AbstractThis paper deeply study in real-time simulation technology of realistic snow scenes, including snow real-time rendering techniques (real-time rendering of falling snowflakes), snow accumulation model, and wind field simulation (snow wind interaction model). The proposed innovations of this paper are:A snow particles cluster systems: which increase both the rendering efficiency and variety of the snowflakes; Wind snow interaction based on Boltztnann equation and D3Q15 model: this model simplify the calculation and offer a very true view, the algorithm can run in real time as well. These three solutions as above can notable increase the real characteristics in snow visualization and computation efficiency
A real-time implementation is achieved, including a GPU based fluid-solver and particle simulation. ...
International audienceWe introduce a novel method for interactive generation of visually consistent,...
During a snowfall, following a snowplow can be extremely dangerous. This danger comes from the human...
AbstractThis paper deeply study in real-time simulation technology of realistic snow scenes, includi...
Using computer generated imaging is becoming more and more popular in areas such as computer gaming,...
Over the last decade the NTNU Heterogenous Computing Labratory (HPC-Lab) at the Norwegian University...
One of nature's greatest beauties is the way fresh snow covers the world in a perfect blanket of cry...
This paper presents a novel real-time particle-based method for simulating snow on the GPU. Our meth...
Background: Snow simulation can be used to increase the visual experience in applications such as ga...
W pracy zaproponowano metodę tworzenia symulatora przepływu płynu i wykorzystania utworzonego modelu...
Animating realistic-looking snow is a complex and computationally expensive task, and achieving it i...
Background Physics-based snow simulation in real time is an unexplored area, the reason being the di...
During a snowfall, following a snowplow can be extremely dangerous. This danger comes from the human...
This paper presents an approach for the modeling and simulation of a flowing snow avalanche, which i...
Taking advantage of the raw processing power offered by today's graphic processing units (GPUs) has ...
A real-time implementation is achieved, including a GPU based fluid-solver and particle simulation. ...
International audienceWe introduce a novel method for interactive generation of visually consistent,...
During a snowfall, following a snowplow can be extremely dangerous. This danger comes from the human...
AbstractThis paper deeply study in real-time simulation technology of realistic snow scenes, includi...
Using computer generated imaging is becoming more and more popular in areas such as computer gaming,...
Over the last decade the NTNU Heterogenous Computing Labratory (HPC-Lab) at the Norwegian University...
One of nature's greatest beauties is the way fresh snow covers the world in a perfect blanket of cry...
This paper presents a novel real-time particle-based method for simulating snow on the GPU. Our meth...
Background: Snow simulation can be used to increase the visual experience in applications such as ga...
W pracy zaproponowano metodę tworzenia symulatora przepływu płynu i wykorzystania utworzonego modelu...
Animating realistic-looking snow is a complex and computationally expensive task, and achieving it i...
Background Physics-based snow simulation in real time is an unexplored area, the reason being the di...
During a snowfall, following a snowplow can be extremely dangerous. This danger comes from the human...
This paper presents an approach for the modeling and simulation of a flowing snow avalanche, which i...
Taking advantage of the raw processing power offered by today's graphic processing units (GPUs) has ...
A real-time implementation is achieved, including a GPU based fluid-solver and particle simulation. ...
International audienceWe introduce a novel method for interactive generation of visually consistent,...
During a snowfall, following a snowplow can be extremely dangerous. This danger comes from the human...