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Revision 1.3 by greg, Thu Jan 1 19:31:44 2004 UTC vs.
Revision 1.7 by greg, Tue Oct 17 21:52:43 2006 UTC

# Line 1 | Line 1
1   <html>
2   <head>
3   <title>
4 < The RADIANCE 3.5 Synthetic Imaging System
4 > The RADIANCE 3.8 Synthetic Imaging System
5   </title>
6   </head>
7   <body>
8  
9 – Copyright � 2003 Regents, University of California
10 –
9   <p>
10  
11   <h1>
12 < The RADIANCE 3.5 Synthetic Imaging System
12 > The RADIANCE 3.8 Synthetic Imaging System
13   </h1>
14  
15   <p>
16  
17 < Building Technologies Department<br>
17 > Building Technologies Program<br>
18   Lawrence Berkeley National Laboratory<br>
19   1 Cyclotron Rd., 90-3111<br>
20   Berkeley, CA  94720<br>
# Line 566 | Line 564 | A material defines the way light interacts with a  sur
564          </a>
565  
566   <dd>
567 <        Mirror is used for planar surfaces that produce  secondary source reflections.  
567 >        Mirror is used for planar surfaces that produce  virtual source reflections.  
568          This material should be used sparingly, as it may cause the light source calculation to  blow up  if  it is applied to many small surfaces.  
569          This material is only supported for flat surfaces  such  as  <a HREF="#Polygon">polygons</a>  and <a HREF="#Ring">rings</a>.  
570          The arguments are simply the RGB reflectance values, which should be between 0 and 1.  
# Line 589 | Line 587 | This is only appropriate if the surface hides other (m
587          </a>
588  
589   <dd>
590 <        The prism1 material is for  general  light  redirection from prismatic glazings, generating secondary light sources.
590 >        The prism1 material is for  general  light  redirection from prismatic glazings, generating virtual light sources.
591          It can only be used  to  modify  a  planar  surface  
592          (i.e.,  a <a HREF="#Polygon">polygon</a>  or <a HREF="#Ring">disk</a>)
593          and should not result in either light concentration or scattering.  
594          The new direction of the ray  can be  on either side of the material,
595 <        and the definitions must have the correct bidirectional properties to  work  properly with  secondary light sources.  
595 >        and the definitions must have the correct bidirectional properties to  work  properly with virtual light sources.  
596          The arguments give the coefficient for the redirected light and its direction.
597  
598   <pre>
# Line 1751 | Line 1749 | or converted a standard image format using one of the
1749   <pre>
1750   The Radiance Software License, Version 1.0
1751  
1752 < Copyright (c) 1990 - 2002 The Regents of the University of California,
1752 > Copyright (c) 1990 - 2006 The Regents of the University of California,
1753   through Lawrence Berkeley National Laboratory.   All rights reserved.
1754  
1755   Redistribution and use in source and binary forms, with or without
# Line 1824 | Line 1822 | Ecole  Polytechnique  Federale de Lausanne (EPFL Unive
1822   </h2>
1823   <p>
1824   <ul>
1825 +    <li>Cater, Kirsten, Alan Chalmers, Greg Ward,
1826 +        &quot;<a href="papers/egsr2003.pdf">Detail to Attention:
1827 +        Exploiting Visual Tasks for Selective Rendering</a>,&quot;
1828 +        <em>Eurographics Symposium
1829 +        on Rendering 2003</em>, June 2003.
1830      <li>Ward, Greg, Elena Eydelberg-Vileshin,
1831          ``<a HREF="http://viz.cs.berkeley.edu/~gwlarson/papers/egwr02/index.html">Picture Perfect RGB
1832          Rendering Using Spectral Prefiltering and Sharp Color Primaries</a>,''

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