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Augmenting Image Place AR 3D Interactions for Wearable Computers
Hoang, T.N., Porter, S.R. and Thomas, B.H.
This paper presents a set of large object manipulation
techniques implemented in a wearable augmented reality
computer system that are optimised for the outdoor
setting. These techniques supplement the current image
plane approach, to provide a comprehensive solution to
3D object manipulation in an augmented reality outdoor
environment. The three extended manipulation
techniques, Revolve, Xscale, and Ground plane
translation, are focused on using what we determined to
be the best coordinate system for object rotation, scaling
and translation. This paper goes on to present the
generalised plane technique for the constrained translation
of graphical objects on arbitrary planes to enable more
complex translation operations. The paper presents the
techniques from both the user interface and software
development perspectives. |
Cite as: Hoang, T.N., Porter, S.R. and Thomas, B.H. (2009). Augmenting Image Place AR 3D Interactions for Wearable Computers. In Proc. Tenth Australasian User Interface Conference (AUIC 2009), Wellington, New Zealand. CRPIT, 93. Weber, G. and Calder, P., Eds. ACS. 13-19. |
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