--- old+++ new@@ -1,7 +1,8 @@
Not yet sure what to do here. Suggestions so far:
* improve the 1D plots (plot the potential together with the wave function) and shift the states by their energy
-* coherent handling of multiple (electronic) states+* coherent handling of multiple (electronic) states; see also [#108]+* Polar plots: the challenging issue here is that we have a grid with range [0,pi] for the theta degree of freedom, while for plotting we would like to have [0,2pi]
* 2D plots (surface and/or contour)
* reduced densities
* Wigner transformations
--- old+++ new@@ -1,3 +1,5 @@+**TODO: Do we want this in the Python version only? (simpler)**+
Not yet sure what to do here. Suggestions so far:
* improve the 1D plots (plot the potential together with the wave function) and shift the states by their energy
Milestone: Backlog --> 0.4 goal
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--- old+++ new@@ -6,5 +6,3 @@
* coherent handling of multiple (electronic) states; see also [#108]
* Polar plots: the challenging issue here is that we have a grid with range [0,pi] for the theta degree of freedom, while for plotting we would like to have [0,2pi]
* 2D plots (surface and/or contour)
-* reduced densities-* Wigner transformations
--- old+++ new@@ -1,8 +1,3 @@-**TODO: Do we want this in the Python version only? (simpler)**+#####What and Why#####-Not yet sure what to do here. Suggestions so far:--* improve the 1D plots (plot the potential together with the wave function) and shift the states by their energy-* coherent handling of multiple (electronic) states; see also [#108]-* Polar plots: the challenging issue here is that we have a grid with range [0,pi] for the theta degree of freedom, while for plotting we would like to have [0,2pi]-* 2D plots (surface and/or contour)+Implement a polar plot for one-dimensional rotational problems. A good template is provided by the Matlab version.
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Related
Tickets: #108
Diff:
Diff:
Related
Tickets: #108
Diff:
Related
Tickets: #108