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--- code_revisions [2014/06/02 15:29]
gilmer
+++ code_revisions [2014/06/05 19:09] (current)
dreyfuss
@@ Line 1: / Line 1: @@
 ==== Code Revisions ====
-Choice of Network Solver:
+Choice of Network Solver:\\
-     ***Backwar-Euler** : dY(t+Δt)/dt = [Y(t+Δt) - Y(t)]/Δt
+**Backwar-Euler** : dY(t+Δt)/dt = [Y(t+Δt) - Y(t)]/Δt
-Choice of Matrix Solver: \\ Use of a Sparse Solver because our network is very large, leaving two choices
+Choice of Matrix Solver: \\ Use of a Sparse Solver because our network is very large so we are using:
-      **PARADISO**:
-      **MA488**   : Would need a free academic license
+**PARADISO**: Instructions for implementing this solver into xnet can be found [[instructions|here]]
+==== Plotting ====
+[[https://github.com/KJCook/sedov-solution/blob/master/nuclearchart/plotchart.py|Chart of nuclides]] - written by Kaitlin Cook\\
+//This code plots a blank chart of nuclides - may be edited for animation, or just to indicate which nuclei are included in your network//

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