Closed himoto closed 2 years ago
Hello @himoto !
My open PR contains simple logic for adding log10 to a figure. The assumption of the current conversion is that the data asymptotically approaches 1, which is true for the sample data. Is this assumption generally true for Hill-equation data? The log10 option can nevertheless be useful for users to use at their discretion.
Hello @freiburgermsu, thanks for the updates.
If I understand right, your updates are for converting y-axis scale from linear to log.
What I expect was to change x-axis scale (below link is an example), so we do not need to introduce any assumption.
https://commons.wikimedia.org/wiki/File:Hill_equation_saturation.jpg
Can you please change new argument from log_y
to log_x
? If you cannot, I will work on this.
Thank you.
Hello @himoto !
The recent push can convert the x-axis to a logarithmic scale with a simple log_x
argument.
Thank you :) Andrew
Hi @freiburgermsu, Thank you for the great updates and examples! I will soon merge it.
Hello @freiburgermsu,
Thanks to your great updates, now we can easily visualize fitting results. In some cases, I would like to get a resulting plot with setting x-axis to log10 scale, not linear scale. Do you think it's possible to allow users to modify axes scales, e.g., linear or log, in
fitting()
function?Thank you, Hiroaki