This is great info, but I would also like to see the limitations of each method and a tip of when is best to use which. Unfortunately there are so many ways to do it, the experience of WHEN to use which or the PREFERENCE to use a preferred method are what I am most interested in. For example of all the methods shown, which works the most often, then when x happens what is the second best to diverge too... like a decision tree for implementation would be awesome!
Great article! I remember that Shapiro-Wilk had some kind of limitation about if n < 50, if I am not wrong.
This is great info, but I would also like to see the limitations of each method and a tip of when is best to use which. Unfortunately there are so many ways to do it, the experience of WHEN to use which or the PREFERENCE to use a preferred method are what I am most interested in. For example of all the methods shown, which works the most often, then when x happens what is the second best to diverge too... like a decision tree for implementation would be awesome!
That would be a great follow up post on this, Clinton. Noted the suggestion :)