Graphics Group, Computer Science Department, The University of Auckland

Department of Computer Science | University of Auckland

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	Fast Interactive Smooth-shaded Rendition in Radiotherapy Treatment Design (Abstract)
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	Fast Interactive Smooth-shaded Rendition in Radiotherapy Treatment Design (Abstract). George W. Sherouse, Charles E. Mosher, Kevin L. Novins, Stephen M. Pizer, Henry Fuchs, Edward L. Chaney. Medical Physics, 14(3):459, 1987.
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	Smooth-shaded displays of anatomy, beam, and dose surfaces can aid in the comprehension of the 3D geometry of a treatment design. Our work with very high-quality rendering of shaded images includes the ability to specify transparency, specularity, and multiple lights. Experience suggests that proper selection and adjustment of these attributes is important for effective results compared with simple opaque shading, and in fact may be required to fully understand nested objects such as anatomic structures inside dose surfaces. We have also found tha the ability to provide depth cues through fast interaction with the display in addition to high-quality rendition results in dramatic improvement in comprehension. We have explored a variety of mechanisms for providing animation including stereoscopy, videotape or framebuffer loops, and most recently true real-time interaction using the Pixel-Planes graphics engine. Initial results and findings will be presented.
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Anderson, C.
Cha, R
Chai, Kai
Chung, Jae
Cooksey, C.
Dansted, P.
Du, Lilin
Fong, Y.
Govender, Sashan
Gu, Simon
Halstead, M.
Hamer, Sam
Handley, S.
Hitchner, Lewis
Holmberg, Nathan
Huai, Yongjian
Huang, In-Tai
James, B.S.
Kao, Stephen
Kulka, Peter
Lawrence, Joshua
Lee, J.
Li, Bo
Manke, Felix
McCord, Glenn
Mcleod, K.
Meng, Mong
NG., G.
Nixon, Daniel
Novins, Kevin
Otte, Robin
Plumpton, D.
Poon, David
Roche, G.
Sanders, Michael
Schenke, Stefan
Shao, Parker
stu, a
Wang, Shyh-Chyu
Wells, K.
Wil, J
Willmott, A.
Wong, C.M.
Wylie, C.
Yang, Ting
Zhang, Rui