diff --git a/README.md b/README.md index 190212c..97ef41e 100644 --- a/README.md +++ b/README.md @@ -62,9 +62,9 @@ It interacts with atoms in the lattice (which are idealized as fixed) via an ele The ion can move in 3 dimensional Euclidean space and the electrostatic energy landscape is described by a D2h symmetry (see Tinkham's text on group theory). ## TODO -- [ ] Plot convergence rates using something more publication friendly--like gnuplot -- [ ] Derive and test exact/approximate solutions; test low-dimensional cases against quadrature -- [ ] Implement noninteracting polymer chain with orientational energy -- [ ] Implement interacting polymer chain with orientational energy; use clustering? -- [ ] Question: will clustering type algorithms work for fluid--solid transitions? There must be something in the literature +- [x] Plot convergence rates using something more publication friendly--like gnuplot +- [x] Derive and test exact/approximate solutions; test low-dimensional cases against quadrature +- [x] Implement noninteracting polymer chain with orientational energy +- [x] Implement interacting polymer chain with orientational energy; use clustering? +- [?] Question: will clustering type algorithms work for fluid--solid transitions? There must be something in the literature - [ ] Write descriptions for each of the examples; add page numbers when (if?) manuscript is ever published/posted