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Open-source node system framework, to change your algorithmic code into useful tools to create much more complicated simulations!
ZENO is an OpenSource, Node based 3D system able to produce cinematic physics effects at High Efficiency, it was designed for large scale simulations and has been tested on complex setups. Aside of its simulation Tools, ZENO provides necessary visualization nodes for users to import and run simulations if you feel that the current software you are using is too slow.
Integrated Toolbox, from volumetric geometry process tools (OpenVDB), to state-of-art, commercially robust, highly optimized physics solvers and visualization
nodes, and various VFX and simulation solutions based on our nodes (provided by .zsg file in graphs/ folder).
Fig.1 - Robot hit water
Fig.2 - SuperSonic Flow
Fig.3 - Fluid-structure interaction in ZENO
Fig.4 - Rigid fracture in ZENO
Fig.5 - Muscular-skeleton simulation in ZENO
Fig.6 - Large scale Fluids in ZENO
Go to the release page, and click Assets -> download zeno-linux-20xx.x.x.tar.gz.
Then, extract this archive, and simply run ./launcher (launcher.exe for Windows), then the node editor window will shows up if everything is working well.
There are some example graphs in the graphs/ folder, you may open them in the editor and have fun!
Hint: To run an animation for 100 frames, change the 1 on the top-left of node editor to 100, then click Run.
Also MMB to drag in the node editor, LMB click on sockets to create connections. MMB drag in the viewport to orbit camera, Shift+MMB to pan camera.
More details are available in our official tutorial.
If you find the binary version didn't worked properly or some error message has been thrown on your machine, please let me know by opening an issue on GitHub, thanks for you support!
To build ZENO, you need:
- GCC 9+ or MSVC 19+, CMake 3.12+, and Python 3.6+ to build ZENO.
- Pybind11, NumPy and PySide2 (Qt for Python) to run ZENO editor.
- (Optional) OpenVDB for building volume nodes; CUDA for GPU nodes.
Hint: for Python, please try avoid using virtualenv and Conda if possible. WSL is also not recommended because of its limited GUI and OpenGL support.
Click links below for detailed setup for each platform:
After finishing building, use run.py to run ZENO for development! You may click File -> Open to play graphs/LorenzParticleTrail.zsg to confirm everything is working well :)
See zenustech/zeno_addon_wizard for an example on how to write custom nodes in ZENO.
Thank you to all the people who have already contributed to ZENO!
ZENO is licensed under the Mozilla Public License Version 2.0, see LICENSE for more information.
You may contact us via WeChat:
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@zhxx1987: shinshinzhang
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@archibate: tanh233