#WebRTC Poisson solver

Client based, distributed CFD solver.

There's a blog post which covers the why and the how.

###Install

Clone the repository and type:

npm install

Update the poisson solver browser code with

npm run browserify

###Run

Launch server with

npm start

Open tree tabs in

http://localhost:8080/experiment123

Open the console in one of the tabs and write

new AllPeers().update(function(peers){

  var opts = {
    peerList: peers,    //your peers
    blockRows: 2,       //number of block rows 
    blockCols: 2,       //number of block cols
    n: 50,              //number of rows of each block 
    m: 50,              //number of cols of each block
    blockMaxRes: 1E-9,  //inner solver stopping criteria 
    blockMaxItt: 60     //inner solver stopping criteria 
  };

  masterBlock = new MasterBlock(opts);
})

If something goes wrong just write

masterBlock.reload();

to reload all tabs and reconnect the peers.

When the process finishes, you'll get a download link for each block, in this case, 4:

###Open shift

This code is hosted on openshift and you can carry out the same experiment with

http://poissonwebrtc-fjsousa.rhcloud.com/experiement123