Consider the simple example below, borrowed from
However, this seems to be a lot of code for something that that conceptually is very simple (just appending two lists). Can this code be streamlined?
Thanks!
CodePudding user response:
Well, you can try "just appending to lists":
# also
# cc = list(backards) list(forwards[1:])
cc = np.concatenate([backwards, forwards[1:]])
full = pd.DataFrame({'lag':np.arange(len(cc))-len(backwards),
'value':cc})
full.plot(x='lag')
Also:
full = (pd.DataFrame({'value':np.concatenate([backwards, forwards[1:]])})
.assign(lag=lambda x: x.index - len(backwards) )
)
Output:
Note if all you want is to plot the two arrays, then this would do
plt.plot(-np.arange(len(backwards)), backwards, c='C0')
plt.plot(forwards, c='C0')