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.\" Print using the -ms macro package |
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.DA 07/10/2016 |
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.LP |
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.tl """Copyright \(co 2016 Regents, University of California |
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.tl """Copyright \(co 2017 Regents, University of California |
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.sp 2 |
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.TL |
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The |
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The first modifier will also be used to shade the area leaving the |
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antimatter volume and entering the regular volume. |
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If mod1 is void, the antimatter volume is completely invisible. |
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Antimatter does not work properly with the material type "trans", |
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and multiple antimatter surfaces should be disjoint. |
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If shading is desired at antimatter surfaces, it is important |
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that the related volumes are closed with outward-facing normals. |
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Antimatter surfaces should not intersect with other antimatter boundaries, |
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and it is unwise to use the same modifier in nested antimatter volumes. |
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The viewpoint must be outside all volumes concerned for a correct |
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rendering. |
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.NH 3 |
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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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Lee, Eleanor S., David Geisler-Moroder, Gregory Ward, |
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``Modeling the direct sun component in buildings using matrix |
| 1575 |
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algebraic approaches: Methods and validation,'' |
| 1576 |
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.I Solar Energy, |
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vol. 160, 15 January 2018, pp 380-395. |
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.LP |
| 1579 |
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Ward, G., M. Kurt & N. Bonneel, |
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``Reducing Anisotropic BSDF Measurement to Common Practice,'' |
