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In this case, the client
needed to bring textbook illustrations to life. The illustration was
combined with 3D animation in a seamless manner.
(Click on image
to view animation)
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In this medical
animation the focus was on the epidermis above the blood vessel, so
a simple, non-distracting view of the blood cells in the vessel was
used.
(Click
on image to view animation)
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This animation shows the
insertion of a medical device into an obstructed artery of the heart.
It was part of a series depicting cabg surgery, so a contrast between
a procedure on a beating and non-beating heart needed to be shown.
(Click on image
to view animation)
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A top view was used here
to show the action of the white blood cells escaping through the cell
walls of a vessel. Using a view of the vessel sliced from the top
allowed the behavior of the wbc to be seen clearly.
(Click on image
to view animation)
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A side sliced view was needed
in this medical animation to show the structure of the artery as the
plaque erupts forming a thrombus.
(Click on image
to view animation)
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The focus here
was on the actin (the gridded area in white), so an end sliced view
was used. After the location of the relevant structures was established
with a full view, the animation could zoom into the area of interest
without the viewer becoming "lost".
(Click
on image to view animation)
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A dramatic "fantastic
voyage" medical animation was used to carry the viewer into the
blood vessel itself. Hitchhiking a ride with some red blood cells.
(Click on image
to view animation)
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The same animation
as above, but with settings changed to create an "electron microscope
look". The appearance of an animation can be changed with the
adjustment of just a few settings.
(Click
on image to view animation)
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This time we
needed to travel against the flow of the blood cells. They become blurred
with the effect of speed.
(Click
on image to view animation)
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