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Computational science / 3D computer graphics / Partial differential equations / Numerical analysis / Ronald Fedkiw / Fluid simulation / Rendering / Volume of fluid method / Level set method / Computational fluid dynamics / Fluid dynamics / Chemistry


Animation and Rendering of Complex Water Surfaces Douglas Enright Stanford University Industrial Light & Magic [removed]
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Document Date: 2002-04-27 19:15:46


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File Size: 2,56 MB

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Springer-Verlag / Tessendorf / /

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DreamWorks / Cambridge University Press / Philips / J. Comp / ACM Press / Los Angeles Times / /

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particle systems / intersection algorithm / dimensional fluid simulation animation tool / theoretical solution / 3D fluid animation tools / pure path sampling algorithms / 3D fluid simulation technology / /

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Shrek / /

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Cambridge University / National Science Foundation / Stanford University / /

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Henrik Wann Jensen / Addison Wesley / Lobo / Addison Wesley Longman / Nick Rasmussen / Chen / Willi Geiger / Neil Herzinger / Stephen Marschner / Ronald Fedkiw / Andy Hendrickson / Nick Foster / Jeffrey Katzenberg / Sebastian Marino / Euler / Philippe Rebours / /

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author / hybrid liquid volume model of Foster / Representative / forward / /

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New York / /

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ACM Transactions on Graphics / Los Angeles Times / Computer Graphics / /

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Stanford University / /

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pure path sampling algorithms / same intersection algorithm / hybridization / 3D fluid simulation technology / dielectric / fluid dynamics / simulation system / caching / simulation / Animation / Image Processing / /

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