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<p><it>Abstract</it>—So far, the problem of global illumination calculation has almost exclusively been approached from an algorithmic point of view. In this paper we propose an architectural approach to global illumination. The proposed rendering architecture <ariel>Vision</ariel> is derived from a model of the physical rendering process, which is subsequently mapped onto an object-oriented hierarchy of classes. This design is powerful and flexible enough to support and exploit a large body of existing illumination algorithms for the simulation of various aspects of the underlying physical model. Additionally, the <ariel>Vision</ariel> architecture offers a platform for developing new algorithms and for combining them to create new rendering solutions.</p><p>We discuss both abstract design as well as implementation issues. In particular, we give a detailed description of the global Lighting subsystem and show how algorithms for path tracing, bidirectional estimators, irradiance caching, hierarchical radiosity, wavelet radiosity, and wavelet radiance have been implemented within <ariel>Vision</ariel>.</p>
Index Terms-Computer graphics, global illumination, image synthesis, rendering architecture, object-oriented analysis and design.
Hans-Peter Seidel, Philipp Slusallek, "Vision - An Architecture for Global Illumination Calculations", IEEE Transactions on Visualization & Computer Graphics, vol. 1, no. , pp. 77-96, March 1995, doi:10.1109/2945.468387
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