The IGS-Glove Makes Capturing Hand Movement Easier Than Ever
Michael Hemsworth — July 28, 2013 — Tech
Talk to anyone in the film industry that deals with motion tracking and they'll be able to tell you about the difficulty of being able to capture hand movements when it comes to animation. Enter the IGS-Glove and the problems surrounding the act seem to disappear with the gyro-based hand tracker that makes capturing sophisticated hand movements easy.
The IGS-Glove works by being able to effectively track the intricate movements of each finger as well as the hand as a whole, which can then be taken into account during the production process to lend digital animation a bit more life-like quality. The wireless IGS-Glove can be set up in about 2 minutes and can provide unparalleled performance that the industry will likely deem as priceless.
The IGS-Glove works by being able to effectively track the intricate movements of each finger as well as the hand as a whole, which can then be taken into account during the production process to lend digital animation a bit more life-like quality. The wireless IGS-Glove can be set up in about 2 minutes and can provide unparalleled performance that the industry will likely deem as priceless.
Trend Themes
1. Finger-tracking Technology - The development of finger-tracking technology presents opportunities for advanced motion capturing and virtual reality experiences.
2. Wireless Motion Tracking - The introduction of wireless motion tracking technology improves on-set efficiency and results in more realistic animation in film and gaming industries.
3. Gyro-based Sensors - Advancements in gyro-based sensors can enhance the accuracy of motion tracking and offer a more seamless experience in animation and gaming industries.
Industry Implications
1. Film - The film industry can utilize finger-tracking technology to produce more realistic animations and improve the efficiency of the production process.
2. Gaming - The gaming industry can explore the opportunity of integrating wireless motion tracking and gyro-based sensors to create more immersive and interactive gaming experiences.
3. Virtual Reality - The development of finger-tracking technology and wireless motion tracking can transform the virtual reality industry by enabling users to engage with virtual environments more naturally and effectively.
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