Graphics Reference
In-Depth Information
[PieR95]
Piegl, L.A., and Richard, A.M., “Tessellating Trimmed NURBS Surfaces,” CAD,
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(1), January
1995, 16-26.
[PieT98]
Piegl, L.A., and Tiller, W., “Geometry-Based Triangulation of Trimmed NURBS Surfaces,”
CAD,
30
(1), January 1998, 11-18.
[RoHD89]
Rockwood, A., Heaton, K., and Davis, T., “Real-Time Rendering of Trimmed Surfaces,” SIG-
GRAPH 89,
23
(3), July 1989, 107-117.
[SheH92]
Sheng, X., and Hirsch, B.E., “Triangulation of Trimmed Surfaces in Parametric Space,” CAD,
24
(8), August 1992, 437-444.
[VigB95]
Vigo, M., and Brunet, P., “Piecewise Linear Approximation of Trimmed Surfaces,” in
[HaFN95], 341-356.
Virtual Reality
[Broo99]
Brooks, Frederick P., Jr., “What's Real About Virtual Reality,” CG&A,
19
(6), November/Decem-
ber 1999, 16-27.
[CMBZ00]
Capps, Michael, McGregor, Don, Brutzman, Don, and Zyda, Michael, “NPSNET-V:A New
Beginning
for
Dynamically
Extensible
Virtual
Environments,”
CG&A,
20
(5),
September/October 2000, 12-15.
[CrSD93]
Cruz-Neira, C., Sandin, D.J., and DeFanti, T.A., “Surround-Screen Projection-Based Virtual
Reality:The Design and Implementation of the CAVE,” SIGGRAPH 93, August 1993, 135-142.
[HalM63]
Hall, M.R., and Miller, J.W., “Head-Mounted Electro-Ocular Display: A New Display Concept
for Specialized Environments,” Aerospace Medicine,
34
(4), April 1963, 316-318.
[Suth65]
Sutherland, I.E., “The Ultimate Display,” invited lecture, IFIP Congress 65, see also
Proceed-
ings IFIP Congress 65
, Volume 2, Kalenich, W.A., editor, Spartan Books and MacMillan,
506-508.
[VFLL00]
Van Dam, Andries, Forsberg, Andrew S., LaidLaw, David H., LaViola, Joseph J., Jr., and
Simpson, Rosemary M., “Immersive VR For Scientific Visualization: A Progress Report,”
CG&A,
20
(6), November/December 2000, 26-52.
Visible Surface Detection
[Appe67]
Appel, Arthur, “The Notion of Quantitative Invisibility and the Machine Rendering of Solids,”
Proc. ACM Nat. Conf., 1967, 387-393. Also in [Free80], 214-220.
[Blin81]
Blinn, James, F., “A Scan Line Algorithm for Displaying Parametrically Defined Surfaces,”
SIGGRAPH 81 tutorials #L, also in Computer Graphics, Vol 12 (supplement to SIGGRAPH
78), also in [Boot79], 348-354.
[Carp84]
Carpenter, L., “The A-buffer, an Antialiased Hidden Surface Method,” SIGGRAPH 84,
18
(3),
July 1984, 103-108.
[Catm74]
Catmull, Edwin, “A Subdivision Algorithm for Computer Display of Curved Surfaces,” Ph.d.
thesis, University of Utah, 1974. Also as UTEC-CSc-74-133, Computer Science Dept., Univer-
sity of Utah, Salt Lake City, UT, December 1974.
[Catm75]
Catmull, Edwin, “Computer Display of Curved Surfaces,” in Proc. IEEE Conf. on Computer
Graphics, Pattern Recognition and Data Structures, May 1975. Also in [Free80], 309-315.
[Catm78]
Catmull, Edwin, “A Hidden-Surface Algorithm with Anti-aliasing,” SIGGRAPH 78,
12
(3),
August 1978, 6-11.
[Clar79]
Clark, J.H., “A Fast Algorithm for Rendering Parametric Surfaces,” SIGGRAPH 79,
13
(2),
August 1979, 174 (abstract only). Also in [JGMH88], 88-93.
[FuAG83]
Fuchs, H., Abram, G.D., and Grant, E.D., “Near Real-Time Shaded Display of Rigid Objects,”
SIGGRAPH 83,
17
(3), July 1983, 65-69.
[FuKN80]
Fuchs, H., Kedem, Z.M., and Naylor, B.F., “On Visible Surface Generation by a Priori Tree
Structures,” SIGGRAPH 80,
14
(3), July 1980, 124-133.
[Grif75]
Griffiths, J.G., “A Data-Structure for the Elimination of Hidden Surfaces by Patch Subdivi-
sion,” CAD,
7
, July 1975, 171-178.
[Grif78a]
Griffiths, J.G., “A Surface Display Algorithm,” CAD,
10
(1), January 1978, 65-73.
[Grif78b]
Griffiths, J.G., “Bibliography of Hidden-Line and Hidden-Surface Algorithms,” CAD,
10
(3),
1978, 203-206.
[LCWB80]
Lane, Jeffrey M., Carpenter, Loren C., Whitted, Turner, and Blinn, James F., “Scan Line
Methods for Displaying Parametrically Defined Surfaces,” CACM,
23
(1), January 1980, 23-34.
Also in [JGMH88], 94-105.
