VisiQuest
Advanced Visualization Features
A picture is worth a thousand words. See how VisiQuest can help you
easily create a visual component to your data.
View hidden patterns, trends and outlying data in all types of large and complex data, including animation of time-varying data sets.
Customize your views of large and complex datasets and embed them in new or existing applications using our ActiveX export.
Learn about the powerful visualization tools you can use with VisiQuest.
Plotting 2D and 3D models of your data
VisiQuest's
2D and 3D plotting tools are designed to facilitate a deeper
understanding of your data.
Powerful, flexible, and easy to use, the plotting tools can run
as stand-alone applications or be integrated within a VisiQuest
workspace.
A full range of commonly-used 2D and 3D plot
types are supplied and you can combine as many 2D and 3D plots in a
workspace as you need using multiple views.
The resulting graphs can be output as vector
and bitmap formats. Easily create PostScript for high-resolution inclusion in any
printed document, as well as JPEG output
for use in web and on-screen presentation.
Visualize your data for faster results
- Easily output graphs
- Cross-platform support
- 2D plot types
- 3D plot types
- Colormaps
- Visualize more than 75 data types
- Combine multiple 2D and 3D plots in a workspace
- Animate Time-Varying Data Sets
- Use Rotation and "Power Flip" to automate data movement.
Powerful styles and labeling
- 2D Plot Types: Line, Impulse, Step, Line Marker, Area, Bar, Marker, Contour
- 3D Plot Types: Scatter, Impulse, Line, Mesh, 3D Contour, Projected 3D Contour, Shaded Surface, Bar, Horizon
- Marker Styles, Line Styles, Marker Scales, Line Thicknesses
- Labeling control
- Complete Axes/Labeling Control
- 16 predefined colormaps, and ability to add your own for advanced data visualization
Statistical analysis
- Sub sampling
- Log, Semi-log, Linear Scaling
- Complex Conversion (magnitude/phase)
- Data Extraction (min/max ranges)
- Surface fitting
Render complex data quickly
The Render software application accepts input in
the form of geometry created by the other visualization operators and
produces rendered images.
With the easy to use rendering software, an image can be interactively rotated, scaled, and translated with mouse
movement. For more granular control of rendering settings, you can also
change parameters in a window.
Render uses OpenGL to leverage the hardware acceleration of the
workstation's graphics sub-system. For machines without OpenGL rendering support,
Render has built-in software rendering to display images.
Powerful surface shading
- No-light
- Flat
- Gouroud
Complex volume rendering
- Voxel-dot
- Splat homogenous
- Splat homogeneous gauss
- Actions and Droplets
Directly rendered primitives
- Disjoint and connected triangles
- Spheres
- Disjoint and connected lines
- Text
- Quadrameshes
- Octmeshes
- Texture mapping
- VR integration
Camera controls
- Eye point
- Look-at point
- Up vector
- Frustum of vision
- Clipping planes
