All Projects → rlguy → Blender Flip Fluids

rlguy / Blender Flip Fluids

Licence: other
FLIP Fluids is a powerful liquid simulation plugin that gives you the ability to create high quality fluid effects all within Blender, the free and open source 3D creation suite.

Projects that are alternatives of or similar to Blender Flip Fluids

Gl Water2d
2D liquid simulation in WebGL
Stars: ✭ 260 (-73.55%)
Mutual labels:  fluid-simulation, simulation
Boolr
A digital logic simulator
Stars: ✭ 445 (-54.73%)
Mutual labels:  simulator, simulation
Pbd Fluid In Unity
A PBD fluid in unity running on the GPU
Stars: ✭ 350 (-64.39%)
Mutual labels:  simulation, fluid
rcssserver
The RoboCup Soccer Simulator Server
Stars: ✭ 100 (-89.83%)
Mutual labels:  simulator, simulation
Pioneer
A game of lonely space adventure
Stars: ✭ 979 (-0.41%)
Mutual labels:  simulator, simulation
euler-fluid-cpp
Euler fluid simulated with CPP and SFML
Stars: ✭ 50 (-94.91%)
Mutual labels:  simulation, fluid
Gazebo
Open source robotics simulator.
Stars: ✭ 404 (-58.9%)
Mutual labels:  simulator, simulation
OpenGL MPMSnowSimulation2D
2D Implementation of Material Point Method for Snow Simulation
Stars: ✭ 26 (-97.36%)
Mutual labels:  simulation, computer-graphics
Su2
SU2: An Open-Source Suite for Multiphysics Simulation and Design
Stars: ✭ 731 (-25.64%)
Mutual labels:  simulation, fluid
Gridfluidsim3d
A PIC/FLIP fluid simulation based on the methods found in Robert Bridson's "Fluid Simulation for Computer Graphics"
Stars: ✭ 653 (-33.57%)
Mutual labels:  fluid-simulation, simulation
PbfVs
Implementation of Macklin, Miles, and Matthias Müller. "Position based fluids.". Visual Studio 2015 + CUDA 8.0
Stars: ✭ 100 (-89.83%)
Mutual labels:  computer-graphics, fluid-simulation
Pyncov 19
Pyncov-19: Learn and predict the spread of COVID-19
Stars: ✭ 20 (-97.97%)
Mutual labels:  simulator, simulation
photontorch
Highly parallel simulation and optimization of photonic circuits in time and frequency domain based on the deep-learning framework PyTorch
Stars: ✭ 29 (-97.05%)
Mutual labels:  simulator, simulation
Growthnodes
A Blender plugin for generative content creation and simulation of organic growth processes on polygonal surfaces.
Stars: ✭ 257 (-73.86%)
Mutual labels:  blender-addon, simulation
antares
Digital circuit learning platform
Stars: ✭ 15 (-98.47%)
Mutual labels:  simulator, simulation
Hexapod
Blazing fast hexapod robot simulator for the web.
Stars: ✭ 370 (-62.36%)
Mutual labels:  simulator, simulation
opem
OPEM (Open Source PEM Fuel Cell Simulation Tool)
Stars: ✭ 107 (-89.11%)
Mutual labels:  simulator, simulation
pluto-gps-sim
PLUTO-GPS-SIM generates a GPS baseband signal IQ data stream, which is then transmitted by the software-defined radio (SDR) platform ADALM-Pluto.
Stars: ✭ 74 (-92.47%)
Mutual labels:  simulator, simulation
Space Nerds In Space
Multi-player spaceship bridge simulator. Captain your starship through adventures with your friends. See https://smcameron.github.io/space-nerds-in-space
Stars: ✭ 516 (-47.51%)
Mutual labels:  simulator, simulation
Splishsplash
SPlisHSPlasH is an open-source library for the physically-based simulation of fluids.
Stars: ✭ 735 (-25.23%)
Mutual labels:  fluid-simulation, simulation

FLIP Fluids

The FLIP Fluids addon is a tool that helps you set up, run, and render liquid simulation effects. Our custom built fluid engine is based around the popular FLIP simulation technique that is also found in other professional tools such as Houdini, Phoenix FD, Bifrost, and Mantaflow. The FLIP Fluids engine has been in constant development for over four years with a large focus on tightly integrating the simulator into Blender as an addon. It just feels like a native Blender tool!

