| Comment
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<?xml version="1.0" encoding="UTF-8"?&g … <?xml version="1.0" encoding="UTF-8"?><br />
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:<resource blueprint="true" disco_id="100" full_name="Geometric feature-size based adaptive sampling algorithms for Lagrangian particle fluids. This adaptive sampling strategy allows the use of smaller (and thus more) particles in geometrically complex regions, while less particles are used for thick flat fluid volumes." last-discoed="2009-08-29" nif_id="new" short_name="Adaptively Sampled Particle Fluids" url="https://simtk.org/home/aspf"><br />
:<parent_organization full_name="Stanford University" /><br />
:<admin_contact email="" name="Bart Adams, Leonidas Guibas, Mark Pauly" phone="" /><br />
:<comment type="desc:Version_Information" /><br />
:<comment type="desc:version_information" /><br />
:<comment type="desc:platform">Linux</comment><br />
:<comment type="desc:keywords">fluid simulation</comment><br />
:<keyword type="center" value="Simbios Center" /><br />
:<keyword type="language" value="C++" /><br />
:<keyword type="license" value="MIT License" /><br />
:<keyword type="release_date" value="10/10/07" /><br />
:<keyword type="version" value="0.1.2" /><br />
:<keyword ont_term_id="Computational_Geometry" ont_url="http://bioontology.org/ontologies/BiomedicalResourceOntology.owl#" ontology="BRO" type="data_type" value="Computational_Geometry" /><br />
:</resource><br />
</disco><br /> t;<br />
</disco><br />
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| CurationStatus
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uncurated +
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| DefiningCitation
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https://simtk.org/home/aspf +
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| Definition
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Provides scalable particle fluid simulatio … Provides scalable particle fluid simulation code for Lagrangian particle-based fluid simulation.
This project presents geometric feature-size based adaptive sampling algorithms for Lagrangian particle fluids.
This adaptive sampling strategy allows using smaller (and thus more) particles in geometrically complex regions, while less particles are used for thick flat fluid volumes. Additionally, a novel distance-based particle surface definition is implemented which hides the particle granularity and allows dynamic resampling near the fluid-air interface. The code is implemented in C++ and should compile on linux.
Audience: Computational researchers interested in Lagrangian particle-based fluid simulation.<br />
Long Term Goals and Related Uses: Allow researchers to explore particle fluids and the proposed adaptive sampling algorithm.<br />
Imported from BiositeMaps registry<br /> rted from BiositeMaps registry<br />
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| Has default formThis property is a special property in this wiki.
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Resource +
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| Has role
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Simulation software +
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| Id
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nif-0000-23328 +
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| Is part of
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Simbios +
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| Label
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Resource:Adaptively Sampled Particle Fluids +
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| Modification dateThis property is a special property in this wiki.
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13 February 2013 23:21:53 +
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| ModifiedDate
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13 February 2013 +
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| Page has default formThis property is a special property in this wiki.
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Resource +
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| SuperCategory
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Resource +
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| Categories |
Resource
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