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TITLE:A Real-Time Computer Model for Wind-Driven Fallen Snow
* A Real-Time Computer Model for Wind-Driven Fallen Snow[#b850b305]
CENTER:&size(16){''[[Tomoaki Moriya>Members/TomoakiMoriya]], [[Tokiichiro Takahashi>Members/TokiichiroTakahashi]]''};
CENTER:&size(16){''SIGGRAPH Asia 2010 (2010).''};
We propose a new modeling method for the appearance of fallen snow formed by snow drift near bulidings and other obstacles. Instead of computational fluid dynamics simulation for wind-driven fallen snow, we employ the Pre-computed Radiance Transfer(PRT) technique [Sloan et al. 2002] to handle snowflakes which fly, hit and fall with the wind blowing to all directions around obstacles. This approach approximates snow accumulation with snow drift heavy fluid dynamics simulation compulation.
** Images [#y561a1ba]
|#ref(./moriya-2010-12-international_1.png,nolink,center)|
** Tags [#s25e35b9]
&tag(Tomoaki Moriya,SIGGRAPH Asia,Natural Phenomena,Snow,PRT);
End:
TITLE:A Real-Time Computer Model for Wind-Driven Fallen Snow
* A Real-Time Computer Model for Wind-Driven Fallen Snow[#b850b305]
CENTER:&size(16){''[[Tomoaki Moriya>Members/TomoakiMoriya]], [[Tokiichiro Takahashi>Members/TokiichiroTakahashi]]''};
CENTER:&size(16){''SIGGRAPH Asia 2010 (2010).''};
We propose a new modeling method for the appearance of fallen snow formed by snow drift near bulidings and other obstacles. Instead of computational fluid dynamics simulation for wind-driven fallen snow, we employ the Pre-computed Radiance Transfer(PRT) technique [Sloan et al. 2002] to handle snowflakes which fly, hit and fall with the wind blowing to all directions around obstacles. This approach approximates snow accumulation with snow drift heavy fluid dynamics simulation compulation.
** Images [#y561a1ba]
|#ref(./moriya-2010-12-international_1.png,nolink,center)|
** Tags [#s25e35b9]
&tag(Tomoaki Moriya,SIGGRAPH Asia,Natural Phenomena,Snow,PRT);
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