RainierBarrett / pydinger / 24

Builds Branch Commit Type Ran Committer Via Coverage
24 master Forgot to update the axis files, which still had leftover potential energy function values, even though we swapped to constant potential. push RainierBarrett travis-ci pending completion
23 master Finalized README file, finished the main.py. 'Ready' to go. push RainierBarrett travis-ci pending completion
22 master Added the do_variation method to do all the work we need, with an optional cutoff argument after which we terminate. push RainierBarrett travis-ci pending completion
21 master Added functionality for reading file without a wavefunction given, which defaults to using all 1.0 for the coefficients/ push RainierBarrett travis-ci pending completion
20 master Added the backbone function(s) for the variational method. Now have update rules for coefficients at each step. Need only set up the loop and fix the README now. push RainierBarrett travis-ci pending completion
19 master Added function to evaluate energy values with current basis set coefficients. Time to start on variational principle. push RainierBarrett travis-ci pending completion
18 master Updated 1D_test.txt to be good for testing both Fourier and Legendre (changed its bounds), and updated tests accordingly. push RainierBarrett travis-ci pending completion
17 master Fixed an error in my get_hmat_fourier function. Entry values don't depend on coefficients at all... Oops. push RainierBarrett travis-ci pending completion
16 master Added functionality to read in a wavefunction as a Python-formatted mathematical expression as a function of the variable x. push RainierBarrett travis-ci pending completion
15 master Fixed erroneously calling my legendre stuff after lagrange instead. Oh, and finished the requirements for today's deadline. push RainierBarrett travis-ci pending completion
14 master I was mistaken about how to apply the Hamiltonian, and I need to figure out how to represent it as a matrix on the basis function. push RainierBarrett travis-ci pending completion
13 master Put in functionality for getting basis set coefficients (in 1D) for both Fourier series and Lagrange polynomial basis sets. Now just need to apply the Hamiltonian to both of them and return new coefficients. push RainierBarrett travis-ci pending completion
12 master For some reason, pypy won't run with numpy, but the two versions of Python I have installed on this computer work fine, even with Travis, so I'm just getting rid of pypy like I did last time. push RainierBarrett travis-ci pending completion
11 master Converting to only 1D because this is unmanageable. Passing tests now but need to do more testing for getting Fourier coefficients. push RainierBarrett travis-ci pending completion
10 master Updated the tox and requirements_dev file to install numpy, which we'll need for our basis set coefficients. push RainierBarrett travis-ci pending completion