{"push_id":1070027478,"size":1,"distinct_size":1,"ref":"refs/heads/master","head":"dbea34d6d45f1a15008aec0da598bf221a2ace1e","before":"e78bcd952bbb281a2f1e97c305f7a5749c2e78d3","commits":[{"sha":"dbea34d6d45f1a15008aec0da598bf221a2ace1e","author":{"email":"e80c62e4156e394d372ed0691dae9ba14fdda52b@gmail.com","name":"Andrew"},"message":"'I fixed everything as far as I can tell. I realized that the spin must be from -1 to 1...will post in wiki on this. I also incorporated in the initial conditions such as small variations in the v's in the x and z and even y direction. This gives us a more realistic approach to this. I moved the 'screen' back and made it so the particles traves some time after leaving the field with no force. Next step is live plotting as well as making sure that we can set the boundaries to -1 and 1.'","distinct":true,"url":"https://api.github.com/repos/ASU-CompMethodsPhysics-PHY494/final-stern-gerlach-simulation/commits/dbea34d6d45f1a15008aec0da598bf221a2ace1e"}]}