. | |
| Common bone morphometric measurements, as described by Bouxsein et al. 2010, JBMR 25(7):1468-86, from segmented bone regions**. | |
| * Available for Dragonfly Pro only. ** Available as a separately licensced feature. The Bone Analysis module is not a standard feature. | |
| 3D MODELING | |
|---|---|
| Create meaningful and informative visualizations of polygonal models, vector fields, and spatial graphs generated from image data and segmented objects, or from simulations. | |
| Generate polygonal models from 3D image data and segmented objects. | |
| Generate color-coded meshes showing referential values of the local thickness between boundary points. | |
| Visualize scalar quantities with pseudo-colors and interactive filtering with opacity. | |
| Extract interfacial meshes from segmented phases. | |
| Graph three-phase boundaries and compute throat thickness from selected regions of interest. | |
| Surface simplification methods to enable real-time interactive visualization of large, complex meshes. | |
| Surface refinement through subdivision and smoothing of mesh points. | |
| Compute convex hulls from segmented objects and meshes. | |
| Export to CSV or to standard mesh files for 3D printing. | |
| Iterative closest point registration to automatically register meshes with a reference. | |
| Generate color-coded deviation maps from the normals of two sets of meshes. | |
| Ready-made framework for performing a wide range of pore network simulations (Pore Network Modeling). | |
| Advanced tools for vector fields and flow visualizations, originating from measurements or simulations. | |
| Reconstruct porous, dendritic, and fracture networks from 3D image data or simulations. | |
| Create spatial graphs, in which nodes are the branching points and endpoints, and segments are the lines connecting the nodes. | |
| Conduct detailed analyzes of selected graphs, plot tortuosity distributions, as well as prune graphs with the Graph Analysis tool. | |
| PRESENTATION AND ORGANIZATION | |
|---|---|
| Reveal key insights and share your research with annotated high-resolution screenshots and tell dynamic stories with easy-to-produce animated sequences that can be exported as HD video files, animated GIFs, or uploaded to the web. | |
| Produce animated sequences and movie clips from camera rotations and user-defined sequences and playback your project directly in Dragonfly. | |
| Play and record animations that automatically scroll through 2D image stacks. | |
| Export screenshots and create high-resolution custom-sized images for printing. | |
| Automatically record your full screen, with cursor highlighting, while working with Dragonfly. | |
| Collaborate with colleagues by saving sessions that include all imported data and processed objects. | |
| Organize, manage, and share data and analysis results with Dragonfly’s intuitive Organizer*. | |
| * Available as a separately licensced feature. The Organizer is not a standard feature. | |