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Synchronizing motion
capture with force plates, EMG or any other research equipment can be done
easily with the VZDaq software which is compatible with many National
Instruments data acquisition boards. All collected data will be stored within
one single file for synchronized retrieval. VZAnalyzer can be used to
manipulate, analyze and display the data, or a user application can retrieve the
data via a plugin or the VZSDK.
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This video was made
in 2003 for the BBC to demonstrate a mocap capability that even today most other
systems are unable to do. The entire upper body, including face, both arms and
all ten fingers were all captured together! Fingers can make the most complex
motions human can make. This capture was made with just three Visualeyez
trackers.
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Virtual interaction,
virtual reality, virtual design, virtual training, all require instant flawless
motion data feedback. This video shows two people interacting, each wearing a
HMD and is captured by a separate Visualeyez system at a different location. The
captured motion data are merged by our HydraNet software, then animated and
displayed on this giant screen (by invitation of the Siggraph 2002 organizer).
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Human factor
engineering and ergonomics research can be easily carried out when intricate
motions can be captured by a Visualeyez system from the most appropriate
directions anytime.
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Completely wireless
self-identified markers can be easily attached to any object for trouble-free
motion capture. The extremely fast response of the Visualeyez system further
removes any sensor problems in the visual feedback control of a fundamentally
unstable biped robot - Dribbel with pointed feet
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Completely wireless
self-identified active markers can be used to capture the motions of a rotating
wheel without any marker-swapping problem or wire entanglement
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High G crash testing
with motion capture equipment on-board has never been heard of before. The
Visualeyez system has accurately captured crash dummy motions under 15G tests.
This is higher G force than the best fighter pilot in the world can sustain
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Dynamic analysis and
control of a model structure under various natural conditions can be easily
accomplished with a Visualeyez system
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Visualeyez system
can be used to compute and track the center of gravity of a person in motion in
real-time for stumbling research and control
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US NASA uses several
Visualeyez systems for their R&D including tele-robotic manipulation in the
Robonaut program for the International Space Station. The Visualeyez system is
chosen for 1. reliable real-time operation, 2. wide angle makes it able to
capture an entire astronaut even within the tiny space station chambers, 3.
low-power consumption, and 4. high ruggedness for the rocket ride.
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Hurdle motions can
be easily captured, animated, analyzed and graphed for instant coaching to
improve sports performance
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Sports performance
can be easily improved by the real-time animation and motion analysis feedback
capabilities of a Visualeyez 3D motion capture system
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single-tracker
low-cost system is good enough for many full- body motion capture applications
such as walking or running due to the exceedingly WIDE ANGLE hence huge 3D
capture space of a Visualeyez system
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Extremely high speed
motions of even a golf club head can be captured in real-time by making use of
the unique 'Multi-Rate Sampling' capability of a Visualeyez system. This
capability allows highly different speed motions to be captured simultaneously
at practically the same spatial resolution (distance between data samples)
thereby limiting the amount of irrelevant data
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Motion capture over
reflective surfaces is a cinch with the Visualeyez system because it does not
require any flood lighting. Flood lighting would confuse or even blind the
cameras on the other side of the reflective surface
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간략소개