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.\" RCSid "$Id" |
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.\" RCSid "$Id$" |
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.\" Print using the -ms macro package |
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.DA 2/17/2011 |
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.DA 07/31/2014 |
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.LP |
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.tl """Copyright \(co 2011 Regents, University of California |
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.tl """Copyright \(co 2014 Regents, University of California |
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.sp 2 |
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.TL |
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The |
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placed slightly less than the given thickness away from the front surface |
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to enclose the complex geometry on both sides. |
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The sign of the thickness is important, as it indicates whether the |
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proxied geometry is behind the. |
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.I BSDF |
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surface (when thickness is positive) |
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proxied geometry is behind the BSDF surface (when thickness is positive) |
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or in front (when thickness is negative). |
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.LP |
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The second string argument is the name of the BSDF file, which is |
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in Lausanne, Switzerland. |
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.NH 1 |
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References |
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.LP |
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McNeil, A., C.J. Jonsson, D. Appelfeld, G. Ward, E.S. Lee, |
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``A validation of a ray-tracing tool used to generate |
| 1557 |
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bi-directional scattering distribution functions for |
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complex fenestration systems,'' |
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.I "Solar Energy", |
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98, 404-14, November 2013. |
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.LP |
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Ward, G., R. Mistrick, E.S. Lee, A. McNeil, J. Jonsson, |
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``Simulating the Daylight Performance of Complex Fenestration Systems |
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Using Bidirectional Scattering Distribution Functions within Radiance,'' |
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.I "Leukos", |
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7(4), |
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April 2011. |
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.LP |
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Cater, K., A. Chalmers, G. Ward, |
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``Detail to Attention: Exploiting Visual Tasks for Selective Rendering,'' |
