thanks for all the previous help on the ehrapy features - you´re a great team!
I have a couple of ideas that might help to enhance the visibility of ehrapy particularly for clinicians / clinician scientists (which could have a big impact on the progress in the field given that most clinicians still use old stat tech like spss or sas).
To keep things in order I will open up a new issue for each of those ideas (stop me if this might not be useful!).
One of those (which is probably an easy fix, but with making a big difference) is enhancing the data density within the KM plots (in order for clinicians to use ehrapy there´s a couple of features that have to be shown in such a KM plot) by adding the following:
No at risk table
Censors
results of log-rank test as p-value plotted within the KM figure
median survival highlighted
As I grew up mostly working with R I unfortunately dont have a python env at hand that implements all these features but can provide you the corresponding R-package (survminer, see https://rpkgs.datanovia.com/survminer/ or a general example in Figure 2A of this publication: https://jitc.bmj.com/content/11/9/e007630)
Let me know if this is somehow helpful or if you have any questions.
Thanks all!
Description of feature
Hi all,
thanks for all the previous help on the ehrapy features - you´re a great team! I have a couple of ideas that might help to enhance the visibility of ehrapy particularly for clinicians / clinician scientists (which could have a big impact on the progress in the field given that most clinicians still use old stat tech like spss or sas). To keep things in order I will open up a new issue for each of those ideas (stop me if this might not be useful!). One of those (which is probably an easy fix, but with making a big difference) is enhancing the data density within the KM plots (in order for clinicians to use ehrapy there´s a couple of features that have to be shown in such a KM plot) by adding the following:
As I grew up mostly working with R I unfortunately dont have a python env at hand that implements all these features but can provide you the corresponding R-package (survminer, see https://rpkgs.datanovia.com/survminer/ or a general example in Figure 2A of this publication: https://jitc.bmj.com/content/11/9/e007630)
Let me know if this is somehow helpful or if you have any questions. Thanks all!