Closed vkrajnak closed 3 years ago
Any suggestions?
Any suggestions?
I wanted to plot a single LD and its gradient. Then, I found this.
draw_all_lds([], LD_backward, grid_parameters, tau, p_value)
Returns
draw_all_lds(LD_forward, [], grid_parameters, tau, p_value)
Returns
Reds
should be for LD backwards and Blues
for stable according to convention.
Better?
Suggestion: In LD_Python_Examples.ipynb
, add an example using ld_plot
alone to plot a single LD type with(out) interactivity, assuming someone would like to plot one LD type alone.
Suggestion: In
LD_Python_Examples.ipynb
, add an example usingld_plot
alone to plot a single LD type with(out) interactivity, assuming someone would like to plot one LD type alone.
Good idea!
Should be all good now
Should be all good now
All function changes look appropriate.
Minor improvements in the LD_Python_Examples
notebook can be done.
Since draw_all_lds
returns plot handles when running the LD_Python_Examples
notebook these are outputted shown in the screenshot.
This is easy to fix by directing to a variable, for instance, obj = draw_all_lds
.
Also, the HOW-TOs
section is missing concrete examples on how to use the set of tools in tools.py
for users to customise their plots. This is important as these sections can be later on used for documentation of the package.
Apart from this, you can go ahead with the pull request.
Also, the
HOW-TOs
section is missing concrete examples on how to use the set of tools intools.py
for users to customise their plots. This is important as these sections can be later on used for documentation of the package.
Done.
Fixed plotting fuction to show unstable manifolds in red, stable in blue. As a consequence, the gradient of the total LD for 1D centre shows only numerical artefacts - as one would expect in a system with no invariant manifolds.