With our reputation for delivering high quality software and outstanding customer support, the FLIP Fluids addon is one of the best selling products on the Blender Market.

Getting the FLIP Fluids Addon

You may purchase the FLIP Fluids addon through our product page on the Blender Market. Purchasing a license entitles you to to full FLIP Fluids feature set and content, tool support, and helps ensure the continued development of the addon. Thanks to the amazing support of the Blender community, we have been able to further develop the addon on a full-time basis since our initial release in May 2018!

Getting Support

You can get support for the FLIP Fluids addon by reading the documentation and wiki or through the Blender Market messaging system. Support is granted to all customers whom have purchased a license.

Key Features

See our Blender Market product page for information on features.

System Requirements

  • Windows, MacOS, or Linux operating system
  • Blender 2.79 or 2.8+* or 2.9+ (64-bit)
  • CPU 64-bit Intel® or AMD® multi-core processor
  • 8 GB RAM minimum, 16 GB or more of RAM memory is highly recommended

*Blender Support on MacOS: Due to a MacOS specific Blender bug in versions 2.80, 2.81, and 2.82, these Blender versions cannot be supported. Blender 2.79 or 2.83+ or 2.9+ are required for MacOS.

Release Notes

FLIP Fluids Version 1.0.9 - Our biggest update yet adds new force field features and many more improvements! See new example scene animations.

For full release notes, see this page: Release Notes

License

This program uses multiple licenses. See the files LICENSE_GPLv3.md, LICENSE_MIT.md, and LICENSE_Standard_Royalty_Free.md for license details. In General:

  • The Blender addon code is licensed under the GPL.
  • The FLIP Fluids simulation engine is licensed under the MIT license.
  • Some addon content will be using a Standard Royalty Free license. This license may cover content such as example scene files, media, artwork, and data. This content will only be included within the paid addon and will not be available on the GitHub project page. The addon is still completely usable without this content.

Source code files will state their license at the top of the file. Assets will include a license file and information in their containing directory.

Building

To build the FLIP Fluids addon, some programming experience or prior experience building C/C++ applications is recommended. The basics of navigation and executing commands using the command line is also recommended.

Like our FLIP Fluids addon? If you can afford, please consider purchasing a license on the Blender Market to help support our continued development of the project. Development of the FLIP Fluids addon is funded solely through sales on the marketplace, and as a small team we truly appreciate your support.

Source Code Dependencies

There is one dependency to build this program:

  1. A compiler that supports C++11.

WINDOWS OS WARNING: Compilation using MSVC (Microsoft Visual Studio Compiler) is not supported. Building with MSVC will result in errors, performance issues, and incorrect simulation behaviour. The MinGW compiler is the only supported Windows compiler.

Aside from a C++11 compiler, you will also require installations of:

  1. CMake to generate the appropriate solution, project, or Makefiles, for your system.
  2. GNU Make to compile/build the FLIP Fluids simulation engine.
  3. (optional) Python 3.3+ to use the automated build script.

Building with automated script

This repository includes an automated build script to help you build and compile the FLIP Fluids addon. Use of this script requires an installation of Python 3.3+. The script will work best if CMake and GNU Make are located in your system PATH variable, but if not, you may also specify their locations when executing the script (run python build.py --help for help).

To build and compile the FLIP Fluids addon, navigate to the root of the project directory and run:

python build.py

Once successfully built, the FLIP Fluids addon will be located in the build/bl_flip_fluids/ directory.

Building without automated script

To build and compile the FLIP Fluids addon without the automated Python script, first copy the cmake/CMakeLists.txt file to the root of the project directory. The program can then be built and compiled using CMake and GNU Make. Example if your current working directory is located at the project root:

mkdir build
cd build
cmake .. -DBUILD_DEBUG=ON
make
cmake .. -DBUILD_DEBUG=OFF
make

The above script uses CMake and GNU Make to build the FLIP Fluids engine twice: once for the debug version of the engine, and again for the optimized release version of the engine.

The CMake Generator can be specified by adding the -G "[generator]" flag. For example, to specify MinGW Makefiles on Windows OS, you can add the CMake flag -G "MinGW Makefiles".

Once successfully built, the FLIP Fluids addon will be located in the build/bl_flip_fluids/ directory.

Links

Note that the project description data, including the texts, logos, images, and/or trademarks, for each open source project belongs to its rightful owner. If you wish to add or remove any projects, please contact us at [email protected].