Screen shots
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Isosurface, painted by another variable |
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Another isosurface, painted by another variable |
Isosurface and volume rendering together |
Multiple cross sections |
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Another method of visualizing a volume: a series of semi-transparent isosurfaces |
Vector field shown as stream-tubes colored by the vector magnitude |
A set of particles colored by an attribute |
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The same set with particles blended together |
A set of particles represented as spheres and sized and colored by an
attribute |
A set of particles split into 3 pieces; the second piece is semi-transparent |
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A set of particles plotted in 3D axes and colored by an attribute
(data vs simulation) |
A complex image composed with IFrIT Image Composer |
A not-so-scientific example of using transformable markers (IFrIT 3 and higher). |
Animations
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Volume rendering, particles; animation mode: tumble
(rendered with IFrIT 2.9)
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Volume rendering, particles; animation mode: rotate
(rendered with IFrIT 2.9)
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Volume rendering, particles; animation mode: static
(rendered with IFrIT 2.9)
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Animation mode: rotate (using IFrIT as a 3D scatter plotter)
(rendered with IFrIT 2.6)
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Complex animation with the title page, logo, and multiple windows combined
together with Image Composer (new in version 2.9). This animation is
produced with widget controls only, no script was used!
(rendered with IFrIT 2.9)
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Complex animation using Image Composer (new in version 2.9) and script - it
shows different animation models in different windows
(looks too complex, but it is just a demo).
(rendered with IFrIT 2.9)
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Using HART extention to zoom in over by a factor of a milion. Loss of
precision in OpenGL is apparent at the end - this is a bug in OpenGL,
not IFrIT.
(rendered with IFrIT 2.8)
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Another example of HART extention with particles and volume rendering
(rendered with IFrIT 3.1)
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