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Comparing ray/doc/ray.1 (file contents):
Revision 1.24 by greg, Mon Oct 17 21:53:55 2011 UTC vs.
Revision 1.30 by greg, Sun Jul 10 23:41:37 2016 UTC

# Line 1 | Line 1
1 < .\" RCSid "$Id"
1 > .\" RCSid "$Id$"
2   .\" Print using the -ms macro package
3 < .DA 2/17/2011
3 > .DA 07/10/2016
4   .LP
5 < .tl """Copyright \(co 2011 Regents, University of California
5 > .tl """Copyright \(co 2016 Regents, University of California
6   .sp 2
7   .TL
8   The
# Line 622 | Line 622 | mod trans2 id
622   8 red green blue spec urough vrough trans tspec
623   .DE
624   .LP
625 + .UL Ashik2
626 + .PP
627 + Ashik2 is the anisotropic reflectance model by Ashikhmin & Shirley.
628 + The string arguments are the same as for plastic2, but the real
629 + arguments have additional flexibility to specify the specular color.
630 + Also, rather than roughness, specular power is used, which has no
631 + physical meaning other than larger numbers are equivalent to a smoother
632 + surface.
633 + .DS
634 + mod ashik2 id
635 + 4+ ux uy uz funcfile transform
636 + 0
637 + 8 dred dgrn dblu sred sgrn sblu u-power v-power
638 + .DE
639 + .LP
640   .UL Dielectric
641   .PP
642   A dielectric material is transparent, and it refracts light
# Line 1155 | Line 1170 | between 0.1 (for tightly spaced characters) and 0.3 (f
1170   Mixtures
1171   .PP
1172   A mixture is a blend of one or more materials or textures and patterns.
1173 + Blended materials should not be light source types or virtual source types.
1174   The basic types are given below.
1175   .LP
1176   .UL Mixfunc
# Line 1551 | Line 1567 | the Ecole Polytechnique Federale de Lausanne (EPFL Uni
1567   in Lausanne, Switzerland.
1568   .NH 1
1569   References
1570 + .LP
1571 + Ward, G., M. Kurt & N. Bonneel,
1572 + ``Reducing Anisotropic BSDF Measurement to Common Practice,''
1573 + .I Workshop on Material Appearance Modeling,
1574 + 2014.
1575 + .LP
1576 + McNeil, A., C.J. Jonsson, D. Appelfeld, G. Ward, E.S. Lee,
1577 + ``A validation of a ray-tracing tool used to generate
1578 + bi-directional scattering distribution functions for
1579 + complex fenestration systems,''
1580 + .I "Solar Energy",
1581 + 98, 404-14, November 2013.
1582   .LP
1583   Ward, G., R. Mistrick, E.S. Lee, A. McNeil, J. Jonsson,
1584   ``Simulating the Daylight Performance of Complex Fenestration Systems

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