Awesome

A collection of CFD related resources for Taichi developers.

Taichi is an open-source, imperative, parallel programming language for high-performance numerical computation. It is embedded in Python and uses just-in-time (JIT) compiler frameworks (e.g. LLVM) to offload compute-intensive Python code to the native GPU or CPU instructions.

Taichi provides several advantages over existing computational fluid dynamics tools:

• Performance: Through the @ti.kernel decorator, Taichi's JIT compiler automatically compiles your Python functions into efficient GPU or CPU machine code for parallel execution.
• Portability: Write your code once and run it everywhere. You can easily reproduce other's work without worrying about environment setup.
• Simplicity: Data structure detached from computational logic. Tuning performance with only a few lines of change.

:eyes: All fluid simulation projects in Taichi are driven by and for the community. Please feel free to open up an issue to recommend any awesome fluid project you see or build.

Contents

• Installation of Taichi
• Learning Resources
• CFD Projects in Taichi

Installation of Taichi

You can easily install Taichi with Python's package installer pip:

pip install taichi

After you have installed Taichi, running a Taichi program is as simple as：

python your_program.py

More information can be found in Taichi's Documentation.

Learning Resources

• Taichi's documentation: Link
• SIGGRAPH 2020 course on Taichi basics: YouTube, Bilibili, slides (pdf).

CFD Projects in Taichi

Incompressible Fluids

• SIMPLE Method
  • karman_taichi by @houkensjtu
  • SIMPLE-taichi by @houkensjtu
• Lattice-Boltzmann Method
  • LBM_Taichi by @hietwll
  • taichi-LBM by @Gecao
  • taichi_LBM3d by @yjhp1016
  • mcmp-lbm by @geoelements
• Level-Set Method
  • taichi_ferrofluid by @g1n0st
• Marker-And-Cell (MAC) Method
  • 2d-fluid-simulator by @takah29
  • MAC-taichi by @houkensjtu
• Volume-Of-Fluid (VOF) Method
  • taichi-2d-vof by @houkensjtu

Compressible Fluids

• Convection Riemann solver
  • taichi-fvm2d-fluid-ns by @hejob

Particle Based Methods

• Smoothed-Particle Hydrodynamics (SPH)
  • SPH_Taichi by @erizmr
  • wcsph by @lyd405121
  • SPH-2D-Taichi by @MmmmHeee
  • taichiCourse01_tiSPHi by @Rabmelon
  • Real-Time 3D Fluid Simulator by @guardhao104
  • SPH-Fluid by @Mr-222
  • 2023project by @Nope132
  • SPH_Project by @jason-huang03
  • CFD_Taichi by @Jukgei

Computational Graphics

• Eulerian solver

  • Taichi_HW1_EulerianFluid by @JerryYan97
  • 2DEularianFluidSolver by @Lee-abcde

• Stable fuilds

  • Stable_Fluid_3D_taichi by @LEE-JAE-HYUN179
  • Euler-Fluid by @jinjinhe2001

• FFT

  • taichi-simple-fluid-solver by @0xrabbyte

• Interactive surface flow

  • TaichiSimplicialFluid by @yhesper

• PIC / FLIP

  • apic2d by @nepluno
  • Power-PIC by @g1n0st

• MPM

  • HKUST_Advanced_Digital_Design_Project by @DukeofCambridge
  • mpm-sandbox by @chhsiao93
  • 3D-FluidSimulation-PathTracing by @Mirage-c
  • DreaMPM by @Zhuohua-HUANG
  • taichi_mpm by @yjchoi1

Fluid Engine

• taichi-particles by @taichi-dev
• taichi_fluids by @taichi-dev
• a-toy-fluid-engine by @Jack12xl
• Fluid-Engine-Dev-on-Taichi by @JYLeeLYJ
• FluidLab by @zhouxian

Artificial Intelligence

• Neural Fluid Fields
  • HyFluid by @y-zheng18
  • neural_flow_maps_code by @yitongdeng-projects