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Description: This realtime fluid simulator is based on Jos Stam s paper \"stable fluids\". It allows interactive control of fluids (including gases). A simple editor is included, although the main aspect lies on the implementation of the solver.
It is written in C++ using Qt and OpenGL. The solver core is independent of third party libraries and should compile on all platforms that support C++.
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Size: 403108 |
Author: yuyi |
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Description: This realtime fluid simulator is based on Jos Stam s paper "stable fluids". It allows interactive control of fluids (including gases). A simple editor is included, although the main aspect lies on the implementation of the solver.
It is written in C++ using Qt and OpenGL. The solver core is independent of third party libraries and should compile on all platforms that support C++. -This realtime fluid simulator is based on Jos Stam s paper stable fluids. It allows interactive control of fluids (including gases). A simple editor is included, although the main aspect lies on the implementation of the solver.It is written in C+ 2B ! using Qt and OpenGL. The solver core is independent of third party libraries and should compile on all platforms that support C++.
Platform: |
Size: 403456 |
Author: yuyi |
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Description: 基于Jos Stam 1999 “Stable Fluids” 和 Fedkiw 2001 “Visual Simulation of Smoke” 论文。用半拉格朗日法求解二维Naver-Stokes公式。用雅可比迭代法在GPU上快速求解泊松方程。加入Fedkiw论文中所提到的vorticity confinement 力来恢复由于离散化误差而丢失的有趣的流体旋度。此演示程序在1G Hz赛杨III, 448 MB SDRAM, Geforce 6200显卡上以每秒22帧的速度运行。 -Based on Jos Stam 1999
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Size: 199680 |
Author: ding |
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Description: 流体仿真，vc++ 6.0编写，基于stable fluids论文的方法。win32平台程序，使用opengl绘制。-Fluid simulation, vc++ 6.0 is written thesis based on stable fluids method. win32 platform program that uses opengl rendering.
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Size: 3151872 |
Author: liuyifan |
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Description: CUDA Sdk的一个例子 利用快速傅里叶变换实现了Jos Stam “stable Fluids”论文-CUDA example code that implements the frequency space version of
Jos Stam s paper Stable Fluids in 2D
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Size: 400384 |
Author: 李加成 |
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Description:
An interactive GUI showing particles flowing in a liquid field described by Navier-Stokes equations for incompressible fluids. Click and drag with the mouse to add forces to the liquid. Uses Jos Stam s unconditionally stable FFT-based algorithm implemented in MATLAB Code for real-time performance.
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Size: 902144 |
Author: Akshay |
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