[TOC]

MUDA is μ-CUDA, yet another painless CUDA programming paradigm.

COVER THE LAST MILE OF CUDA

Detailed Introduction And Overview [Highly Recommend] ➡️ https://mugdxy.github.io/muda-doc/

#include <muda/muda.h>
#include <muda/logger.h>
#include <iostream>
using namespace muda;

int main()
{
    constexpr int N = 8;
    
    // resizable buffer
    DeviceBuffer<int> buffer;
    buffer.resize(N);
    buffer.fill(1);
    
    // std::cout like logger
    Logger logger;
    
    // parallel for loop
    ParallelFor()
        .kernel_name("hello_muda") 
        .apply(N,
      	[
            buffer = buffer.viewer().name("buffer"),
            logger = logger.viewer()
        ] __device__(int i) 
        {
            logger << "buffer(" << i << ")=" << buffer(i) << "\n";
        });
    
    logger.retrieve(std::cout); // show print on std::cout
}

Run example:

$ xmake f --example=true
$ xmake 
$ xmake run muda_example hello_muda

To show all examples:

$ xmake run muda_example -l

Play all examples:

$ xmake run muda_example

$ mkdir CMakeBuild
$ cd CMakeBuild
$ cmake -S ..
$ cmake --build .

Because muda is header-only, copy the src/muda/ folder to your project, set the include directory, and everything is done.

If you manually copy the header files, don't forget to define the macros yourself. If you use cmake or xmake, just set the project dependency to muda.

• tutorial_zh
• If you need an English version tutorial, please get in touch with me or post an issue to let me know.

Documentation is maintained on https://mugdxy.github.io/muda-doc/. And you can also build the doc by yourself.

• examples

All examples in muda/example are self-explanatory, enjoy it.

Contributions are welcome. We are looking for or are working on:

1. muda development

2. fancy simulation demos using muda

3. better documentation of muda

• Topological braiding simulation using muda (old version)

  @article{article,
  author = {Lu, Xinyu and Bo, Pengbo and Wang, Linqin},
  year = {2023},
  month = {07},
  pages = {},
  title = {Real-Time 3D Topological Braiding Simulation with Penetration-Free Guarantee},
  volume = {164},
  journal = {Computer-Aided Design},
  doi = {10.1016/j.cad.2023.103863}
  }

  

• solid-sim-muda: a tiny solid simulator using muda.