Explore the world of three-dimensional visualization with Voxler!
Voxler
takes your raw, complex data and models it in a rich, interactive, 3D
visual environment. The updated, easy-to-understand user interface
allows you to quickly visualize and examine your data. With robust data
compatibility, importing data into Voxler is fast and easy. You can
filter anomalies, duplicates, or areas you want eliminated.
Interactively manipulate your data while viewing the results, and
personalize Voxler with a multitude of settings.
Easily import
data in a multitude of file formats to create stunning graphics to
explore the relationships in your data set. This robust, yet easy-to-use
program gives you the power to display your data in a variety of colors
and formats: 3D volrender, isosurfaces, contours, 3D slices,
orthographic and oblique images, scatter plots, stream lines, and vector
plots. After customizing your model you can capture video animation of
your moving model, or select from several image and data export options.
You can even automate repetitive tasks with scripts, to quickly create
the same type of images from new data.
Voxler is designed primarily for scientific applications, yet appropriate for anyone who wants to see the distribution of 3D data. Frequent users include geoscientists, environmental professionals, meteorologists, oceanologists, biologists, bio-technicians, engineers, research and development groups, geo-statisticians, seismologists, GIS researchers, and medical professionals.
Who should use Voxler?
- Geoscientists studying seismic data, drill holes, petrography, and remote sensing surveys
- Environmental Professionals analyzing groundwater and soil contaminant studies
- Meteorologists compiling atmospheric studies
- Oceanologists evaluating water temperature, contaminants, and salinity surveys
- Biologists conducting organism sampling
- Bio-Technicians visualizing confocal microscopy data
- Engineers showing parameters distributed throughout the volume of an object
- Engineers requiring visualization of computational fluid dynamics
- Research and Development Groups performing numerical simulations
- Geo-Statisticians illustrating reservoir characterizations
- Seismologists modeling velocity
- Physicists tracking particles
- GIS Researchers mapping subsurfaces
- Medical Professionals analyzing MRI, CT, and ultrasound scans
- Anyone desiring to see the distribution of 3D data
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1 Million Serial Numbers of DifferentSoftwares
1 Million Serial Numbers of DifferentSoftwares
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