└───output - Stores data output by the simulation program │ fluidsim.a - Runs program configured in main.cpp Once successfully built, the program will be located in the build/fluidsim/ directory with the following directory structure: fluidsim A list of CMake generators can be found here. Will generate Makefiles for the MinGW compiler which can then be built using the GNU Make utility with the command make. The type of build system generated by CMake can be specified with the -G parameter. The second line runs the CMake utility and passes it the parent directory which contains the CMakeLists.txt file. The first line creates a new directory named build and changes the working directory to the newly created build directory. The following commands can be executed in the root directory of the project to generate a build system for your machine: mkdir build & cd build This program uses the CMake utility to generate the appropriate solution, project, or Makefiles for your system. An OpenCL SDK specific to your GPU vender (AMD, NVIDIA, Intel, etc.).There are three dependencies that are required to build this program: GPU accelerated velocity advection using OpenCL.GPU accelerated fourth-order Runge-Kutta integration using OpenCL.Spray, bubble, and foam particle simulation.Isotropic and anisotropic particle to mesh conversion.Animations created with the fluid simulation program can be viewed on YouTube.īelow is a list of features implemented in the simulator. The following screencaps are of animations that were simulated within the program and rendered using Blender.
Visit for more information about the program. PLY file format which can then be imported into your renderer of choice. The fluid simulation program outputs the surface of the fluid as a sequence of triangle meshes stored in the Stanford. This program is an implementation of a PIC/FLIP liquid fluid simulation written in C++11 based on methods described in Robert Bridson's "Fluid Simulation for Computer Graphics" textbook.
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