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The 3D Analysis Software for Scientific and Industrial data |
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Avizo® |
Avizo®
software is a powerful, multifaceted tool for visualizing,
manipulating, and understanding scientific and industrial data.
Wherever three-dimensional data sets need to be processed, in
materials science, geosciences, environmental or engineering
applications, Avizo offers abundant state-of-the-art features
within an intuitive workflow and easy-to-use graphical user
interface.
Avizo is packaged in different Editions, with optional eXtension modules. Each Avizo Edition delivers tailored user
interface and specific feature-set for each application area :
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Avizo® Standard for Scientific Visualization |
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Avizo Standard offers a
comprehensive feature-set which addresses all aspects of
3D scientific data visualization, processing, analysis,
communication and presentation.
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- Scientific data import
- Scientific visualization
- Volume visualization
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- Mesh
& surface visualization
- Segmentation and 3D model reconstruction
- Matlab® bridge
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Avizo® Earth for Geosciences and Oil & Gas |
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| Avizo Earth is the software
for interactive exploration, visualization, analysis,
comparison, and presentation of geosciences data. This 3D
visualization application framework is the ideal solution,
allowing you to import, manage, interact with, and
visualize geosciences data from multiple sources within a
single environment. |
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Avizo® Wind for Simulation Data |
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| Avizo® Wind is a high-end
extensible software for advanced post-processing of
simulation data, ranging from flow to thermal, and stress
data. |
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Avizo® Fire for Materials Science |
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Avizo Fire® offers a broad
range of software tools for obtaining and visualizing
advanced qualitative and quantitative information on
material structure images.
For industrial tomography, crystallography, material
microstructure evolution, modality inspection for nano-structure,
non destructive testing and evaluation,
core sample
analysis and surface analysis,
food analysis. Avizo Fire
delivers the whole feature set allowing materials
scientists to see the invisible, and to understand and
present their data. |
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| Application examples: |
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Core sample analysis
Avizo Fire® is an advanced 3D
visualization and analysis software application for
exploring core sample data sets. From straight forward
visualization and measurement to advanced image
processing, quantification and skeletonization, Avizo Fire
delivers an extensive set of tools addressing 2D and 3D
visualisation, rock characterization, reconstruction of 3D
rock models and pore networks analysis.
Major oil and gas companies, services companies, and
researchers use Avizo Fire to analyze core samples.
Avizo Fire imports any 2D or 3D images of any size and
resolution obtained from a broad range of sources e.g.
CT-scan, micro-CT, nano-CT, synchrotron, MRI, electron
microscopy, thin slices, SEM/FIB, and more. |
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Non destructive testing
Avizo Fire® provides all the visualization and analysis
features required at each stage of your prototyping,
production and control processes.
For industrial tomography, radiography, microscopy,
ultrasonics, etc.
The ideal 3D analysis framework
More than just a ready-to-use software application, Avizo
Fire is an extensible 3D analysis software framework that
can be customized using the built-in scripting language
and can be extended by developing custom add-ons and
modules, to implement specific tasks and workflows.
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Avizo® Green for Environmental Data |
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Avizo Green is the software
dedicated to the visualization and analysis of climate,
oceanography, volcanology or earth-mapped data. It has
been developed in collaboration with DKRZ (Deutsches
Klimarechenzentrum), a leading German Climate Computing
Center in Hamburg.
Avizo Green provides advanced features and capabilities to
explore and to understand complex environmental data, over
very long periods of time. |
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Avizo eXtensions
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Avizo is a configurable solution. Select extensions that provide
the best framework for your 3D data visualization and analysis
needs.
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| XLAB
HYDRO |
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XLab Hydro is a extension of Avizo Fire software, which
provides numerical simulation capabilities to calculate
absolute permeability of a porous media, from a scanned sample
(CT, FIB/SEM, MRI, etc.). XLab Hydro directly computes
material properties from the segmented 3D image. The Stokes
equations are solved using a finite volume method, with no
need to extract a 3D mesh (for Finite Element simulation) or a
geometric skeleton (for Pore Network Modeling). |
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| XPAND |
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Create new custom components for Avizo, such as file readers
and writers, computation modules, and even new visualization
modules, using the C++ programming language. |
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| XLVOLUME |
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Manage and visualize very large amounts of volume data of up
to several terabytes. Go far beyond the limit of the available
system memory. The multi resolution technique used in XLVolume
enables interactive visualization and navigation through large
data sets. |
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| XSCREEN |
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Use Avizo's advanced data visualization and analysis features
on immersive VR systems or tiled screens configurations. It
has built-in support for efficient multi-threaded rendering on
multi pipe systems or distributed rendering on a cluster
system, using application level distribution. This approach
offers optimal performance with minimal bandwidth
requirements. Tracking capabilities enable a real immersive
experience and interaction with the visualization. |
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| XTEAM |
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Multiple users can fully collaborate simultaneously on a
shared project by synchronizing and sharing their respective
local sessions. Available from desktop to VR/Cluster
configurations, this high-level collaboration component
addresses advanced needs in collaborative research projects. |
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| XSKELETON |
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Reconstruct and analyze dendritic and fracture
networks.Specific micro-detailed image mosaics management is
combined with advanced automatic and semi-automatic tools for
reconstruction of images, such as a porosity network acquired
through MRI, CT-scan, or other techniques. |
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| XREADERS |
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Seamless import of all scientific and industrial data using a
set of specialized readers: DICOM reader, Seg-Y reader, CATIA
5 and IGES / STEP readers, Madymo reader and Radioss reader. |
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